Code
C0061
Generic
C — Chassis
Lateral Acceleration Sensor
Views:
UK: 16
EN: 23
RU: 22
AI status
Completed
Completed
100%
Causes
- Faulty lateral acceleration (lat‑accel) sensor
- Damaged or shorted wiring harness to the sensor
- Corroded or loose connector terminals
- Poor sensor or ECU ground or missing reference voltage
- Sensor mounting loose, damaged, or contaminated (water/impact)
- Intermittent connection (broken wire, chafing)
Symptoms
- ABS, ESC or Traction Control warning lamp illuminated
- Stability/traction control may be disabled or limited
- Cruise control or hill descent control warnings or disabled
- Vehicle may feel less stable during cornering; stability interventions may be incorrect or absent
- Stored freeze‑frame data showing unusual lateral acceleration values or flatline signal
- Intermittent faults or faults that return after clearing codes
What to check
- Read and record trouble codes and freeze frame data with a capable scan tool
- Check for additional related codes (yaw rate, steering angle, wheel speed sensors, CAN/U‑bus faults)
- Visually inspect sensor and mount for damage, contamination or loose fasteners
- Inspect connector for corrosion, bent pins, water ingress, or damaged locking tangs
- Wiggle harness while monitoring fault status/livedata to detect intermittent connections
- Measure reference voltage at sensor connector (typically ~5V; value is vehicle‑specific)
Signal parameters
- Reference voltage: typically ~5.0 V (vehicle dependent)
- Sensor ground: near 0 V with good chassis/ECU ground
- Sensor output at rest: typically near mid‑rail (~2.0–2.5 V on a 5 V system)
- Output range while cornering: swings above and below mid‑rail (approx. 0.5–4.5 V depending on sensor)
- Output behavior: analog voltage or CAN/serial message updating at 10–100 Hz (vehicle dependent)
- Expected response: output should change smoothly and proportionally with lateral tilt/acceleration; a constant or erratic signal indicates a problem
Diagnostic algorithm
- Connect a scan tool, record C0061 and any related codes, save freeze‑frame and live data. 2) Visually inspect sensor, mount and harness for physical damage, contamination, loose bolts or water ingress. 3) With key on (engine off), backprobe the sensor connector: verify reference voltage, ground, and output voltage. Compare to manufacturer specs. 4) Gently move/tilt the vehicle (or have an assistant drive slowly) while watching live lateral acceleration output; look for smooth, proportional changes. 5) Perform a wiggle test on harness/connectors while monitoring output and code status to reveal intermittent faults. 6) Check continuity and resistance of wiring back to the control module; repair any opens/shorts. 7) If electrical values are correct but output is implausible, swap or bench‑test the sensor where possible, or substitute with a known good sensor. 8) Check/repair grounds and reference supply to the module/sensor. 9) Perform sensor calibration/relearn procedure per manufacturer after replacement or repair. 10) Clear codes and road test to confirm the repair; if code returns, escalate to module-level diagnostics or software updates.
Likely causes
- Open or short in the sensor signal or reference circuit
- Low or missing 5V reference (or vehicle-specific reference) to sensor
- Ground fault at sensor or control module
- Internal failure of the acceleration sensor
- Connector corrosion or bent pins
- Sensor knocked out of position or not secured to chassis or bracket
Fault status
Status
Lateral Acceleration Sensor Circuit Fault — inspect sensor, connector, power, ground and signal range; perform wiring and sensor checks and relearn if required.
Repair difficulty: Medium
Diagnostic time: 1.0-3.0 hours
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Code
C0061
HYUNDAI
C — Chassis
Lateral Acceleration Sensor (Subfault)
Views:
UK: 14
EN: 24
RU: 20
AI status
Completed
Completed
100%
Causes
- Faulty lateral acceleration (lat‑accel) sensor
- Damaged or shorted wiring harness to the sensor
- Corroded or loose connector terminals
- Poor sensor or ECU ground or missing reference voltage
- Sensor mounting loose, damaged, or contaminated (water/impact)
- Intermittent connection (broken wire, chafing)
Symptoms
- ABS, ESC or Traction Control warning lamp illuminated
- Stability/traction control may be disabled or limited
- Cruise control or hill descent control warnings or disabled
- Vehicle may feel less stable during cornering; stability interventions may be incorrect or absent
- Stored freeze‑frame data showing unusual lateral acceleration values or flatline signal
- Intermittent faults or faults that return after clearing codes
What to check
- Read and record trouble codes and freeze frame data with a capable scan tool
- Check for additional related codes (yaw rate, steering angle, wheel speed sensors, CAN/U‑bus faults)
- Visually inspect sensor and mount for damage, contamination or loose fasteners
- Inspect connector for corrosion, bent pins, water ingress, or damaged locking tangs
- Wiggle harness while monitoring fault status/livedata to detect intermittent connections
- Measure reference voltage at sensor connector (typically ~5V; value is vehicle‑specific)
Signal parameters
- Reference voltage: typically ~5.0 V (vehicle dependent)
- Sensor ground: near 0 V with good chassis/ECU ground
- Sensor output at rest: typically near mid‑rail (~2.0–2.5 V on a 5 V system)
- Output range while cornering: swings above and below mid‑rail (approx. 0.5–4.5 V depending on sensor)
- Output behavior: analog voltage or CAN/serial message updating at 10–100 Hz (vehicle dependent)
- Expected response: output should change smoothly and proportionally with lateral tilt/acceleration; a constant or erratic signal indicates a problem
Diagnostic algorithm
- Connect a scan tool, record C0061 and any related codes, save freeze‑frame and live data. 2) Visually inspect sensor, mount and harness for physical damage, contamination, loose bolts or water ingress. 3) With key on (engine off), backprobe the sensor connector: verify reference voltage, ground, and output voltage. Compare to manufacturer specs. 4) Gently move/tilt the vehicle (or have an assistant drive slowly) while watching live lateral acceleration output; look for smooth, proportional changes. 5) Perform a wiggle test on harness/connectors while monitoring output and code status to reveal intermittent faults. 6) Check continuity and resistance of wiring back to the control module; repair any opens/shorts. 7) If electrical values are correct but output is implausible, swap or bench‑test the sensor where possible, or substitute with a known good sensor. 8) Check/repair grounds and reference supply to the module/sensor. 9) Perform sensor calibration/relearn procedure per manufacturer after replacement or repair. 10) Clear codes and road test to confirm the repair; if code returns, escalate to module-level diagnostics or software updates.
Likely causes
- Open or short in the sensor signal or reference circuit
- Low or missing 5V reference (or vehicle-specific reference) to sensor
- Ground fault at sensor or control module
- Internal failure of the acceleration sensor
- Connector corrosion or bent pins
- Sensor knocked out of position or not secured to chassis or bracket
Fault status
Status
Lateral Acceleration Sensor Circuit Fault — inspect sensor, connector, power, ground and signal range; perform wiring and sensor checks and relearn if required.
Repair difficulty: Medium
Diagnostic time: 1.0-3.0 hours
Similar codes
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Code
C0061
LAND ROVER
C — Chassis
Lateral acceleration sensor
Views:
UK: 5
EN: 8
RU: 11
AI status
Completed
Completed
100%
Causes
- Faulty lateral acceleration (lat‑accel) sensor
- Damaged or shorted wiring harness to the sensor
- Corroded or loose connector terminals
- Poor sensor or ECU ground or missing reference voltage
- Sensor mounting loose, damaged, or contaminated (water/impact)
- Intermittent connection (broken wire, chafing)
Symptoms
- ABS, ESC or Traction Control warning lamp illuminated
- Stability/traction control may be disabled or limited
- Cruise control or hill descent control warnings or disabled
- Vehicle may feel less stable during cornering; stability interventions may be incorrect or absent
- Stored freeze‑frame data showing unusual lateral acceleration values or flatline signal
- Intermittent faults or faults that return after clearing codes
What to check
- Read and record trouble codes and freeze frame data with a capable scan tool
- Check for additional related codes (yaw rate, steering angle, wheel speed sensors, CAN/U‑bus faults)
- Visually inspect sensor and mount for damage, contamination or loose fasteners
- Inspect connector for corrosion, bent pins, water ingress, or damaged locking tangs
- Wiggle harness while monitoring fault status/livedata to detect intermittent connections
- Measure reference voltage at sensor connector (typically ~5V; value is vehicle‑specific)
Signal parameters
- Reference voltage: typically ~5.0 V (vehicle dependent)
- Sensor ground: near 0 V with good chassis/ECU ground
- Sensor output at rest: typically near mid‑rail (~2.0–2.5 V on a 5 V system)
- Output range while cornering: swings above and below mid‑rail (approx. 0.5–4.5 V depending on sensor)
- Output behavior: analog voltage or CAN/serial message updating at 10–100 Hz (vehicle dependent)
- Expected response: output should change smoothly and proportionally with lateral tilt/acceleration; a constant or erratic signal indicates a problem
Diagnostic algorithm
- Connect a scan tool, record C0061 and any related codes, save freeze‑frame and live data. 2) Visually inspect sensor, mount and harness for physical damage, contamination, loose bolts or water ingress. 3) With key on (engine off), backprobe the sensor connector: verify reference voltage, ground, and output voltage. Compare to manufacturer specs. 4) Gently move/tilt the vehicle (or have an assistant drive slowly) while watching live lateral acceleration output; look for smooth, proportional changes. 5) Perform a wiggle test on harness/connectors while monitoring output and code status to reveal intermittent faults. 6) Check continuity and resistance of wiring back to the control module; repair any opens/shorts. 7) If electrical values are correct but output is implausible, swap or bench‑test the sensor where possible, or substitute with a known good sensor. 8) Check/repair grounds and reference supply to the module/sensor. 9) Perform sensor calibration/relearn procedure per manufacturer after replacement or repair. 10) Clear codes and road test to confirm the repair; if code returns, escalate to module-level diagnostics or software updates.
Likely causes
- Open or short in the sensor signal or reference circuit
- Low or missing 5V reference (or vehicle-specific reference) to sensor
- Ground fault at sensor or control module
- Internal failure of the acceleration sensor
- Connector corrosion or bent pins
- Sensor knocked out of position or not secured to chassis or bracket
Fault status
Status
Lateral Acceleration Sensor Circuit Fault — inspect sensor, connector, power, ground and signal range; perform wiring and sensor checks and relearn if required.
Repair difficulty: Medium
Diagnostic time: 1.0-3.0 hours
Similar codes
Workshop Manuals
Repair manuals for LAND ROVER
3
Land Rover Defender 300Tdi — Workshop Manual (1996 model year)
Workshop Manual199,00 UAH
Land Rover Defender Workshop Manual Supplement & Body Repair Manual (1999 & 2002 MY)
Workshop Manual199,00 UAH
Land Rover Range Rover — Electrical Library (LRL 0453ENG, 2002)
Workshop Manual199,00 UAH
Your experience will help others
+100 karma for a short comment :)
Was this AI description helpful?
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