Parameters

The Genesis G80 has 380 parameters.

● Confirmed◆ In testing○ Supported× Not supported

Battery

12V battery state of charge `G80_BATTERY_SOC`

Service 22DID E001
Module7E0 → 7E8
Every2 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 %
Unit: %

In testing for 2016 to 2026.

Battery capacity, battery sensor `G80_BAT_CAP_BATSENS`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 160 to 167 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 Ah
Unit: Ah

In testing for 2016 to 2026.

Battery charge flag, battery sensor `G80_BAT_CHG_FLAG_BATSENS`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bit 183 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Battery current `G80_BAT_CURRENT`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 256 to 271 of the reply, 16 bits. The value is signed.

Formula: $\frac{val \times 1000}{10000}$
Range: -3276.8 to 3276.7 A
Unit: A

In testing for 2016 to 2026.

Battery current, battery sensor `G80_BAT_CURRENT_BATSENS`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $\frac{val}{10}$
Range: 0 to 25.5 A
Unit: A

In testing for 2016 to 2026.

Battery health aging flag, battery sensor `G80_BAT_HEALTH_AGING`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bit 182 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Battery is in use to crank the engine flag, battery sensor `G80_BAT_CRANK_ENG_FLAG`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bit 181 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Battery quiescent current flag, battery sensor `G80_BAT_QUIESCENT`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bit 180 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Battery sensor invalid condition flag, battery sensor `G80_BATSENS_INVALID_COND`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bit 179 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Battery state of charge, battery sensor `G80_BAT_ST_CHG_BATSENS`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $val$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Battery state of function, battery sensor `G80_BAT_ST_FUNCTION`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $\frac{val \times 12.75}{255}$
Range: 0 to 12.75 V
Unit: V

In testing for 2016 to 2026.

Battery state of health, battery sensor `G80_BAT_ST_HEALTH`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 80 to 87 of the reply, 8 bits.

Formula: $val$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Battery temperature `G80_BAT_T`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 288 to 303 of the reply, 16 bits.

Formula: $\frac{val}{2}$
Range: 0 to 32767.5 °C
Unit: °C

In testing for 2016 to 2026.

Battery temperature, battery sensor `G80_BAT_T_BATSENS`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $\frac{val}{2} - 40$
Range: -40 to 87.5 °C
Unit: °C

In testing for 2016 to 2026.

Battery voltage `G80_BAT_V`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 272 to 287 of the reply, 16 bits.

Formula: $\frac{val \times 10}{10000} + 6$
Range: 0 to 71.535 V
Unit: V

In testing for 2016 to 2026.

Battery voltage `G80_BATTERY_V`

Service 22DID E001
Module7E0 → 7E8
Every2 s
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val \times 17.37}{255}$
Range: 0 to 17.37 V
Unit: V

In testing for 2016 to 2026.

Battery voltage after ignition `G80_BATTERY_V_AFTER_IGNITION`

Service 22DID E001
Module7E0 → 7E8
Every2 s
Testing

Bits 40 to 47 of the reply, 8 bits.

Formula: $\frac{val \times 17.37}{255}$
Range: 0 to 17.37 V
Unit: V

In testing for 2016 to 2026.

Battery voltage, battery sensor `G80_BAT_V_BATSENS`

Pelican can show this parameter as the starter battery voltage.

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bits 56 to 63 of the reply, 8 bits.

Formula: $\frac{val \times 12.75}{255} + 6$
Range: 0 to 18.75 V
Unit: V

In testing for 2016 to 2026.

Relative accelerator pedal position voltage `G80_RELATIVE_ACCELERATOR_PEDAL_POSITION_VOLTAGE`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 112 to 127 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val}{5}$
Range: -6553.6 to 6553.4 V
Unit: V

In testing for 2016 to 2026.

Response error from battery sensor flag, battery sensor `G80_RESPONSE_ERROR`

Service 22DID ED27
Module7E0 → 7E8
Every5 s
Testing

Bit 178 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Throttle position sensor voltage #1 `G80_THROTTLE_POSITION_SENSOR_VOLTAGE__1`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 360 to 375 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val \times 0.0012207031$
Range: 0 to 79 V
Unit: V

In testing for 2016 to 2026.

Throttle position sensor voltage #2 `G80_THROTTLE_POSITION_SENSOR_VOLTAGE__2`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 80 to 95 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val \times 0.0012207031$
Range: 0 to 79 V
Unit: V

In testing for 2016 to 2026.

Waste gate voltage `G80_WASTE_GATE_V`

Service 21PID 21
Module7E0 → 7E8
Every1 s
Testing

Bits 392 to 407 of the reply, 16 bits.

Formula: $val \times 0.000152588$
Range: 0 to 9.99 V
Unit: V

In testing for 2016 to 2026.

Wastegate position voltage `G80_WASTEGATE_POS_V`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 400 to 415 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val \times 1.53}{10000}$
Range: -5.01 to 5.01 V
Unit: V

In testing for 2016 to 2026.

Climate

Defogging? `G80_DEFOG_SW`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 62 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Evaporator temperature `G80_HVAC_EVAPORATOR_T`

Service 22DID 0100
Module7B3 → 7BB
Every5 s
Testing

Bits 56 to 63 of the reply, 8 bits.

Formula: $\frac{val}{2} - 40$
Range: -40 to 87.5 °C
Unit: °C

In testing for 2016 to 2026.

Exterior temperature `G80_TEMP_EXT`

Service 22DID 0100
Module7B3 → 7BB
Every5 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $\frac{val}{2} - 40$
Range: -40 to 80 °C
Unit: °C

In testing for 2016 to 2026.

Humidity sensor for automatic defogger `G80_HVAC_DEFOG_HUMIDITY`

Service 22DID 0100
Module7B3 → 7BB
Every5 s
Testing

Bits 200 to 207 of the reply, 8 bits.

Formula: $val$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Interior temperature `G80_TEMP_INT`

Service 22DID 0100
Module7B3 → 7BB
Every5 s
Testing

Bits 40 to 47 of the reply, 8 bits.

Formula: $\frac{val}{2} - 40$
Range: -40 to 80 °C
Unit: °C

In testing for 2016 to 2026.

Interior temperature, passenger legs vent `G80_HVAC_IAT_PASSENGER_LEGS_VENT`

Service 22DID 0101
Module7B3 → 7BB
Every5 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $\frac{val}{2} - 40$
Range: -40 to 87.5 °C
Unit: °C

In testing for 2016 to 2026.

Interior temperature, passenger vent `G80_HVAC_IAT_PASSENGER_VENT`

Service 22DID 0101
Module7B3 → 7BB
Every5 s
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $\frac{val}{2} - 40$
Range: -40 to 87.5 °C
Unit: °C

In testing for 2016 to 2026.

Control

Brake pedal `G80_BRAKE_PEDAL`

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 192 to 199 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Brake pressure `G80_BRAKE_P`

Service 21PID 01
Module7D1 → 7D9
Every250 ms
Testing

Bits 256 to 271 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{86.7}$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Brake pressure `G80_BRAKE_P_V2`

Service 22DID 0104
Module7D1 → 7D9
Every250 ms
Testing

Bits 256 to 271 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{86.7}$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Handbrake engaged? `G80_HANDBRAKE`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 36 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Steering wheel angle `G80_STEER_ANGLE`

Service 21PID 01
Module7D1 → 7D9
Every250 ms
Testing

Bits 200 to 215 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -3276.8 to 3276.7 °
Unit: °

In testing for 2016 to 2026.

Steering wheel angle `G80_STEER_ANGLE_V2`

Service 22DID 0104
Module7D1 → 7D9
Every250 ms
Testing

Bits 200 to 215 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -3276.8 to 3276.7 °
Unit: °

In testing for 2016 to 2026.

Steering wheel angle `G80_STEER_ANGLE_V3`

Service 21PID 01
Module7D4 → 7DC
Every250 ms
Testing

Bits 72 to 87 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -3276 to 3276 °
Unit: °

In testing for 2016 to 2026.

Doors

Front left door locked? `G80_LOCK_FL`

Service 22DID BC04
Module770 → 778
Every2 s
Testing

Bit 36 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Number

In testing for 2016 to 2026.

Front left door open? `G80_DOOR_FL`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 34 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Front right door locked? `G80_LOCK_FR`

Service 22DID BC04
Module770 → 778
Every2 s
Testing

Bit 37 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Number

In testing for 2016 to 2026.

Front right door open? `G80_DOOR_FR`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 35 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Hood latched? `G80_HOOD`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 47 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Rear left door open? `G80_DOOR_RL`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 39 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Rear right door open? `G80_DOOR_RR`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 37 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Trunk open? `G80_TRUNK`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 32 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Electrical

Cluster voltage `G80_CLUSTER_VOLTAGE`

Pelican can show this parameter as the starter battery voltage.

Service 22DID B002
Module7C6 → 7CE
Every5 s
Testing

Bits 40 to 47 of the reply, 8 bits.

Formula: $\frac{val}{12.8}$
Range: 0 to 18 V
Unit: V

In testing for 2016 to 2026.

Engine

4WD clutch duty `G80_AWD_CLU_DUTY`

Service 22DID 01A1
Module740 → 748
Every250 ms
Testing

Bits 72 to 87 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{10}$
Range: -3276.8 to 100 %
Unit: %

In testing for 2016 to 2026.

4WD clutch pressure `G80_AWD_CLU_P`

Service 22DID 01A1
Module740 → 748
Every250 ms
Testing

Bits 216 to 231 of the reply, 16 bits. The value is signed.

Formula: $val \times 0.001953$
Range: -63.99 to 63.99 bar
Unit: bar

In testing for 2016 to 2026.

4WD clutch stress `G80_AWD_CLU_STRESS`

Service 22DID 01A1
Module740 → 748
Every250 ms
Testing

Bits 104 to 119 of the reply, 16 bits. The value is signed.

Formula: $val \times 0.001953$
Range: -63.99 to 63.99 %
Unit: %

In testing for 2016 to 2026.

4WD clutch torque `G80_AWD_CLU_TQ`

Service 22DID 01A1
Module740 → 748
Every250 ms
Testing

Bits 200 to 215 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{16}$
Range: -2048 to 2047.9375 N·m
Unit: N·m

In testing for 2016 to 2026.

4WD front axle ratio `G80_AWD_FRONT_AXLE_RAT`

Service 22DID 01A3
Module740 → 748
Every250 ms
Testing

Bits 56 to 71 of the reply, 16 bits. The value is signed.

Formula: $\frac{val \times 2}{65535}$
Range: -1 to 0.999
Unit: Number

In testing for 2016 to 2026.

Adaptation value for lower stop of wastegate actuator `G80_ADPT_LO_STOP`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 384 to 399 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val \times 1.53}{10000}$
Range: -5.01 to 5.01 V
Unit: V

In testing for 2016 to 2026.

Air conditioning pressure `G80_AC_P`

Service 22DID E014
Module7E0 → 7E8
Every5 s
Testing

Bits 112 to 119 of the reply, 8 bits.

Formula: $\frac{val \times 3520}{255}$
Range: 0 to 3520 kPa
Unit: kPa

In testing for 2016 to 2026.

Air conditioning relay `G80_AC_RELAY`

Service 22DID ED01
Module7E0 → 7E8
Every5 s
Testing

Bit 101 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Automatic transmission fluid temperature `G80_ATF_T_7E1`

Pelican can show this parameter as the transmission fluid temperature.

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 104 to 111 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2016 to 2026.

Barometric pressure `G80_BAROMETRIC_PRESSURE`

Service 21PID 13
Module7E0 → 7E8
Every1 s
Testing

Bits 312 to 319 of the reply, 8 bits.

Formula: $\frac{val}{2}$
Range: 0 to 127.5 kPa
Unit: kPa

In testing for 2016 to 2026.

Boost pressure upstream `G80_BOOST_P_UP`

Service 22DID E003
Module7E0 → 7E8
Every1 s
Testing

Bits 280 to 295 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 39}{500}$
Range: 0 to 5111
Unit: Raw value

In testing for 2016 to 2026.

Boost pressure upstream, desired `G80_BOOST_P_UP_DES`

Service 22DID E003
Module7E0 → 7E8
Every1 s
Testing

Bits 312 to 327 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 39}{500}$
Range: 0 to 5111
Unit: Raw value

In testing for 2016 to 2026.

Calculated oil temperature `G80_CALC_OIL_T`

Service 22DID E011
Module7E0 → 7E8
Every5 s
Testing

Bits 304 to 311 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2016 to 2026.

Catalyst damaging misfires total all cylinders `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_ALL_CYLINDERS`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 448 to 463 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total all cylinders `G80_CATDMG_MIS_TOT_ALL`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 400 to 415 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 1 `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C1`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 304 to 319 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 1 `G80_CATDMG_MIS_TOT_1`

Service 22DID E01D
Module7E0 → 7E8
Every1 s
Testing

Bits 160 to 175 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 1 `G80_CATDMG_MIS_TOT_1_7E0`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 256 to 271 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 2 `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C2`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 320 to 335 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 2 `G80_CATDMG_MIS_TOT_2`

Service 22DID E01D
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 191 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 2 `G80_CATDMG_MIS_TOT_2_7E0`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 272 to 287 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 3 `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C3`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 336 to 351 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 3 `G80_CATDMG_MIS_TOT_3`

Service 22DID E01D
Module7E0 → 7E8
Every1 s
Testing

Bits 192 to 207 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 3 `G80_CATDMG_MIS_TOT_3_7E0`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 288 to 303 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 4 `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C4`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 352 to 367 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 4 `G80_CATDMG_MIS_TOT_4`

Service 22DID E01D
Module7E0 → 7E8
Every1 s
Testing

Bits 208 to 223 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 4 `G80_CATDMG_MIS_TOT_4_7E0`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 304 to 319 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 5 `G80_CATDMG_MIS_TOT_5`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 320 to 335 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Catalyst damaging misfires total, cylinder 6 `G80_CATDMG_MIS_TOT_6`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 336 to 351 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Commanded evaporative purge `G80_COMMANDED_EVAPORATIVE_PURGE`

Service 21PID 02
Module7E0 → 7E8
Every1 s
Testing

Bits 160 to 167 of the reply, 8 bits.

Formula: $val \times 0.390625$
Range: 0 to 99.6 %
Unit: %

In testing for 2016 to 2026.

Commanded throttle actuator `G80_COMMANDED_THROTTLE_ACTUATOR`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 40 to 47 of the reply, 8 bits.

Formula: $val \times 0.390625$
Range: 0 to 99.6 %
Unit: %

In testing for 2016 to 2026.

Coolant `G80_COOLANT_FAN`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $val$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Coolant fan PWM `G80_CLT_FAN_PWM`

Service 22DID E014
Module7E0 → 7E8
Every5 s
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Coolant temperature `G80_HVAC_COOLANT_T`

Service 22DID 0102
Module7B3 → 7BB
Every1 s
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val}{2} - 40$
Range: -40 to 87.5 °C
Unit: °C

In testing for 2016 to 2026.

Crankshaft torque `G80_CRANK_TQ`

Service 22DID ED05
Module7E0 → 7E8
Every250 ms
Testing

Bits 240 to 247 of the reply, 8 bits.

Formula: $\frac{val \times 600}{255}$
Range: 0 to 600 N·m
Unit: N·m

In testing for 2016 to 2026.

Cylinder 1 injection time, 1st pulse `G80_CYL_1_INJ_TIME_1ST`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 264 to 279 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Cylinder 1 injection time, 2nd pulse `G80_CYL_1_INJ_TIME_2ND`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 200 to 215 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Cylinder 2 injection time, 1st pulse `G80_CYL_2_INJ_TIME_1ST`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 280 to 295 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Cylinder 2 injection time, 2nd pulse `G80_CYL_2_INJ_TIME_2ND`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 216 to 231 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Cylinder 3 injection time, 1st pulse `G80_CYL_3_INJ_TIME_1ST`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 296 to 311 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Cylinder 3 injection time, 2nd pulse `G80_CYL_3_INJ_TIME_2ND`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 232 to 247 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Cylinder 4 injection time, 1st pulse `G80_CYL_4_INJ_TIME_1ST`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 312 to 327 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Cylinder 4 injection time, 2nd pulse `G80_CYL_4_INJ_TIME_2ND`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 248 to 263 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Diesel particulate filter regeneration count `G80_DPF_REGEN_CNT`

Service 22DID ED03
Module7E0 → 7E8
Every30 s
Testing

Bits 440 to 447 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Diesel particulate filter regeneration state `G80_DPF_REGEN_ST`

Service 22DID ED03
Module7E0 → 7E8
Every30 s
Testing

Bit 431 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Direct injection time 1 `G80_DI_TIME_1`

Service 21PID 0B
Module7E0 → 7E8
Every1 s
Testing

Bits 32 to 47 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 100}{13107}$
Range: 0 to 500 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 1st pulse, cylinder 1 `G80_DI_TIME_1ST_CYL_1`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 264 to 279 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 1st pulse, cylinder 2 `G80_DI_TIME_1ST_CYL_2`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 280 to 295 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 1st pulse, cylinder 3 `G80_DI_TIME_1ST_CYL_3`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 296 to 311 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 1st pulse, cylinder 4 `G80_DI_TIME_1ST_CYL_4`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 312 to 327 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 1st pulse, cylinder 5 `G80_CYL5_INJ_TIME_1ST`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 392 to 407 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 1st pulse, cylinder 6 `G80_CYL6_INJ_TIME_1ST`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 408 to 423 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 2 `G80_DI_TIME_2`

Service 21PID 0B
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 63 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 100}{13107}$
Range: 0 to 500 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 2nd pulse, cylinder 1 `G80_DI_TIME_2ND_CYL_1`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 200 to 215 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 2nd pulse, cylinder 2 `G80_DI_TIME_2ND_CYL_2`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 216 to 231 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 2nd pulse, cylinder 3 `G80_DI_TIME_2ND_CYL_3`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 232 to 247 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 2nd pulse, cylinder 4 `G80_DI_TIME_2ND_CYL_4`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 248 to 263 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 2nd pulse, cylinder 5 `G80_CYL5_INJ_TIME_2ND`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 360 to 375 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 2nd pulse, cylinder 6 `G80_CYL6_INJ_TIME_2ND`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 376 to 391 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 4}{1000}$
Range: 0 to 262.14 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 3 `G80_DI_TIME_3`

Service 21PID 0B
Module7E0 → 7E8
Every1 s
Testing

Bits 64 to 79 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 100}{13107}$
Range: 0 to 500 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 4 `G80_DI_TIME_4`

Service 21PID 0B
Module7E0 → 7E8
Every1 s
Testing

Bits 80 to 95 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 100}{13107}$
Range: 0 to 500 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 5 `G80_DI_TIME_5`

Service 21PID 0B
Module7E0 → 7E8
Every1 s
Testing

Bits 96 to 111 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 100}{13107}$
Range: 0 to 500 ms
Unit: ms

In testing for 2016 to 2026.

Direct injection time 6 `G80_DI_TIME_6`

Service 21PID 0B
Module7E0 → 7E8
Every1 s
Testing

Bits 112 to 127 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 100}{13107}$
Range: 0 to 500 ms
Unit: ms

In testing for 2016 to 2026.

Dual-clutch transmission clutch 1, pressure sensor a `G80_DUAL_CLU_TRANS_CLU_1_P`

Service 22DID 01A5
Module7E1 → 7E9
Every5 s
Testing

Bits 192 to 207 of the reply, 16 bits.

Formula: $\frac{val \times 19.53}{10000}$
Range: 0 to 127 bar
Unit: bar

In testing for 2016 to 2026.

Dual-clutch transmission clutch 2, pressure sensor b `G80_DUAL_CLU_TRANS_CLU_2_P_B`

Service 22DID 01A5
Module7E1 → 7E9
Every5 s
Testing

Bits 208 to 223 of the reply, 16 bits.

Formula: $\frac{val \times 19.53}{10000}$
Range: 0 to 127 bar
Unit: bar

In testing for 2016 to 2026.

Dual-clutch transmission fluid temperature 1 `G80_DUAL_CLU_ATF_T_1`

Service 22DID 01A5
Module7E1 → 7E9
Every5 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2016 to 2026.

Dual-clutch transmission fluid temperature 2 `G80_DUAL_CLU_ATF_T_2`

Service 22DID 01A5
Module7E1 → 7E9
Every5 s
Testing

Bits 56 to 63 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2016 to 2026.

Dual-clutch transmission line pressure, sensor c `G80_DUAL_CLU_TRANS_LINE_P_C`

Service 22DID 01A5
Module7E1 → 7E9
Every5 s
Testing

Bits 224 to 239 of the reply, 16 bits.

Formula: $\frac{val \times 19.53}{10000}$
Range: 0 to 127 bar
Unit: bar

In testing for 2016 to 2026.

Emission relevant misfires total all cylinders `G80_EMIS_MIS_TOT_ALL`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 384 to 399 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total all cylinders `G80_EMISSION_RELEVANT_MISFIRES_TOTAL_ALL_CYLINDERS`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 432 to 447 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 1 `G80_EMIS_MIS_TOT_1`

Service 22DID E01D
Module7E0 → 7E8
Every1 s
Testing

Bits 32 to 47 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 1 `G80_EMIS_MIS_TOT_1_7E0`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 128 to 143 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 1 `G80_EMISSION_RELEVANT_MISFIRES_TOTAL_C1`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 191 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 2 `G80_EMIS_MIS_TOT_2`

Service 22DID E01D
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 63 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 2 `G80_EMIS_MIS_TOT_2_7E0`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 144 to 159 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 2 `G80_EMISSION_RELEVANT_MISFIRES_TOTAL_C2`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 192 to 207 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 3 `G80_EMIS_MIS_TOT_3`

Service 22DID E01D
Module7E0 → 7E8
Every1 s
Testing

Bits 64 to 79 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 3 `G80_EMIS_MIS_TOT_3_7E0`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 160 to 175 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 3 `G80_EMISSION_RELEVANT_MISFIRES_TOTAL_C3`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 208 to 223 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 4 `G80_EMIS_MIS_TOT_4`

Service 22DID E01D
Module7E0 → 7E8
Every1 s
Testing

Bits 80 to 95 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 4 `G80_EMIS_MIS_TOT_4_7E0`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 191 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 4 `G80_EMISSION_RELEVANT_MISFIRES_TOTAL_C4`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 224 to 239 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 5 `G80_EMIS_MIS_TOT_5`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 192 to 207 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission relevant misfires total, cylinder 6 `G80_EMIS_MIS_TOT_6`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 208 to 223 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Engine oil temperature `G80_EOT`

Pelican can show this parameter as the engine oil temperature.

Service 22DID E001
Module7E0 → 7E8
Every2 s
Testing

Bits 272 to 279 of the reply, 8 bits.

Formula: $\frac{val}{1.3333} - 48$
Range: 0 to 143 °C
Unit: °C

In testing for 2016 to 2026.

Engine oil temperature `G80_EOT_7E0`

Pelican can show this parameter as the engine oil temperature.

Service 22DID ED07
Module7E0 → 7E8
Every5 s
Testing

Bits 152 to 159 of the reply, 8 bits.

Formula: $val \times 0.7843 - 50$
Range: -50 to 149.9965 °C
Unit: °C

In testing for 2016 to 2026.

Engine oil temperature `G80_EOT_V2`

Pelican can show this parameter as the engine oil temperature.

Service 22DID ED02
Module7E0 → 7E8
Every5 s
Testing

Bits 184 to 191 of the reply, 8 bits.

Formula: $val - 4$
Range: -4 to 251 °C
Unit: °C

In testing for 2016 to 2026.

Engine run time, total `G80_ENG_RUN_TIME_TOT`

Service 21PID 0E
Module7E0 → 7E8
Every30 s
Testing

Bits 80 to 95 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val \times 6$
Range: 0 to 393209.9999 min
Unit: min

In testing for 2016 to 2026.

Engine, actual torque `G80_ENG_ACT_TQ`

Service 22DID ED01
Module7E0 → 7E8
Every5 s
Testing

Bits 240 to 247 of the reply, 8 bits.

Formula: $val \times 2.3529$
Range: 0 to 599.9895 N·m
Unit: N·m

In testing for 2016 to 2026.

Exhaust camshaft position `G80_EXH_CAM_POS`

Service 22DID E020
Module7E0 → 7E8
Every1 s
Testing

Bits 88 to 103 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val}{128}$
Range: -256 to 255 °
Unit: °

In testing for 2016 to 2026.

Exhaust gas temperature `G80_EXHAUST_GAS_T`

Service 21PID 03
Module7E0 → 7E8
Every5 s
Testing

Bits 368 to 375 of the reply, 8 bits.

Formula: $val \times 4.709803922 + 99$
Range: 99 to 1300 °C
Unit: °C

In testing for 2016 to 2026.

Exhaust temperature 1, upstream of oxidation catalyst `G80_EXH_T_1_UP_OXICAT`

Service 22DID ED03
Module7E0 → 7E8
Every30 s
Testing

Bits 296 to 303 of the reply, 8 bits.

Formula: $val \times 4.7098 + 99$
Range: 0 to 1299.999 °C
Unit: °C

In testing for 2016 to 2026.

Exhaust temperature 2, upstream of DPF `G80_EXH_T_2_UP_DPF`

Service 22DID ED03
Module7E0 → 7E8
Every30 s
Testing

Bits 304 to 311 of the reply, 8 bits.

Formula: $val \times 4.7098 + 99$
Range: 0 to 1299.999 °C
Unit: °C

In testing for 2016 to 2026.

Gasoline direct injection time bank a, 1 `G80_GDI_IT_A1`

Service 22DID E005
Module7E0 → 7E8
Every2 s
Testing

Bits 224 to 239 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 ms
Unit: ms

In testing for 2016 to 2026.

Gasoline direct injection time bank a, 2 `G80_GDI_IT_A2`

Service 22DID E005
Module7E0 → 7E8
Every2 s
Testing

Bits 240 to 255 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 ms
Unit: ms

In testing for 2016 to 2026.

Gasoline direct injection time bank a, 3 `G80_GDI_IT_A3`

Service 22DID E005
Module7E0 → 7E8
Every2 s
Testing

Bits 256 to 271 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 ms
Unit: ms

In testing for 2016 to 2026.

Gasoline direct injection time bank a, 4 `G80_GDI_IT_A4`

Service 22DID E005
Module7E0 → 7E8
Every2 s
Testing

Bits 272 to 287 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 ms
Unit: ms

In testing for 2016 to 2026.

Gasoline direct injection time bank b, 1 `G80_GDI_IT_B1`

Service 22DID E005
Module7E0 → 7E8
Every2 s
Testing

Bits 352 to 367 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 ms
Unit: ms

In testing for 2016 to 2026.

Gasoline direct injection time bank b, 2 `G80_GDI_IT_B2`

Service 22DID E005
Module7E0 → 7E8
Every2 s
Testing

Bits 368 to 383 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 ms
Unit: ms

In testing for 2016 to 2026.

Gasoline direct injection time bank b, 3 `G80_GDI_IT_B3`

Service 22DID E005
Module7E0 → 7E8
Every2 s
Testing

Bits 384 to 399 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 ms
Unit: ms

In testing for 2016 to 2026.

Gasoline direct injection time bank b, 4 `G80_GDI_IT_B4`

Service 22DID E005
Module7E0 → 7E8
Every2 s
Testing

Bits 400 to 415 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{10}$
Range: 0 to 6553.5 ms
Unit: ms

In testing for 2016 to 2026.

Idle control mode `G80_IDLE_CONTROL_MODE`

Service 21PID 00
Module7E0 → 7E8
Every1 s
Testing

Bits 120 to 127 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Ignition retard due to knock control 1 `G80_IGN_RETARD_KNOCK_1`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 104 to 111 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Ignition retard due to knock control 2 `G80_IGN_RETARD_KNOCK_2`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 112 to 119 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Ignition retard due to knock control 3 `G80_IGN_RETARD_KNOCK_3`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 120 to 127 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Ignition retard due to knock control 4 `G80_IGN_RETARD_KNOCK_4`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 128 to 135 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Injection duration cylinder 1 `G80_INJ_DUR_1`

Service 22DID E002
Module7E0 → 7E8
Every5 s
Testing

Bits 176 to 191 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{1220.7}$
Range: 0 to 53.68 ms
Unit: ms

In testing for 2016 to 2026.

Injection duration cylinder 2 `G80_INJ_DUR_2`

Service 22DID E002
Module7E0 → 7E8
Every5 s
Testing

Bits 192 to 207 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{1220.7}$
Range: 0 to 53.68 ms
Unit: ms

In testing for 2016 to 2026.

Injection duration cylinder 3 `G80_INJ_DUR_3`

Service 22DID E002
Module7E0 → 7E8
Every5 s
Testing

Bits 208 to 223 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{1220.7}$
Range: 0 to 53.68 ms
Unit: ms

In testing for 2016 to 2026.

Injection duration cylinder 4 `G80_INJ_DUR_4`

Service 22DID E002
Module7E0 → 7E8
Every5 s
Testing

Bits 224 to 239 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{1220.7}$
Range: 0 to 53.68 ms
Unit: ms

In testing for 2016 to 2026.

Injection duration cylinder 5 `G80_INJ_DUR_5`

Service 22DID E002
Module7E0 → 7E8
Every5 s
Testing

Bits 240 to 255 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{1220.7}$
Range: 0 to 53.68 ms
Unit: ms

In testing for 2016 to 2026.

Injection duration cylinder 6 `G80_INJ_DUR_6`

Service 22DID E002
Module7E0 → 7E8
Every5 s
Testing

Bits 256 to 271 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val}{1220.7}$
Range: 0 to 53.68 ms
Unit: ms

In testing for 2016 to 2026.

Intake air temperature `G80_IAT`

Service 22DID E001
Module7E0 → 7E8
Every2 s
Testing

Bits 264 to 271 of the reply, 8 bits.

Formula: $\frac{val}{1.3333} - 48$
Range: 0 to 143 °C
Unit: °C

In testing for 2016 to 2026.

Intake camshaft position `G80_INT_CAM_POS`

Service 22DID E020
Module7E0 → 7E8
Every1 s
Testing

Bits 72 to 87 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val}{128}$
Range: -256 to 255 °
Unit: °

In testing for 2016 to 2026.

Intake camshaft position actual `G80_INTAKE_CAMSHAFT_POSITION_ACTUAL`

Service 21PID 17
Module7E0 → 7E8
Every1 s
Testing

Bits 40 to 55 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val}{128}$
Range: -256 to 255 °
Unit: °

In testing for 2016 to 2026.

Intake camshaft position commanded `G80_INTAKE_CAMSHAFT_POSITION_COMMANDED`

Service 21PID 17
Module7E0 → 7E8
Every1 s
Testing

Bits 32 to 39 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{2}$
Range: -64 to 63.5 °
Unit: °

In testing for 2016 to 2026.

Inverter temperature `G80_HVAC_INVERTER_T`

Service 22DID 0102
Module7B3 → 7BB
Every1 s
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $\frac{val}{2} - 40$
Range: -40 to 87.5 °C
Unit: °C

In testing for 2016 to 2026.

Knock detected `G80_KNOCK_DETECTED`

Service 21PID 00
Module7E0 → 7E8
Every1 s
Testing

Bits 200 to 207 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Knock detected `G80_KNOCK_DETECTED_7E0`

Service 22DID E004
Module7E0 → 7E8
Every5 s
Testing

Bits 168 to 175 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Knock learn cylinder 1 `G80_KNOCK_LEARN_1`

Service 22DID E00A
Module7E0 → 7E8
Every1 s
Testing

Bits 160 to 167 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{5}$
Range: -25.6 to 25.4 °
Unit: °

In testing for 2016 to 2026.

Knock learn cylinder 2 `G80_KNOCK_LEARN_2`

Service 22DID E00A
Module7E0 → 7E8
Every1 s
Testing

Bits 168 to 175 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{5}$
Range: -25.6 to 25.4 °
Unit: °

In testing for 2016 to 2026.

Knock learn cylinder 3 `G80_KNOCK_LEARN_3`

Service 22DID E00A
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 183 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{5}$
Range: -25.6 to 25.4 °
Unit: °

In testing for 2016 to 2026.

Knock learn cylinder 4 `G80_KNOCK_LEARN_4`

Service 22DID E00A
Module7E0 → 7E8
Every1 s
Testing

Bits 184 to 191 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{5}$
Range: -25.6 to 25.4 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder #1 `G80_KNOCK_RETARD_CYLINDER_1`

Service 21PID 16
Module7E0 → 7E8
Every1 s
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $val \times 0.75$
Range: 0 to 191.25 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder #2 `G80_KNOCK_RETARD_CYLINDER_2`

Service 21PID 16
Module7E0 → 7E8
Every1 s
Testing

Bits 104 to 111 of the reply, 8 bits.

Formula: $val \times 0.75$
Range: 0 to 191.25 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder #3 `G80_KNOCK_RETARD_CYLINDER_3`

Service 21PID 16
Module7E0 → 7E8
Every1 s
Testing

Bits 112 to 119 of the reply, 8 bits.

Formula: $val \times 0.75$
Range: 0 to 191.25 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder #4 `G80_KNOCK_RETARD_CYLINDER_4`

Service 21PID 16
Module7E0 → 7E8
Every1 s
Testing

Bits 120 to 127 of the reply, 8 bits.

Formula: $val \times 0.75$
Range: 0 to 191.25 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 1 `G80_KNOCK_RETARD_1`

Service 22DID E00A
Module7E0 → 7E8
Every1 s
Testing

Bits 96 to 103 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{5}$
Range: -25.6 to 25.4 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 1 `G80_KNOCK_RETARD_CYL_1`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 168 to 175 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 1, alternate `G80_KNOCK_RETARD_1_E019`

Service 22DID E019
Module7E0 → 7E8
Every1 s
Testing

Bits 168 to 175 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 1, alternate `G80_KNOCK_RETARD_CYL_1_ALT`

Service 21PID 0A
Module7E0 → 7E8
Every1 s
Testing

Bits 160 to 167 of the reply, 8 bits.

Formula: $\frac{val}{1.333333333}$
Range: 0 to 191.25 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 2 `G80_KNOCK_RETARD_2`

Service 22DID E00A
Module7E0 → 7E8
Every1 s
Testing

Bits 104 to 111 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{5}$
Range: -25.6 to 25.4 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 2 `G80_KNOCK_RETARD_CYL_2`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 183 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 2, alternate `G80_KNOCK_RETARD_2_E019`

Service 22DID E019
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 183 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 2, alternate `G80_KNOCK_RETARD_CYL_2_ALT`

Service 21PID 0A
Module7E0 → 7E8
Every1 s
Testing

Bits 168 to 175 of the reply, 8 bits.

Formula: $\frac{val}{1.333333333}$
Range: 0 to 191.25 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 3 `G80_KNOCK_RETARD_3`

Service 22DID E00A
Module7E0 → 7E8
Every1 s
Testing

Bits 112 to 119 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{5}$
Range: -25.6 to 25.4 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 3 `G80_KNOCK_RETARD_CYL_3`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 184 to 191 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 3, alternate `G80_KNOCK_RETARD_3_E019`

Service 22DID E019
Module7E0 → 7E8
Every1 s
Testing

Bits 184 to 191 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 3, alternate `G80_KNOCK_RETARD_CYL_3_ALT`

Service 21PID 0A
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 183 of the reply, 8 bits.

Formula: $\frac{val}{1.333333333}$
Range: 0 to 191.25 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 4 `G80_KNOCK_RETARD_4`

Service 22DID E00A
Module7E0 → 7E8
Every1 s
Testing

Bits 120 to 127 of the reply, 8 bits. The value is signed.

Formula: $\frac{val}{5}$
Range: -25.6 to 25.4 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 4 `G80_KNOCK_RETARD_CYL_4`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 192 to 199 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 4, alternate `G80_KNOCK_RETARD_4_E019`

Service 22DID E019
Module7E0 → 7E8
Every1 s
Testing

Bits 192 to 199 of the reply, 8 bits.

Formula: $val \times 0.75 - 191.25$
Range: -191.25 to 0 °
Unit: °

In testing for 2016 to 2026.

Knock retard cylinder 4, alternate `G80_KNOCK_RETARD_CYL_4_ALT`

Service 21PID 0A
Module7E0 → 7E8
Every1 s
Testing

Bits 184 to 191 of the reply, 8 bits.

Formula: $\frac{val}{1.333333333}$
Range: 0 to 191.25 °
Unit: °

In testing for 2016 to 2026.

Main injection volume `G80_MAIN_INJECTION_QTY`

Service 21PID 07
Module7E0 → 7E8
Every1 s
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $val \times 0.392156863$
Range: 0 to 100 L
Unit: L

In testing for 2016 to 2026.

Mass air flow rate `G80_MAF_RATE`

Service 22DID E010
Module7E0 → 7E8
Every1 s
Testing

Bits 208 to 215 of the reply, 8 bits. The bytes are in little-endian order.

Formula: $val \times 0.04239$
Range: 0 to 10.8
Unit: Raw value

In testing for 2016 to 2026.

Max adaptation value for lower mechanical stop of the boost pressure actuator during engine running `G80_MAX_ADPT_LO_MECH_STOP_P`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 480 to 495 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 1.53}{10000}$
Range: 0 to 10.02 V
Unit: V

In testing for 2016 to 2026.

Max adaptation value for lower mechanical stop of the boost pressure actuator during engine stop `G80_MAX_ADPT_LO_MECH_P`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 464 to 479 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 1.53}{10000}$
Range: 0 to 10.02 V
Unit: V

In testing for 2016 to 2026.

Min adaptation value for lower mechanical stop of the boost pressure actuator during engine running `G80_MIN_ADPT_LO_MECH_STOP_P`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 512 to 527 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 1.53}{10000}$
Range: 0 to 10.02 V
Unit: V

In testing for 2016 to 2026.

Min adaptation value for lower mechanical stop of the boost pressure actuator during engine stop `G80_MIN_ADPT_LO_MECH_P`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 496 to 511 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 1.53}{10000}$
Range: 0 to 10.02 V
Unit: V

In testing for 2016 to 2026.

Misfire count #1 `G80_MIS_1`

Service 21PID 01
Module7E0 → 7E8
Every1 s
Testing

Bits 56 to 71 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfire count #2 `G80_MIS_2`

Service 21PID 01
Module7E0 → 7E8
Every1 s
Testing

Bits 72 to 87 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfire count #3 `G80_MIS_3`

Service 21PID 01
Module7E0 → 7E8
Every1 s
Testing

Bits 88 to 103 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfire count #4 `G80_MIS_4`

Service 21PID 01
Module7E0 → 7E8
Every1 s
Testing

Bits 104 to 119 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires current total `G80_MIS_CURRENT_TOT`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 584 to 591 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Misfires current, cylinder 1 `G80_MIS_CURRENT_1`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 536 to 543 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Misfires current, cylinder 2 `G80_MIS_CURRENT_2`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 544 to 551 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Misfires current, cylinder 3 `G80_MIS_CURRENT_3`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 552 to 559 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Misfires current, cylinder 4 `G80_MIS_CURRENT_4`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 560 to 567 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Misfires current, cylinder 5 `G80_MIS_CURRENT_5`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 568 to 575 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Misfires current, cylinder 6 `G80_MIS_CURRENT_6`

Service 21PID 08
Module7E0 → 7E8
Every1 s
Testing

Bits 576 to 583 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Misfires, current, cylinder 1 `G80_MISFIRES_C1_CUR`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 63 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires, current, cylinder 2 `G80_MISFIRES_C2_CUR`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 64 to 79 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires, current, cylinder 3 `G80_MISFIRES_C3_CUR`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 80 to 95 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires, current, cylinder 4 `G80_MISFIRES_C4_CUR`

Service 22DID E00D
Module7E0 → 7E8
Every1 s
Testing

Bits 96 to 111 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Motor-driven power steering current `G80_MDPS_MOTOR_CURRENT`

Service 22DID 0101
Module7D4 → 7DC
Every5 s
Testing

Bits 88 to 95 of the reply, 8 bits. The value is signed.

Formula: $val$
Range: -128 to 127 A
Unit: A

In testing for 2016 to 2026.

Oxygen sensor 1 bank 1 `G80_OXYGEN_SENSOR_11`

Service 21PID 02
Module7E0 → 7E8
Every1 s
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $val \times 0.00521 - 0.2$
Range: -0.2 to 1.12 V
Unit: V

In testing for 2016 to 2026.

Oxygen sensor 2 bank 1 `G80_OXYGEN_SENSOR_21`

Service 21PID 02
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val \times 0.00521 - 0.2$
Range: -0.2 to 1.12 V
Unit: V

In testing for 2016 to 2026.

Pilot injection volume `G80_PILOT_INJECTION_QTY`

Service 21PID 07
Module7E0 → 7E8
Every1 s
Testing

Bits 104 to 119 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 L
Unit: L

In testing for 2016 to 2026.

Post injection volume `G80_POST_INJECTION_QTY`

Service 21PID 07
Module7E0 → 7E8
Every1 s
Testing

Bits 128 to 143 of the reply, 16 bits.

Formula: $val$
Range: 0 to 65535 L
Unit: L

In testing for 2016 to 2026.

Requested torque `G80_REQUESTED_TORQUE`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 176 to 191 of the reply, 16 bits.

Formula: $val \times 0.001526$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Requested torque limitation from traction control `G80_REQ_TQ_LIM_TRACTION`

Service 22DID ED06
Module7E0 → 7E8
Every250 ms
Testing

Bits 120 to 127 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Throttle position #1 `G80_THROTTLE_POSITION__1`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 48 to 63 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $val \times 0.0244140625$
Range: -800 to 799 %
Unit: %

In testing for 2016 to 2026.

Throttle position #2 `G80_THROTTLE_POSITION__2`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 64 to 79 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $val \times 0.0244140625$
Range: -800 to 799 %
Unit: %

In testing for 2016 to 2026.

Timing advance #1 `G80_TIMING_ADVANCE_1`

Service 21PID 13
Module7E0 → 7E8
Every1 s
Testing

Bits 32 to 39 of the reply, 8 bits. The value is signed.

Formula: $val \times 0.75$
Range: -96 to 95.25 °
Unit: °

In testing for 2016 to 2026.

Timing advance #2 `G80_TIMING_ADVANCE_2`

Service 21PID 13
Module7E0 → 7E8
Every1 s
Testing

Bits 40 to 47 of the reply, 8 bits. The value is signed.

Formula: $val \times 0.75$
Range: -96 to 95.25 °
Unit: °

In testing for 2016 to 2026.

Timing advance #3 `G80_TIMING_ADVANCE_3`

Service 21PID 13
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 55 of the reply, 8 bits. The value is signed.

Formula: $val \times 0.75$
Range: -96 to 95.25 °
Unit: °

In testing for 2016 to 2026.

Timing advance #4 `G80_TIMING_ADVANCE_4`

Service 21PID 13
Module7E0 → 7E8
Every1 s
Testing

Bits 56 to 63 of the reply, 8 bits. The value is signed.

Formula: $val \times 0.75$
Range: -96 to 95.25 °
Unit: °

In testing for 2016 to 2026.

Torque converter slip `G80_TORQUE_CONVERTER_SLIP`

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 128 to 143 of the reply, 16 bits.

Formula: $\frac{val}{4} - 512$
Range: -512 to 15871.75 rpm
Unit: rpm

In testing for 2016 to 2026.

Torque converter slip `G80_TQ_CONV_SLIP`

Service 21PID A0
Module7E0 → 7E8
Every5 s
Testing

Bits 104 to 119 of the reply, 16 bits.

Formula: $\frac{val}{4} - 512$
Range: -512 to 15871.75 rpm
Unit: rpm

In testing for 2016 to 2026.

Transmission fluid temperature `G80_ATF_T_7E0`

Pelican can show this parameter as the transmission fluid temperature.

Service 21PID A0
Module7E0 → 7E8
Every5 s
Testing

Bits 264 to 271 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2016 to 2026.

Turbo boost gauge pressure `G80_TURBO_BOOST`

Service 22DID E021
Module7E0 → 7E8
Every100 ms
Testing

Bits 56 to 71 of the reply, 16 bits.

Formula: $\frac{val}{831.556909} - 12$
Range: -10 to 66.81 psi
Unit: psi

In testing for 2016 to 2026.

Turbo boost pressure `G80_TURBO_BOOST_P`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 64 to 79 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 829.1}{10000}$
Range: 0 to 5433
Unit: Raw value

In testing for 2016 to 2026.

Turbo boost pressure `G80_TURBO_BOOST_P_7E0`

Service 21PID 21
Module7E0 → 7E8
Every1 s
Testing

Bits 56 to 71 of the reply, 16 bits.

Formula: $val \times 0.008291$
Range: 0 to 543
Unit: Number

In testing for 2016 to 2026.

Variable valve timing temperature `G80_CVVT_T`

Continuously variable valve timing temperature.

Service 21PID 18
Module7E0 → 7E8
Every5 s
Testing

Bits 272 to 279 of the reply, 8 bits.

Formula: $val - 48$
Range: -48 to 207 °C
Unit: °C

In testing for 2016 to 2026.

Waste gate duty `G80_WASTE_GATE_DUTY`

Service 21PID 21
Module7E0 → 7E8
Every1 s
Testing

Bits 408 to 423 of the reply, 16 bits.

Formula: $val \times 0.00305176$
Range: 0 to 199 %
Unit: %

In testing for 2016 to 2026.

Waste gate duty `G80_WG_DUTY`

Service 22DID E021
Module7E0 → 7E8
Every100 ms
Testing

Bits 408 to 423 of the reply, 16 bits.

Formula: $\frac{val \times 200}{65535}$
Range: 0 to 200 %
Unit: %

In testing for 2016 to 2026.

Waste gate position `G80_WASTE_GATE_POS`

Service 21PID 21
Module7E0 → 7E8
Every1 s
Testing

Bits 424 to 439 of the reply, 16 bits.

Formula: $val \times 0.00610352$
Range: 0 to 399 %
Unit: %

In testing for 2016 to 2026.

Waste gate position `G80_WG_POSITION`

Service 22DID E021
Module7E0 → 7E8
Every100 ms
Testing

Bits 424 to 439 of the reply, 16 bits. The value is signed.

Formula: $\frac{val \times 400}{65535}$
Range: -200 to 199.99 %
Unit: %

In testing for 2016 to 2026.

Waste gate set point `G80_WG_SETPOINT`

Service 22DID E021
Module7E0 → 7E8
Every100 ms
Testing

Bits 440 to 455 of the reply, 16 bits. The value is signed.

Formula: $\frac{val \times 400}{65535}$
Range: -200 to 100 %
Unit: %

In testing for 2016 to 2026.

Waste gate target `G80_WASTE_GATE_TGT`

Service 21PID 21
Module7E0 → 7E8
Every1 s
Testing

Bits 440 to 455 of the reply, 16 bits.

Formula: $val \times 0.00610352$
Range: 0 to 399 %
Unit: %

In testing for 2016 to 2026.

Waste gate voltage `G80_WG_VOLTAGE`

Service 22DID E021
Module7E0 → 7E8
Every100 ms
Testing

Bits 392 to 407 of the reply, 16 bits.

Formula: $\frac{val \times 10}{65535}$
Range: 0 to 10 V
Unit: V

In testing for 2016 to 2026.

Wastegate control PWM, wastegate actuator `G80_WASTEGATE_CTRL_PWM`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 416 to 431 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val \times 100}{32767}$
Range: -100 to 100 %
Unit: %

In testing for 2016 to 2026.

Wastegate position target, wastegate actuator `G80_WASTEGATE_POS_TGT`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 448 to 463 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val \times 200}{32767}$
Range: -200 to 200 %
Unit: %

In testing for 2016 to 2026.

Wastegate position, wastegate actuator `G80_WASTEGATE_POS`

Service 21PID 19
Module7E0 → 7E8
Every1 s
Testing

Bits 432 to 447 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val \times 200}{32767}$
Range: -200 to 200 %
Unit: %

In testing for 2016 to 2026.

Wide open throttle `G80_WIDE_OPEN_THROTTLE`

Service 22DID E004
Module7E0 → 7E8
Every5 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Misfires

Emission-relevant misfires, cylinder #1 `G80_MIS_CNT_EMIS_1`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 63 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission-relevant misfires, cylinder #2 `G80_MIS_CNT_EMIS_2`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 64 to 79 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission-relevant misfires, cylinder #3 `G80_MIS_CNT_EMIS_3`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 80 to 95 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Emission-relevant misfires, cylinder #4 `G80_MIS_CNT_EMIS_4`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 96 to 111 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires harmful for catalyst cylinder 1 `G80_MIS_CAT_1`

Service 21PID 1D
Module7E0 → 7E8
Every1 s
Testing

Bits 160 to 175 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires harmful for catalyst cylinder 2 `G80_MIS_CAT_2`

Service 21PID 1D
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 191 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires harmful for catalyst cylinder 3 `G80_MIS_CAT_3`

Service 21PID 1D
Module7E0 → 7E8
Every1 s
Testing

Bits 192 to 207 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires harmful for catalyst cylinder 4 `G80_MIS_CAT_4`

Service 21PID 1D
Module7E0 → 7E8
Every1 s
Testing

Bits 208 to 223 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires total counter, all cylinders `G80_MIS_CNT_ALL`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 432 to 447 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires total counter, cylinder #1 `G80_MIS_CNT_1`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 191 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires total counter, cylinder #2 `G80_MIS_CNT_2`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 192 to 207 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires total counter, cylinder #3 `G80_MIS_CNT_3`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 208 to 223 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires total counter, cylinder #4 `G80_MIS_CNT_4`

Service 21PID 0D
Module7E0 → 7E8
Every1 s
Testing

Bits 224 to 239 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires, cylinder 1 `G80_MIS_1_7E0`

Service 21PID 1D
Module7E0 → 7E8
Every1 s
Testing

Bits 32 to 47 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires, cylinder 2 `G80_MIS_2_7E0`

Service 21PID 1D
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 63 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires, cylinder 3 `G80_MIS_3_7E0`

Service 21PID 1D
Module7E0 → 7E8
Every1 s
Testing

Bits 64 to 79 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Misfires, cylinder 4 `G80_MIS_4_7E0`

Service 21PID 1D
Module7E0 → 7E8
Every1 s
Testing

Bits 80 to 95 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val$
Range: 0 to 65535
Unit: Number

In testing for 2016 to 2026.

Unknown

Engine status byte `G80_E004_BYTE0`

Service 22DID E004
Module7E0 → 7E8
Every5 s
Testing

Bits 0 to 7 of the reply, 8 bits.

Formula: $val$
Range: 0 to 100
Unit: Number

In testing for 2016 to 2026.

Fuel

Fuel consumption since last DPF regeneration `G80_FUEL_CONS_SINCE_DPF`

Service 22DID ED03
Module7E0 → 7E8
Every30 s
Testing

Bits 432 to 439 of the reply, 8 bits.

Formula: $val \times 1.2549$
Range: 0 to 319 L
Unit: L

In testing for 2016 to 2026.

Fuel cut `G80_FUEL_CUT`

Service 21PID 00
Module7E0 → 7E8
Every1 s
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Fuel cut `G80_FUEL_CUT_7E0`

Service 22DID E004
Module7E0 → 7E8
Every5 s
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Fuel injection timing #1 `G80_FUEL_INJECTION_TIMING_1`

Service 21PID 02
Module7E0 → 7E8
Every1 s
Testing

Bits 176 to 191 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val \times 0.8192$
Range: 0 to 53686.272 ms
Unit: ms

In testing for 2016 to 2026.

Fuel injection timing #2 `G80_FUEL_INJECTION_TIMING_2`

Service 21PID 02
Module7E0 → 7E8
Every1 s
Testing

Bits 192 to 207 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val \times 0.8192$
Range: 0 to 53686.272 ms
Unit: ms

In testing for 2016 to 2026.

Fuel injection timing #3 `G80_FUEL_INJECTION_TIMING_3`

Service 21PID 02
Module7E0 → 7E8
Every1 s
Testing

Bits 208 to 223 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val \times 0.8192$
Range: 0 to 53686.272 ms
Unit: ms

In testing for 2016 to 2026.

Fuel injection timing #4 `G80_FUEL_INJECTION_TIMING_4`

Service 21PID 02
Module7E0 → 7E8
Every1 s
Testing

Bits 224 to 239 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val \times 0.8192$
Range: 0 to 53686.272 ms
Unit: ms

In testing for 2016 to 2026.

Fuel level `G80_FLI_VOL`

Pelican can show this parameter as the fuel tank level.

Service 22DID B002
Module7C6 → 7CE
Every5 s
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val}{2}$
Range: 0 to 127.5 L
Unit: L

In testing for 2016 to 2026.

Fuel pressure `G80_FUEL_P`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 32 to 47 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 61}{10000}$
Range: 0 to 399.7635
Unit: Raw value

In testing for 2016 to 2026.

Fuel pressure `G80_FUEL_P_7E0`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 32 to 47 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 53067}{10000}$
Range: 0 to 347774.5845
Unit: Raw value

In testing for 2016 to 2026.

Fuel pressure deviation `G80_FUEL_P_DEV`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 80 to 95 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $\frac{val \times 53067}{10000}$
Range: -173889.9456 to 173884.6389
Unit: Raw value

In testing for 2016 to 2026.

Fuel pressure set point `G80_FUEL_P_SET_POINT`

Service 21PID 23
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 63 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 53067}{10000}$
Range: 0 to 347774.5845
Unit: Raw value

In testing for 2016 to 2026.

Fuel pressure target `G80_FUEL_P_TGT`

Service 22DID E023
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 63 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $\frac{val \times 61}{10000}$
Range: 0 to 399.7635
Unit: Raw value

In testing for 2016 to 2026.

Fuel temperature `G80_FUEL_T`

Service 22DID ED01
Module7E0 → 7E8
Every5 s
Testing

Bits 216 to 223 of the reply, 8 bits.

Formula: $val \times 0.7843 - 50$
Range: -50 to 149.9965 °C
Unit: °C

In testing for 2016 to 2026.

Short term fuel % trim, bank 1 `G80_STFT_B1`

Service 21PID 15
Module7E0 → 7E8
Every1 s
Testing

Bits 80 to 95 of the reply, 16 bits. The bytes are in little-endian order.

Formula: $val \times 0.0030517578 - 100$
Range: 0 to 99.99 %
Unit: %

In testing for 2016 to 2026.

Short term fuel % trim, bank 1 idle `G80_STFT_B1_IDLE`

Service 21PID 15
Module7E0 → 7E8
Every1 s
Testing

Bits 48 to 63 of the reply, 16 bits. The value is signed. The bytes are in little-endian order.

Formula: $val \times 0.046875$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Lights

Brake light `G80_BRAKE_LIGHT`

Service 22DID BC06
Module770 → 778
Every250 ms
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Defog light `G80_DEFOG_LIGHT`

Service 22DID BC07
Module770 → 778
Every5 s
Testing

Bit 47 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Hazard switch `G80_HAZARD_SW`

Service 22DID BC05
Module770 → 778
Every2 s
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Headlight high beam `G80_HL_HIGH`

Service 22DID BC09
Module770 → 778
Every2 s
Testing

Bit 55 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Headlight low beam `G80_HL_LOW`

Service 22DID BC09
Module770 → 778
Every2 s
Testing

Bit 63 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Headlight switch `G80_HL_SW`

Service 22DID BC05
Module770 → 778
Every2 s
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Left turn signal on? `G80_TURN_L`

Service 22DID BC08
Module770 → 778
Every2 s
Testing

Bit 38 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Right turn signal on? `G80_TURN_R`

Service 22DID BC08
Module770 → 778
Every2 s
Testing

Bit 37 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Movement

4WD delta speed between front and rear axle `G80_AWD_AXLE_SPD_DIFF`

Service 22DID 01A3
Module740 → 748
Every250 ms
Testing

Bits 144 to 159 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{16}$
Range: -2048 to 2047.9375 rpm
Unit: rpm

In testing for 2016 to 2026.

Actual acceleration `G80_ACT_ACCEL`

Service 22DID ED04
Module7E0 → 7E8
Every1 s
Testing

Bits 240 to 247 of the reply, 8 bits.

Formula: $\frac{val \times 64}{255}$
Range: 0 to 64 m/s²
Unit: m/s²

In testing for 2016 to 2026.

Average wheel speed `G80_VSS_AVG_V2`

Service 22DID 0104
Module7D1 → 7D9
Every250 ms
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Coolant fan high speed `G80_COOLANT_FAN_HIGH_SPEED`

Service 21PID 00
Module7E0 → 7E8
Every1 s
Testing

Bit 171 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Coolant fan high speed, 1.8 `G80_COOLANT_FAN_HIGH_SPEED_1_8`

Service 21PID 04
Module7E0 → 7E8
Every1 s
Testing

Bit 109 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Coolant fan low speed `G80_COOLANT_FAN_LOW_SPEED`

Service 21PID 00
Module7E0 → 7E8
Every1 s
Testing

Bit 170 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Coolant fan low speed, 1.8 `G80_COOLANT_FAN_LOW_SPEED_1_8`

Service 21PID 04
Module7E0 → 7E8
Every1 s
Testing

Bit 110 of the reply.

Formula: $val$
Range: 0 to 1
Unit: Off or on

In testing for 2016 to 2026.

Engine coolant fan high speed, on/off `G80_ENG_CLT_FAN_HIGH_SPD_OFF`

Service 22DID ED01
Module7E0 → 7E8
Every5 s
Testing

Bits 184 to 191 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Engine coolant fan low speed `G80_ENG_CLT_FAN_LOW_SPD`

Service 22DID ED01
Module7E0 → 7E8
Every5 s
Testing

Bits 176 to 183 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Engine RPM `G80_RPM_7E1`

Pelican can show this parameter as the engine speed.

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 32 to 47 of the reply, 16 bits.

Formula: $\frac{val}{4}$
Range: 0 to 16383.75 rpm
Unit: rpm

In testing for 2016 to 2026.

Front left wheel speed `G80_FL_VSS`

Service 21PID 01
Module7D1 → 7D9
Every250 ms
Testing

Bits 88 to 95 of the reply, 8 bits. The value is signed.

Formula: $val$
Range: -128 to 127 km/h
Unit: km/h

In testing for 2016 to 2026.

Front left wheel speed `G80_TIRE_FL_VSS_V2`

Service 22DID 0104
Module7D1 → 7D9
Every250 ms
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Front left wheel speed `G80_TIRE_FL_VSS_V3`

Service 22DID 4000
Module7D1 → 7D9
Every250 ms
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Front right wheel speed `G80_FR_VSS`

Service 21PID 01
Module7D1 → 7D9
Every250 ms
Testing

Bits 96 to 103 of the reply, 8 bits. The value is signed.

Formula: $val$
Range: -128 to 127 km/h
Unit: km/h

In testing for 2016 to 2026.

Front right wheel speed `G80_TIRE_FR_VSS_V2`

Service 22DID 0104
Module7D1 → 7D9
Every250 ms
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Front right wheel speed `G80_TIRE_FR_VSS_V3`

Service 22DID 4000
Module7D1 → 7D9
Every250 ms
Testing

Bits 56 to 63 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Output speed `G80_OUTPUT_SPD`

Service 21PID A0
Module7E0 → 7E8
Every5 s
Testing

Bits 80 to 95 of the reply, 16 bits.

Formula: $\frac{val}{4}$
Range: 0 to 16383.75 rpm
Unit: rpm

In testing for 2016 to 2026.

Output speed `G80_OUTPUT_SPEED`

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 88 to 103 of the reply, 16 bits.

Formula: $\frac{val}{4}$
Range: 0 to 16383.75 rpm
Unit: rpm

In testing for 2016 to 2026.

Rear left wheel speed `G80_RL_VSS`

Service 21PID 01
Module7D1 → 7D9
Every250 ms
Testing

Bits 104 to 111 of the reply, 8 bits. The value is signed.

Formula: $val$
Range: -128 to 127 km/h
Unit: km/h

In testing for 2016 to 2026.

Rear left wheel speed `G80_TIRE_RL_VSS_V2`

Service 22DID 0104
Module7D1 → 7D9
Every250 ms
Testing

Bits 112 to 119 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Rear left wheel speed `G80_TIRE_RL_VSS_V3`

Service 22DID 4000
Module7D1 → 7D9
Every250 ms
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Rear right wheel speed `G80_RR_VSS`

Service 21PID 01
Module7D1 → 7D9
Every250 ms
Testing

Bits 112 to 119 of the reply, 8 bits. The value is signed.

Formula: $val$
Range: -128 to 127 km/h
Unit: km/h

In testing for 2016 to 2026.

Rear right wheel speed `G80_TIRE_RR_VSS_V2`

Service 22DID 0104
Module7D1 → 7D9
Every250 ms
Testing

Bits 104 to 111 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Rear right wheel speed `G80_TIRE_RR_VSS_V3`

Service 22DID 4000
Module7D1 → 7D9
Every250 ms
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Relative accelerator pedal position `G80_REL_APP`

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $\frac{val \times 100}{255}$
Range: 0 to 100 %
Unit: %

In testing for 2016 to 2026.

Relative accelerator pedal position `G80_RELATIVE_ACCELERATOR_PEDAL_POSITION`

Service 21PID 14
Module7E0 → 7E8
Every250 ms
Testing

Bits 128 to 135 of the reply, 8 bits.

Formula: $val \times 0.390625$
Range: 0 to 99.6 %
Unit: %

In testing for 2016 to 2026.

Traction control switch `G80_TC_SWITCH_V2`

Service 22DID 0104
Module7D1 → 7D9
Every250 ms
Testing

Bit 150 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Turbine speed `G80_TURBINE_SPD`

Service 21PID A0
Module7E0 → 7E8
Every5 s
Testing

Bits 64 to 79 of the reply, 16 bits.

Formula: $\frac{val}{4}$
Range: 0 to 16383.75 rpm
Unit: rpm

In testing for 2016 to 2026.

Turbine speed `G80_TURBINE_SPEED`

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 72 to 87 of the reply, 16 bits.

Formula: $\frac{val}{4}$
Range: 0 to 16383.75 rpm
Unit: rpm

In testing for 2016 to 2026.

Vehicle speed `G80_VSS`

Pelican can show this parameter as the speed.

Service 22DID 0100
Module7B3 → 7BB
Every5 s
Testing

Bits 232 to 239 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Vehicle speed `G80_VSS_7E1`

Pelican can show this parameter as the speed.

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Vehicle speed `G80_VSS_AVG`

Service 21PID 01
Module7D1 → 7D9
Every250 ms
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Vehicle speed `G80_VSS_V3`

Pelican can show this parameter as the speed.

Service 21PID A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 48 to 55 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Vehicle speed, v2 `G80_VSS_V2_7E0`

Pelican can show this parameter as the speed.

Service 21PID 02
Module7E0 → 7E8
Every1 s
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $val \times 1.25$
Range: 0 to 318.75 km/h
Unit: km/h

In testing for 2016 to 2026.

Wheel traction control switch `G80_TC_SWITCH`

Service 21PID 01
Module7D1 → 7D9
Every250 ms
Testing

Bit 150 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Seatbelts

Driver seatbelt latched? `G80_BELT_DRIVER`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 46 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Passenger seatbelt latched? `G80_BELT_PASSENGER`

Service 22DID BC03
Module770 → 778
Every2 s
Testing

Bit 45 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Rear left seatbelt latched? `G80_BELT_RL`

Service 22DID BC04
Module770 → 778
Every2 s
Testing

Bit 53 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Rear middle seatbelt latched? `G80_BELT_RM`

Service 22DID BC04
Module770 → 778
Every2 s
Testing

Bit 52 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Rear right seatbelt latched? `G80_BELT_RR`

Service 22DID BC04
Module770 → 778
Every2 s
Testing

Bit 54 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Tires

4WD steering wheel angle `G80_AWD_STEER_WHL_ANG`

Service 22DID 01A1
Module740 → 748
Every250 ms
Testing

Bits 184 to 199 of the reply, 16 bits. The value is signed.

Formula: $\frac{val}{8}$
Range: -4096 to 4095.875 °
Unit: °

In testing for 2016 to 2026.

Front left tire pressure `G80_FL_TP`

Pelican can show this parameter as the front left tire pressure.

Service 21PID 06
Module7D6 → 7DE
Every15 s
Testing

Bits 0 to 7 of the reply, 8 bits.

Formula: $val \times 0.01378952$
Range: 0 to 3.51 bar
Unit: bar

In testing for 2016 to 2026.

Front left tire temperature `G80_FL_TT`

Pelican can show this parameter as the front left tire temperature.

Service 21PID 06
Module7D6 → 7DE
Every15 s
Testing

Bits 8 to 15 of the reply, 8 bits.

Formula: $val - 50$
Range: -50 to 205 °C
Unit: °C

In testing for 2016 to 2026.

Front left wheel speed `G80_FL_WHEEL_VSS`

Service 22DID C101
Module7D1 → 7D9
Every250 ms
Testing

Bits 88 to 95 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Front right tire pressure `G80_FR_TP`

Pelican can show this parameter as the front right tire pressure.

Service 21PID 06
Module7D6 → 7DE
Every15 s
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $val \times 0.01378952$
Range: 0 to 3.51 bar
Unit: bar

In testing for 2016 to 2026.

Front right tire temperature `G80_FR_TT`

Pelican can show this parameter as the front right tire temperature.

Service 21PID 06
Module7D6 → 7DE
Every15 s
Testing

Bits 40 to 47 of the reply, 8 bits.

Formula: $val - 50$
Range: -50 to 205 °C
Unit: °C

In testing for 2016 to 2026.

Front right wheel speed `G80_FR_WHEEL_VSS`

Service 22DID C101
Module7D1 → 7D9
Every250 ms
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Rear left tire pressure `G80_RL_TP`

Pelican can show this parameter as the rear left tire pressure.

Service 21PID 06
Module7D6 → 7DE
Every15 s
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $val \times 0.01378952$
Range: 0 to 3.51 bar
Unit: bar

In testing for 2016 to 2026.

Rear left tire temperature `G80_RL_TT`

Pelican can show this parameter as the rear left tire temperature.

Service 21PID 06
Module7D6 → 7DE
Every15 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $val - 50$
Range: -50 to 205 °C
Unit: °C

In testing for 2016 to 2026.

Rear left wheel speed `G80_RL_WHEEL_VSS`

Service 22DID C101
Module7D1 → 7D9
Every250 ms
Testing

Bits 104 to 111 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Rear right tire pressure `G80_RR_TP`

Pelican can show this parameter as the rear right tire pressure.

Service 21PID 06
Module7D6 → 7DE
Every15 s
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $val \times 0.01378952$
Range: 0 to 3.51 bar
Unit: bar

In testing for 2016 to 2026.

Rear right tire temperature `G80_RR_TT`

Pelican can show this parameter as the rear right tire temperature.

Service 21PID 06
Module7D6 → 7DE
Every15 s
Testing

Bits 104 to 111 of the reply, 8 bits.

Formula: $val - 50$
Range: -50 to 205 °C
Unit: °C

In testing for 2016 to 2026.

Rear right wheel speed `G80_RR_WHEEL_VSS`

Service 22DID C101
Module7D1 → 7D9
Every250 ms
Testing

Bits 112 to 119 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255 km/h
Unit: km/h

In testing for 2016 to 2026.

Tire pressure front left `G80_TP_FL`

Pelican can show this parameter as the front left tire pressure.

Service 22DID C00B
Module7A0 → 7A8
Every15 s
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $\frac{val}{5}$
Range: 0 to 51 psi
Unit: psi

In testing for 2016 to 2026.

Tire pressure front right `G80_TP_FR`

Pelican can show this parameter as the front right tire pressure.

Service 22DID C00B
Module7A0 → 7A8
Every15 s
Testing

Bits 64 to 71 of the reply, 8 bits.

Formula: $\frac{val}{5}$
Range: 0 to 51 psi
Unit: psi

In testing for 2016 to 2026.

Tire pressure rear left `G80_TP_RL`

Pelican can show this parameter as the rear left tire pressure.

Service 22DID C00B
Module7A0 → 7A8
Every15 s
Testing

Bits 128 to 135 of the reply, 8 bits.

Formula: $\frac{val}{5}$
Range: 0 to 51 psi
Unit: psi

In testing for 2016 to 2026.

Tire pressure rear right `G80_TP_RR`

Pelican can show this parameter as the rear right tire pressure.

Service 22DID C00B
Module7A0 → 7A8
Every15 s
Testing

Bits 96 to 103 of the reply, 8 bits.

Formula: $\frac{val}{5}$
Range: 0 to 51 psi
Unit: psi

In testing for 2016 to 2026.

Tire temperature front left `G80_TT_FL`

Pelican can show this parameter as the front left tire temperature.

Service 22DID C00B
Module7A0 → 7A8
Every15 s
Testing

Bits 40 to 47 of the reply, 8 bits.

Formula: $val - 50$
Range: -50 to 205 °C
Unit: °C

In testing for 2016 to 2026.

Tire temperature front right `G80_TT_FR`

Pelican can show this parameter as the front right tire temperature.

Service 22DID C00B
Module7A0 → 7A8
Every15 s
Testing

Bits 72 to 79 of the reply, 8 bits.

Formula: $val - 50$
Range: -50 to 205 °C
Unit: °C

In testing for 2016 to 2026.

Tire temperature rear left `G80_TT_RL`

Pelican can show this parameter as the rear left tire temperature.

Service 22DID C00B
Module7A0 → 7A8
Every15 s
Testing

Bits 136 to 143 of the reply, 8 bits.

Formula: $val - 50$
Range: -50 to 205 °C
Unit: °C

In testing for 2016 to 2026.

Tire temperature rear right `G80_TT_RR`

Pelican can show this parameter as the rear right tire temperature.

Service 22DID C00B
Module7A0 → 7A8
Every15 s
Testing

Bits 104 to 111 of the reply, 8 bits.

Formula: $val - 50$
Range: -50 to 205 °C
Unit: °C

In testing for 2016 to 2026.

Transmission

Automatic transmission fluid temperature `G80_ATF_T`

Pelican can show this parameter as the transmission fluid temperature.

Service 21PID A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 104 to 111 of the reply, 8 bits.

Formula: $val - 40$
Range: -40 to 215 °C
Unit: °C

In testing for 2016 to 2026.

Clutch #1 temperature `G80_CLUTCH_1_T`

Part of the dual clutch transition

Service 22DID 01A4
Module7E1 → 7E9
Every250 ms
Testing

Bits 232 to 247 of the reply, 16 bits.

Formula: $val \times 2 - 40$
Range: -40 to 300 °C
Unit: °C

In testing for 2016 to 2026.

Clutch #2 temperature `G80_CLUTCH_2_T`

Part of the dual clutch transition

Service 22DID 01A4
Module7E1 → 7E9
Every250 ms
Testing

Bits 248 to 263 of the reply, 16 bits.

Formula: $val \times 2 - 40$
Range: -40 to 300 °C
Unit: °C

In testing for 2016 to 2026.

Commanded gear `G80_COMMANDED_GEAR`

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 176 to 183 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Current gear `G80_CURRENT_GEAR`

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 168 to 175 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Current gear `G80_CURRENT_GEAR_7E1_2`

Service 21PID A1
Module7E1 → 7E9
Every250 ms
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Current gear `G80_GEAR`

The automatic transmission gear.

Service 21PID A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 152 to 159 of the reply, 8 bits.

Unit: Named states

States
Raw value	State	Meaning
`1`	`NEUTRAL`	Neutral
`2`	`REVERSE`	Reverse
`3`	`PARK`	Park
`4`	`MANUAL`	Manual

In testing for 2016 to 2026.

Current gear `G80_GEAR_CUR`

Service 22DID 01A4
Module7E1 → 7E9
Every250 ms
Testing

Bits 188 to 191 of the reply, 4 bits.

Formula: $val$
Range: 0 to 15
Unit: Number

In testing for 2016 to 2026.

Dual-clutch transmission even shaft, gear engaged `G80_DUAL_CLU_TRANS_EVEN`

Service 22DID 01A5
Module7E1 → 7E9
Every5 s
Testing

Bits 40 to 47 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Dual-clutch transmission odd shaft, gear engaged `G80_DUAL_CLU_TRANS_ODD`

Service 22DID 01A5
Module7E1 → 7E9
Every5 s
Testing

Bits 32 to 39 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Gear `G80_GEAR_7E0`

Service 22DID ED05
Module7E0 → 7E8
Every250 ms
Testing

Bits 176 to 183 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Gear selector `G80_GEAR_7E1`

Service 22DID 01A0
Module7E1 → 7E9
Every250 ms
Testing

Bits 160 to 167 of the reply, 8 bits.

Formula: $val$
Range: 0 to 255
Unit: Number

In testing for 2016 to 2026.

Next gear `G80_GEAR_NXT`

Service 22DID 01A4
Module7E1 → 7E9
Every250 ms
Testing

Bits 196 to 199 of the reply, 4 bits.

Formula: $val$
Range: 0 to 15
Unit: Number

In testing for 2016 to 2026.

Reverse gear selected `G80_REVERSE_GEAR`

Service 22DID BC04
Module770 → 778
Every2 s
Testing

Bit 35 of the reply.

Formula: $val$
Range: 0 to 1
Unit: No or yes

In testing for 2016 to 2026.

Transmission fluid temperature `G80_ATF_TEMP`

Pelican can show this parameter as the transmission fluid temperature.

Service 22DID 21A0
Module7E0 → 7E8
Every10 s
Testing

Bits 16 to 23 of the reply, 8 bits.

Formula: $\frac{val \times 9}{5} - 40$
Range: 0 to 255 °F
Unit: °F

In testing for 2016 to 2026.

Trips

Diesel particulate filter distance since last regeneration `G80_DPF_DIST_SINCE_REGEN`

Service 22DID ED03
Module7E0 → 7E8
Every30 s
Testing

Bits 360 to 391 of the reply, 32 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 4294967 km
Unit: km

In testing for 2016 to 2026.

Diesel particulate filter odometer at last regeneration `G80_DPF_ODO_LAST_REGEN`

Service 22DID ED03
Module7E0 → 7E8
Every30 s
Testing

Bits 328 to 359 of the reply, 32 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 4294967 km
Unit: km

In testing for 2016 to 2026.

Distance since last DPF regeneration `G80_DISTANCE_SINCE_LAST_DPF_REGEN`

Service 21PID 03
Module7E0 → 7E8
Every5 s
Testing

Bits 424 to 455 of the reply, 32 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 4294967 km
Unit: km

In testing for 2016 to 2026.

Odometer `G80_ODO`

Pelican can show this parameter as the odometer.

Service 21PID 03
Module7E0 → 7E8
Every5 s
Testing

Bits 456 to 487 of the reply, 32 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 4294967 km
Unit: km

In testing for 2016 to 2026.

Odometer `G80_ODO_7E0`

Service 22DID ED03
Module7E0 → 7E8
Every30 s
Testing

Bits 392 to 423 of the reply, 32 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 4294967 km
Unit: km

In testing for 2016 to 2026.

Odometer at last DPF regeneration `G80_ODO_LAST_DPF_REGEN`

Service 21PID 03
Module7E0 → 7E8
Every5 s
Testing

Bits 392 to 423 of the reply, 32 bits.

Formula: $\frac{val}{1000}$
Range: 0 to 4294967 km
Unit: km

In testing for 2016 to 2026.

Odometer, imperial `G80_ODO_MI`

Pelican can show this parameter as the odometer.

Service 22DID B002
Module7C6 → 7CE
Every5 s
Testing

Bits 72 to 95 of the reply, 24 bits.

Formula: $val$
Range: 0 to 16777215 mi
Unit: mi

In testing for 2016 to 2026.

Odometer, metric `G80_ODO_KM`

Pelican can show this parameter as the odometer.

Service 22DID B002
Module7C6 → 7CE
Every5 s
Testing

Bits 48 to 71 of the reply, 24 bits.

Formula: $val$
Range: 0 to 16777215 km
Unit: km

In testing for 2016 to 2026.

Sensor #1 odometer event #1 `G80_SENS_1_ODO_EVT_1`

Service 22DID C00C
Module7A0 → 7A8
Every30 s
Testing

Bits 272 to 295 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #1 odometer event #2 `G80_SENS_1_ODO_EVT_2`

Service 22DID C00C
Module7A0 → 7A8
Every30 s
Testing

Bits 296 to 319 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #1 odometer event #3 `G80_SENS_1_ODO_EVT_3`

Service 22DID C00C
Module7A0 → 7A8
Every30 s
Testing

Bits 320 to 343 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #2 odometer event #1 `G80_SENS_2_ODO_EVT_1`

Service 22DID C00D
Module7A0 → 7A8
Every30 s
Testing

Bits 272 to 295 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #2 odometer event #2 `G80_SENS_2_ODO_EVT_2`

Service 22DID C00D
Module7A0 → 7A8
Every30 s
Testing

Bits 296 to 319 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #2 odometer event #3 `G80_SENS_2_ODO_EVT_3`

Service 22DID C00D
Module7A0 → 7A8
Every30 s
Testing

Bits 320 to 343 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #3 odometer event #1 `G80_SENS_3_ODO_EVT_1`

Service 22DID C00E
Module7A0 → 7A8
Every30 s
Testing

Bits 272 to 295 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #3 odometer event #2 `G80_SENS_3_ODO_EVT_2`

Service 22DID C00E
Module7A0 → 7A8
Every30 s
Testing

Bits 296 to 319 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #3 odometer event #3 `G80_SENS_3_ODO_EVT_3`

Service 22DID C00E
Module7A0 → 7A8
Every30 s
Testing

Bits 320 to 343 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #4 odometer event #1 `G80_SENS_4_ODO_EVT_1`

Service 22DID C00F
Module7A0 → 7A8
Every30 s
Testing

Bits 272 to 295 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #4 odometer event #2 `G80_SENS_4_ODO_EVT_2`

Service 22DID C00F
Module7A0 → 7A8
Every30 s
Testing

Bits 296 to 319 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Sensor #4 odometer event #3 `G80_SENS_4_ODO_EVT_3`

Service 22DID C00F
Module7A0 → 7A8
Every30 s
Testing

Bits 320 to 343 of the reply, 24 bits.

Formula: $\frac{val}{10}$
Range: 0 to 1677721.5 km
Unit: km

In testing for 2016 to 2026.

Parameters

Battery

12V battery state of charge G80_BATTERY_SOC

Battery capacity, battery sensor G80_BAT_CAP_BATSENS

Battery charge flag, battery sensor G80_BAT_CHG_FLAG_BATSENS

Battery current G80_BAT_CURRENT

Battery current, battery sensor G80_BAT_CURRENT_BATSENS

Battery health aging flag, battery sensor G80_BAT_HEALTH_AGING

Battery is in use to crank the engine flag, battery sensor G80_BAT_CRANK_ENG_FLAG

Battery quiescent current flag, battery sensor G80_BAT_QUIESCENT

Battery sensor invalid condition flag, battery sensor G80_BATSENS_INVALID_COND

Battery state of charge, battery sensor G80_BAT_ST_CHG_BATSENS

Battery state of function, battery sensor G80_BAT_ST_FUNCTION

Battery state of health, battery sensor G80_BAT_ST_HEALTH

Battery temperature G80_BAT_T

Battery temperature, battery sensor G80_BAT_T_BATSENS

Battery voltage G80_BAT_V

Battery voltage G80_BATTERY_V

Battery voltage after ignition G80_BATTERY_V_AFTER_IGNITION

Battery voltage, battery sensor G80_BAT_V_BATSENS

Relative accelerator pedal position voltage G80_RELATIVE_ACCELERATOR_PEDAL_POSITION_VOLTAGE

Response error from battery sensor flag, battery sensor G80_RESPONSE_ERROR

Throttle position sensor voltage #1 G80_THROTTLE_POSITION_SENSOR_VOLTAGE__1

Throttle position sensor voltage #2 G80_THROTTLE_POSITION_SENSOR_VOLTAGE__2

Waste gate voltage G80_WASTE_GATE_V

Wastegate position voltage G80_WASTEGATE_POS_V

Climate

Defogging? G80_DEFOG_SW

Evaporator temperature G80_HVAC_EVAPORATOR_T

Exterior temperature G80_TEMP_EXT

Humidity sensor for automatic defogger G80_HVAC_DEFOG_HUMIDITY

Interior temperature G80_TEMP_INT

Interior temperature, passenger legs vent G80_HVAC_IAT_PASSENGER_LEGS_VENT

Interior temperature, passenger vent G80_HVAC_IAT_PASSENGER_VENT

Control

Brake pedal G80_BRAKE_PEDAL

Brake pressure G80_BRAKE_P

Brake pressure G80_BRAKE_P_V2

Handbrake engaged? G80_HANDBRAKE

Steering wheel angle G80_STEER_ANGLE

Steering wheel angle G80_STEER_ANGLE_V2

Steering wheel angle G80_STEER_ANGLE_V3

Doors

Front left door locked? G80_LOCK_FL

Front left door open? G80_DOOR_FL

Front right door locked? G80_LOCK_FR

Front right door open? G80_DOOR_FR

Hood latched? G80_HOOD

Rear left door open? G80_DOOR_RL

Rear right door open? G80_DOOR_RR

Trunk open? G80_TRUNK

Electrical

Cluster voltage G80_CLUSTER_VOLTAGE

Engine

4WD clutch duty G80_AWD_CLU_DUTY

4WD clutch pressure G80_AWD_CLU_P

4WD clutch stress G80_AWD_CLU_STRESS

4WD clutch torque G80_AWD_CLU_TQ

4WD front axle ratio G80_AWD_FRONT_AXLE_RAT

Adaptation value for lower stop of wastegate actuator G80_ADPT_LO_STOP

Air conditioning pressure G80_AC_P

Air conditioning relay G80_AC_RELAY

Automatic transmission fluid temperature G80_ATF_T_7E1

Barometric pressure G80_BAROMETRIC_PRESSURE

Boost pressure upstream G80_BOOST_P_UP

Boost pressure upstream, desired G80_BOOST_P_UP_DES

Calculated oil temperature G80_CALC_OIL_T

Catalyst damaging misfires total all cylinders G80_CATALYST_DAMAGING_MISFIRES_TOTAL_ALL_CYLINDERS

Catalyst damaging misfires total all cylinders G80_CATDMG_MIS_TOT_ALL

Catalyst damaging misfires total, cylinder 1 G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C1

Catalyst damaging misfires total, cylinder 1 G80_CATDMG_MIS_TOT_1

Catalyst damaging misfires total, cylinder 1 G80_CATDMG_MIS_TOT_1_7E0

Catalyst damaging misfires total, cylinder 2 G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C2

Catalyst damaging misfires total, cylinder 2 G80_CATDMG_MIS_TOT_2

Catalyst damaging misfires total, cylinder 2 G80_CATDMG_MIS_TOT_2_7E0

Catalyst damaging misfires total, cylinder 3 G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C3

Catalyst damaging misfires total, cylinder 3 G80_CATDMG_MIS_TOT_3

Catalyst damaging misfires total, cylinder 3 G80_CATDMG_MIS_TOT_3_7E0

Catalyst damaging misfires total, cylinder 4 G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C4

Catalyst damaging misfires total, cylinder 4 G80_CATDMG_MIS_TOT_4

12V battery state of charge `G80_BATTERY_SOC`

Battery capacity, battery sensor `G80_BAT_CAP_BATSENS`

Battery charge flag, battery sensor `G80_BAT_CHG_FLAG_BATSENS`

Battery current `G80_BAT_CURRENT`

Battery current, battery sensor `G80_BAT_CURRENT_BATSENS`

Battery health aging flag, battery sensor `G80_BAT_HEALTH_AGING`

Battery is in use to crank the engine flag, battery sensor `G80_BAT_CRANK_ENG_FLAG`

Battery quiescent current flag, battery sensor `G80_BAT_QUIESCENT`

Battery sensor invalid condition flag, battery sensor `G80_BATSENS_INVALID_COND`

Battery state of charge, battery sensor `G80_BAT_ST_CHG_BATSENS`

Battery state of function, battery sensor `G80_BAT_ST_FUNCTION`

Battery state of health, battery sensor `G80_BAT_ST_HEALTH`

Battery temperature `G80_BAT_T`

Battery temperature, battery sensor `G80_BAT_T_BATSENS`

Battery voltage `G80_BAT_V`

Battery voltage `G80_BATTERY_V`

Battery voltage after ignition `G80_BATTERY_V_AFTER_IGNITION`

Battery voltage, battery sensor `G80_BAT_V_BATSENS`

Relative accelerator pedal position voltage `G80_RELATIVE_ACCELERATOR_PEDAL_POSITION_VOLTAGE`

Response error from battery sensor flag, battery sensor `G80_RESPONSE_ERROR`

Throttle position sensor voltage #1 `G80_THROTTLE_POSITION_SENSOR_VOLTAGE__1`

Throttle position sensor voltage #2 `G80_THROTTLE_POSITION_SENSOR_VOLTAGE__2`

Waste gate voltage `G80_WASTE_GATE_V`

Wastegate position voltage `G80_WASTEGATE_POS_V`

Defogging? `G80_DEFOG_SW`

Evaporator temperature `G80_HVAC_EVAPORATOR_T`

Exterior temperature `G80_TEMP_EXT`

Humidity sensor for automatic defogger `G80_HVAC_DEFOG_HUMIDITY`

Interior temperature `G80_TEMP_INT`

Interior temperature, passenger legs vent `G80_HVAC_IAT_PASSENGER_LEGS_VENT`

Interior temperature, passenger vent `G80_HVAC_IAT_PASSENGER_VENT`

Brake pedal `G80_BRAKE_PEDAL`

Brake pressure `G80_BRAKE_P`

Brake pressure `G80_BRAKE_P_V2`

Handbrake engaged? `G80_HANDBRAKE`

Steering wheel angle `G80_STEER_ANGLE`

Steering wheel angle `G80_STEER_ANGLE_V2`

Steering wheel angle `G80_STEER_ANGLE_V3`

Front left door locked? `G80_LOCK_FL`

Front left door open? `G80_DOOR_FL`

Front right door locked? `G80_LOCK_FR`

Front right door open? `G80_DOOR_FR`

Hood latched? `G80_HOOD`

Rear left door open? `G80_DOOR_RL`

Rear right door open? `G80_DOOR_RR`

Trunk open? `G80_TRUNK`

Cluster voltage `G80_CLUSTER_VOLTAGE`

4WD clutch duty `G80_AWD_CLU_DUTY`

4WD clutch pressure `G80_AWD_CLU_P`

4WD clutch stress `G80_AWD_CLU_STRESS`

4WD clutch torque `G80_AWD_CLU_TQ`

4WD front axle ratio `G80_AWD_FRONT_AXLE_RAT`

Adaptation value for lower stop of wastegate actuator `G80_ADPT_LO_STOP`

Air conditioning pressure `G80_AC_P`

Air conditioning relay `G80_AC_RELAY`

Automatic transmission fluid temperature `G80_ATF_T_7E1`

Barometric pressure `G80_BAROMETRIC_PRESSURE`

Boost pressure upstream `G80_BOOST_P_UP`

Boost pressure upstream, desired `G80_BOOST_P_UP_DES`

Calculated oil temperature `G80_CALC_OIL_T`

Catalyst damaging misfires total all cylinders `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_ALL_CYLINDERS`

Catalyst damaging misfires total all cylinders `G80_CATDMG_MIS_TOT_ALL`

Catalyst damaging misfires total, cylinder 1 `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C1`

Catalyst damaging misfires total, cylinder 1 `G80_CATDMG_MIS_TOT_1`

Catalyst damaging misfires total, cylinder 1 `G80_CATDMG_MIS_TOT_1_7E0`

Catalyst damaging misfires total, cylinder 2 `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C2`

Catalyst damaging misfires total, cylinder 2 `G80_CATDMG_MIS_TOT_2`

Catalyst damaging misfires total, cylinder 2 `G80_CATDMG_MIS_TOT_2_7E0`

Catalyst damaging misfires total, cylinder 3 `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C3`

Catalyst damaging misfires total, cylinder 3 `G80_CATDMG_MIS_TOT_3`

Catalyst damaging misfires total, cylinder 3 `G80_CATDMG_MIS_TOT_3_7E0`

Catalyst damaging misfires total, cylinder 4 `G80_CATALYST_DAMAGING_MISFIRES_TOTAL_C4`

Catalyst damaging misfires total, cylinder 4 `G80_CATDMG_MIS_TOT_4`

Catalyst damaging misfires total, cylinder 4 `G80_CATDMG_MIS_TOT_4_7E0`

Catalyst damaging misfires total, cylinder 5 `G80_CATDMG_MIS_TOT_5`

Catalyst damaging misfires total, cylinder 6 `G80_CATDMG_MIS_TOT_6`

Commanded evaporative purge `G80_COMMANDED_EVAPORATIVE_PURGE`

Commanded throttle actuator `G80_COMMANDED_THROTTLE_ACTUATOR`

Coolant `G80_COOLANT_FAN`

Coolant fan PWM `G80_CLT_FAN_PWM`