Code
C0075
Generic
C — Chassis
Brake Pedal Position Performance
AI status
Completed
Completed
100%
Causes
- Failed or degraded brake pedal position (BPP) sensor
- Damaged wiring or poor connector pins at the sensor or ABS/BCM module
- Corrosion, contamination or water intrusion at the connector
- Sensor misalignment, binding or mechanical wear at the pedal pivot
- Incorrect calibration or programming after part replacement
- Low or unstable battery/vehicle voltage affecting sensor output
Symptoms
- Illuminated ABS/brake warning lamp or traction control light
- Cruise control disabled or fails to engage
- Brake lamp behavior might be abnormal (stuck on or not working) depending on vehicle
- Loss of some braking-related features (hill hold, auto hold, regenerative braking limits)
- Possible inconsistent pedal feel or unexpected brake system behaviour reported by ABS system
- Stored fault and diagnostic trouble code(s); may be intermittent
What to check
- Read codes and freeze-frame data with a capable scan tool; record live BPP sensor values while operating pedal
- Check for related codes (communication, brake switch, ABS faults) that narrow scope
- Visually inspect sensor, pedal pivot, harness and connectors for damage, corrosion, moisture or looseness
- Wiggle test wiring and connectors while watching live data for intermittent changes
- Measure reference voltage, ground and signal at the sensor connector with a multimeter/oscilloscope
- Verify battery voltage is stable and within specification during test
Signal parameters
- Typical BPP sensor is analog 0–5 V (varies by vehicle) — expect a stable voltage that changes smoothly with pedal travel (common ranges ~0.5–4.5 V)
- Some vehicles use two sensors (redundant) — compare both channels for agreement
- Other systems use a digital/PWM or CAN message; expected behavior is a stable duty cycle or consistent CAN data stream
- Look for noise, jumps, or dropout in the signal; intermittent open/short will produce spikes or sudden level changes
- Reference (5 V) and ground should be stable; reference should not sag below ~4.5 V under test conditions
Diagnostic algorithm
- Retrieve stored codes and freeze-frame; note conditions when fault set (engine on/off, pedal position).
- Clear codes and attempt to reproduce while monitoring live BPP signal(s). Record behavior.
- Perform visual inspection of pedal assembly, sensor mounting and wiring harness for damage or contamination.
- With key on (engine off) measure sensor connector pins: reference voltage, ground continuity, and signal voltage at rest and while moving pedal. Compare to specification or typical ranges.
- Wiggle harness and connector while observing live data to locate intermittent wiring faults.
- If vehicle has dual sensors, compare both outputs; if one is out of tolerance, suspect that sensor.
- If signal is noisy, use oscilloscope to view waveform for noise, intermittent swaps to ground/voltage or missing pulses.
- Repair wiring/connectors or replace sensor as indicated. If sensor replaced, perform any required calibration/programming per service manual.
- After repair, clear codes and road test to confirm fault does not return and that pedal behavior and related systems operate normally.
- If fault persists after checks and repairs, investigate control module internal fault or software update options; consult manufacturer service information.
Likely causes
- Internal sensor electronics have failed causing jittering/incorrect voltages
- Broken/frayed wire in harness between pedal and control module (intermittent when pedal moved)
- Connector mate is loose or a pin is pushed out/corroded
- Sensor not seated correctly after service or replaced without coding/calibration
- Ground or reference voltage fault (poor ground or 5 V reference failure)
- Short to voltage or short to ground on the sensor signal circuit
Fault status
Status
Brake Pedal Position Performance fault stored by ABS/brake control module. Indicates BPP sensor signal is out of expected performance parameters (intermittent, implausible, or out-of-range). Service action: inspect sensor, wiring/connectors, measure signal and repair or replace components as required.
Repair difficulty: Medium
Diagnostic time: 0.5-3.0 hours
Similar codes
Repair manuals
Brands with available manuals
8,925
The library contains 8,925 repair and diagnostic manuals. Choose a brand to open the full manual tree by year, model and trim.
Your experience will help others
+100 karma for a short comment :)
Was this AI description helpful?
Your feedback helps improve AI descriptions.
👍 Like
0
👎 Dislike
0
Send to email
Code
C0075
HUMMER
C — Chassis
Right Front ABS Solenoid #2 Circuit Malfunction
AI status
Completed
Completed
100%
Causes
- Failed or degraded brake pedal position (BPP) sensor
- Damaged wiring or poor connector pins at the sensor or ABS/BCM module
- Corrosion, contamination or water intrusion at the connector
- Sensor misalignment, binding or mechanical wear at the pedal pivot
- Incorrect calibration or programming after part replacement
- Low or unstable battery/vehicle voltage affecting sensor output
Symptoms
- Illuminated ABS/brake warning lamp or traction control light
- Cruise control disabled or fails to engage
- Brake lamp behavior might be abnormal (stuck on or not working) depending on vehicle
- Loss of some braking-related features (hill hold, auto hold, regenerative braking limits)
- Possible inconsistent pedal feel or unexpected brake system behaviour reported by ABS system
- Stored fault and diagnostic trouble code(s); may be intermittent
What to check
- Read codes and freeze-frame data with a capable scan tool; record live BPP sensor values while operating pedal
- Check for related codes (communication, brake switch, ABS faults) that narrow scope
- Visually inspect sensor, pedal pivot, harness and connectors for damage, corrosion, moisture or looseness
- Wiggle test wiring and connectors while watching live data for intermittent changes
- Measure reference voltage, ground and signal at the sensor connector with a multimeter/oscilloscope
- Verify battery voltage is stable and within specification during test
Signal parameters
- Typical BPP sensor is analog 0–5 V (varies by vehicle) — expect a stable voltage that changes smoothly with pedal travel (common ranges ~0.5–4.5 V)
- Some vehicles use two sensors (redundant) — compare both channels for agreement
- Other systems use a digital/PWM or CAN message; expected behavior is a stable duty cycle or consistent CAN data stream
- Look for noise, jumps, or dropout in the signal; intermittent open/short will produce spikes or sudden level changes
- Reference (5 V) and ground should be stable; reference should not sag below ~4.5 V under test conditions
Diagnostic algorithm
- Retrieve stored codes and freeze-frame; note conditions when fault set (engine on/off, pedal position).
- Clear codes and attempt to reproduce while monitoring live BPP signal(s). Record behavior.
- Perform visual inspection of pedal assembly, sensor mounting and wiring harness for damage or contamination.
- With key on (engine off) measure sensor connector pins: reference voltage, ground continuity, and signal voltage at rest and while moving pedal. Compare to specification or typical ranges.
- Wiggle harness and connector while observing live data to locate intermittent wiring faults.
- If vehicle has dual sensors, compare both outputs; if one is out of tolerance, suspect that sensor.
- If signal is noisy, use oscilloscope to view waveform for noise, intermittent swaps to ground/voltage or missing pulses.
- Repair wiring/connectors or replace sensor as indicated. If sensor replaced, perform any required calibration/programming per service manual.
- After repair, clear codes and road test to confirm fault does not return and that pedal behavior and related systems operate normally.
- If fault persists after checks and repairs, investigate control module internal fault or software update options; consult manufacturer service information.
Likely causes
- Internal sensor electronics have failed causing jittering/incorrect voltages
- Broken/frayed wire in harness between pedal and control module (intermittent when pedal moved)
- Connector mate is loose or a pin is pushed out/corroded
- Sensor not seated correctly after service or replaced without coding/calibration
- Ground or reference voltage fault (poor ground or 5 V reference failure)
- Short to voltage or short to ground on the sensor signal circuit
Fault status
Status
Brake Pedal Position Performance fault stored by ABS/brake control module. Indicates BPP sensor signal is out of expected performance parameters (intermittent, implausible, or out-of-range). Service action: inspect sensor, wiring/connectors, measure signal and repair or replace components as required.
Repair difficulty: Medium
Diagnostic time: 0.5-3.0 hours
Similar codes
Repair manuals
Manual library for HUMMER
138
Browse 138 HUMMER manuals: repair procedures, diagnostics, wiring diagrams, component locations, service data and Labor Times by year, model and trim.
HUMMER
-
HUMMER: 2009
-
HUMMER: 2008
-
HUMMER: 2007
-
HUMMER: 2005
-
HUMMER: 2004
-
HUMMER: 2000
-
HUMMER: 1999
-
HUMMER: 1994
-
HUMMER: 1993
Your experience will help others
+100 karma for a short comment :)
Was this AI description helpful?
Your feedback helps improve AI descriptions.
👍 Like
0
👎 Dislike
0
Send to email
Code
C0075
HYUNDAI
C — Chassis
Front-RH ABS Solenoid or Motor #2 Circuit Malfunction (Inlet valve)
AI status
Completed
Completed
100%
Causes
- Failed or degraded brake pedal position (BPP) sensor
- Damaged wiring or poor connector pins at the sensor or ABS/BCM module
- Corrosion, contamination or water intrusion at the connector
- Sensor misalignment, binding or mechanical wear at the pedal pivot
- Incorrect calibration or programming after part replacement
- Low or unstable battery/vehicle voltage affecting sensor output
Symptoms
- Illuminated ABS/brake warning lamp or traction control light
- Cruise control disabled or fails to engage
- Brake lamp behavior might be abnormal (stuck on or not working) depending on vehicle
- Loss of some braking-related features (hill hold, auto hold, regenerative braking limits)
- Possible inconsistent pedal feel or unexpected brake system behaviour reported by ABS system
- Stored fault and diagnostic trouble code(s); may be intermittent
What to check
- Read codes and freeze-frame data with a capable scan tool; record live BPP sensor values while operating pedal
- Check for related codes (communication, brake switch, ABS faults) that narrow scope
- Visually inspect sensor, pedal pivot, harness and connectors for damage, corrosion, moisture or looseness
- Wiggle test wiring and connectors while watching live data for intermittent changes
- Measure reference voltage, ground and signal at the sensor connector with a multimeter/oscilloscope
- Verify battery voltage is stable and within specification during test
Signal parameters
- Typical BPP sensor is analog 0–5 V (varies by vehicle) — expect a stable voltage that changes smoothly with pedal travel (common ranges ~0.5–4.5 V)
- Some vehicles use two sensors (redundant) — compare both channels for agreement
- Other systems use a digital/PWM or CAN message; expected behavior is a stable duty cycle or consistent CAN data stream
- Look for noise, jumps, or dropout in the signal; intermittent open/short will produce spikes or sudden level changes
- Reference (5 V) and ground should be stable; reference should not sag below ~4.5 V under test conditions
Diagnostic algorithm
- Retrieve stored codes and freeze-frame; note conditions when fault set (engine on/off, pedal position).
- Clear codes and attempt to reproduce while monitoring live BPP signal(s). Record behavior.
- Perform visual inspection of pedal assembly, sensor mounting and wiring harness for damage or contamination.
- With key on (engine off) measure sensor connector pins: reference voltage, ground continuity, and signal voltage at rest and while moving pedal. Compare to specification or typical ranges.
- Wiggle harness and connector while observing live data to locate intermittent wiring faults.
- If vehicle has dual sensors, compare both outputs; if one is out of tolerance, suspect that sensor.
- If signal is noisy, use oscilloscope to view waveform for noise, intermittent swaps to ground/voltage or missing pulses.
- Repair wiring/connectors or replace sensor as indicated. If sensor replaced, perform any required calibration/programming per service manual.
- After repair, clear codes and road test to confirm fault does not return and that pedal behavior and related systems operate normally.
- If fault persists after checks and repairs, investigate control module internal fault or software update options; consult manufacturer service information.
Likely causes
- Internal sensor electronics have failed causing jittering/incorrect voltages
- Broken/frayed wire in harness between pedal and control module (intermittent when pedal moved)
- Connector mate is loose or a pin is pushed out/corroded
- Sensor not seated correctly after service or replaced without coding/calibration
- Ground or reference voltage fault (poor ground or 5 V reference failure)
- Short to voltage or short to ground on the sensor signal circuit
Fault status
Status
Brake Pedal Position Performance fault stored by ABS/brake control module. Indicates BPP sensor signal is out of expected performance parameters (intermittent, implausible, or out-of-range). Service action: inspect sensor, wiring/connectors, measure signal and repair or replace components as required.
Repair difficulty: Medium
Diagnostic time: 0.5-3.0 hours
Similar codes
Repair manuals
Manual library for HYUNDAI
371
Browse 371 HYUNDAI manuals: repair procedures, diagnostics, wiring diagrams, component locations, service data and Labor Times by year, model and trim.
HYUNDAI
-
HYUNDAI: 2023
-
Elantra
-
Elantra N
-
Kona N
-
Tucson
- Hybrid Blue
- Hybrid Limited
- Hybrid SEL Convenience
- Limited, Eng CD G4EN, 4WD
- Limited, Eng CD G4EN, FWD
- Limited, Eng CD G4KN, 4WD
- Limited, Eng CD G4KN, FWD
- N Line, Eng CD G4EN, 4WD
- N Line, Eng CD G4EN, FWD
- N Line, Eng CD G4KN, 4WD
- N Line, Eng CD G4KN, FWD
- Plug-In Hybrid Limited
- Plug-In Hybrid SEL
- SE, Eng CD G4EN, 4WD
- SE, Eng CD G4EN, FWD
- SE, Eng CD G4KN, 4WD
- SE, Eng CD G4KN, FWD
- SEL, Eng CD G4EN, 4WD
- SEL, Eng CD G4EN, FWD
- SEL, Eng CD G4KN, 4WD
- SEL, Eng CD G4KN, FWD
- XRT, Eng CD G4EN, 4WD
- XRT, Eng CD G4EN, FWD
- XRT, Eng CD G4KN, 4WD
- XRT, Eng CD G4KN, FWD
-
-
HYUNDAI: 2022
-
Elantra N
-
Kona N
-
Veloster N
-
HYUNDAI: 2021
-
Veloster N
-
HYUNDAI: 2020
-
Palisade
-
Veloster N
Your experience will help others
+100 karma for a short comment :)
Was this AI description helpful?
Your feedback helps improve AI descriptions.
👍 Like
0
👎 Dislike
0
Send to email