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Home / DTC / C1161 — Brake switch

C1161 — Brake switch

Detailed page for trouble code C1161.

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C1161

ALFA ROMEO C — Chassis

Brake switch

Brand: ALFA ROMEO
Type: C — Chassis
Views: UK: 5 EN: 6 RU: 6
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Faulty brake light / brake pedal switch (mechanical or electrical failure)
  • Incorrect switch adjustment or misalignment
  • Damaged wiring harness (open, short to ground or battery, chafe)
  • Corroded or loose connector pins at switch or module
  • Blown fuse or poor ground in associated circuit
  • Intermittent contact due to contamination, broken spring or plunger

Symptoms

  • Brake/ABS/ESP warning lamp illuminated
  • Cruise control disabled or unavailable
  • Brake lights not working or permanently on
  • Hesitation or faults in systems relying on brake switch (hill-hold, start-in-gear interlock, stop/start)
  • Stored C1161 code and possible related fault codes
  • Intermittent faults that change with pedal movement or connector manipulation

What to check

  • Connect a compatible scan tool; read freeze frame and live data for brake switch state while pressing/releasing pedal
  • Visually inspect brake switch and connector for damage, corrosion, bent pins or loose mounting
  • Confirm brake lights operate correctly when pedal is pressed
  • With key on (engine off) monitor brake switch signal voltage at the switch connector and at the module harness (if accessible)
  • Check continuity/resistance across switch terminals while actuating the pedal; check for short to battery or ground
  • Check relevant fuses and ground points

Signal parameters

  • Brake switch is a two-state (on/off) digital signal: expected near battery voltage (approx. 11–14 V) in one state and close to 0 V in the other, depending on circuit configuration
  • Closed-contact resistance: near 0 Ω when switch is actuated (closed)
  • Open-circuit: infinite resistance when released
  • Switch should change state immediately on pedal travel (milliseconds); no slow or flaky transitions

Diagnostic algorithm

  1. Record stored codes and freeze-frame data with a scan tool. Note related faults. 2. Verify symptom: check brake lights while an assistant depresses the pedal. 3. Inspect switch mounting and alignment; ensure plunger actuates fully and returns freely. 4. Disconnect switch connector; check terminal condition and measure reference voltage on the supply terminal with key on. 5. Measure switch continuity while operating pedal — replace switch if it fails to change state reliably. 6. Back-probe the signal circuit at the module (if accessible) and compare to switch-side readings to isolate wiring harness faults. 7. Repair/replace damaged wiring, connectors, or fuse/ground as required. 8. If wiring and switch are good, test or reprogram/replace control module per manufacturer procedure. 9. Clear codes and road-test to confirm repair.
  2. similar_codes:[

Likely causes

  • Worn or failed brake pedal switch
  • Connector corrosion or loose terminal at the switch
  • Damaged wiring between switch and ABS/BCM

Fault status

⚠️ Status
Brake switch circuit malfunction detected. The control module is receiving an implausible or missing brake switch signal. Causes include failed switch, wiring/connector problem, or module input fault. System functions depending on the brake switch (ABS/ESP, cruise, brake lights) may be degraded.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-1.5 hours

Similar codes

C1160 C1162 C1181 C1234 U0121
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Code

C1161

FIAT C — Chassis

Brake switch

Brand: FIAT
Type: C — Chassis
Views: UK: 4 EN: 4 RU: 4
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Faulty brake light / brake pedal switch (mechanical or electrical failure)
  • Incorrect switch adjustment or misalignment
  • Damaged wiring harness (open, short to ground or battery, chafe)
  • Corroded or loose connector pins at switch or module
  • Blown fuse or poor ground in associated circuit
  • Intermittent contact due to contamination, broken spring or plunger

Symptoms

  • Brake/ABS/ESP warning lamp illuminated
  • Cruise control disabled or unavailable
  • Brake lights not working or permanently on
  • Hesitation or faults in systems relying on brake switch (hill-hold, start-in-gear interlock, stop/start)
  • Stored C1161 code and possible related fault codes
  • Intermittent faults that change with pedal movement or connector manipulation

What to check

  • Connect a compatible scan tool; read freeze frame and live data for brake switch state while pressing/releasing pedal
  • Visually inspect brake switch and connector for damage, corrosion, bent pins or loose mounting
  • Confirm brake lights operate correctly when pedal is pressed
  • With key on (engine off) monitor brake switch signal voltage at the switch connector and at the module harness (if accessible)
  • Check continuity/resistance across switch terminals while actuating the pedal; check for short to battery or ground
  • Check relevant fuses and ground points

Signal parameters

  • Brake switch is a two-state (on/off) digital signal: expected near battery voltage (approx. 11–14 V) in one state and close to 0 V in the other, depending on circuit configuration
  • Closed-contact resistance: near 0 Ω when switch is actuated (closed)
  • Open-circuit: infinite resistance when released
  • Switch should change state immediately on pedal travel (milliseconds); no slow or flaky transitions

Diagnostic algorithm

  1. Record stored codes and freeze-frame data with a scan tool. Note related faults. 2. Verify symptom: check brake lights while an assistant depresses the pedal. 3. Inspect switch mounting and alignment; ensure plunger actuates fully and returns freely. 4. Disconnect switch connector; check terminal condition and measure reference voltage on the supply terminal with key on. 5. Measure switch continuity while operating pedal — replace switch if it fails to change state reliably. 6. Back-probe the signal circuit at the module (if accessible) and compare to switch-side readings to isolate wiring harness faults. 7. Repair/replace damaged wiring, connectors, or fuse/ground as required. 8. If wiring and switch are good, test or reprogram/replace control module per manufacturer procedure. 9. Clear codes and road-test to confirm repair.
  2. similar_codes:[

Likely causes

  • Worn or failed brake pedal switch
  • Connector corrosion or loose terminal at the switch
  • Damaged wiring between switch and ABS/BCM

Fault status

⚠️ Status
Brake switch circuit malfunction detected. The control module is receiving an implausible or missing brake switch signal. Causes include failed switch, wiring/connector problem, or module input fault. System functions depending on the brake switch (ABS/ESP, cruise, brake lights) may be degraded.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-1.5 hours

Similar codes

C1160 C1162 C1181 C1234 U0121
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Code

C1161

HYUNDAI C — Chassis

Brake Switch Circuit

Brand: HYUNDAI
Type: C — Chassis
Views: UK: 10 EN: 12 RU: 9
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Faulty brake light / brake pedal switch (mechanical or electrical failure)
  • Incorrect switch adjustment or misalignment
  • Damaged wiring harness (open, short to ground or battery, chafe)
  • Corroded or loose connector pins at switch or module
  • Blown fuse or poor ground in associated circuit
  • Intermittent contact due to contamination, broken spring or plunger

Symptoms

  • Brake/ABS/ESP warning lamp illuminated
  • Cruise control disabled or unavailable
  • Brake lights not working or permanently on
  • Hesitation or faults in systems relying on brake switch (hill-hold, start-in-gear interlock, stop/start)
  • Stored C1161 code and possible related fault codes
  • Intermittent faults that change with pedal movement or connector manipulation

What to check

  • Connect a compatible scan tool; read freeze frame and live data for brake switch state while pressing/releasing pedal
  • Visually inspect brake switch and connector for damage, corrosion, bent pins or loose mounting
  • Confirm brake lights operate correctly when pedal is pressed
  • With key on (engine off) monitor brake switch signal voltage at the switch connector and at the module harness (if accessible)
  • Check continuity/resistance across switch terminals while actuating the pedal; check for short to battery or ground
  • Check relevant fuses and ground points

Signal parameters

  • Brake switch is a two-state (on/off) digital signal: expected near battery voltage (approx. 11–14 V) in one state and close to 0 V in the other, depending on circuit configuration
  • Closed-contact resistance: near 0 Ω when switch is actuated (closed)
  • Open-circuit: infinite resistance when released
  • Switch should change state immediately on pedal travel (milliseconds); no slow or flaky transitions

Diagnostic algorithm

  1. Record stored codes and freeze-frame data with a scan tool. Note related faults. 2. Verify symptom: check brake lights while an assistant depresses the pedal. 3. Inspect switch mounting and alignment; ensure plunger actuates fully and returns freely. 4. Disconnect switch connector; check terminal condition and measure reference voltage on the supply terminal with key on. 5. Measure switch continuity while operating pedal — replace switch if it fails to change state reliably. 6. Back-probe the signal circuit at the module (if accessible) and compare to switch-side readings to isolate wiring harness faults. 7. Repair/replace damaged wiring, connectors, or fuse/ground as required. 8. If wiring and switch are good, test or reprogram/replace control module per manufacturer procedure. 9. Clear codes and road-test to confirm repair.
  2. similar_codes:[

Likely causes

  • Worn or failed brake pedal switch
  • Connector corrosion or loose terminal at the switch
  • Damaged wiring between switch and ABS/BCM

Fault status

⚠️ Status
Brake switch circuit malfunction detected. The control module is receiving an implausible or missing brake switch signal. Causes include failed switch, wiring/connector problem, or module input fault. System functions depending on the brake switch (ABS/ESP, cruise, brake lights) may be degraded.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-1.5 hours

Similar codes

C1160 C1162 C1181 C1234 U0121
Your experience will help others
+100 karma for a short comment :)
Keep it short and practical. Up to 500 characters.
Send to email
Code

C1161

Other C — Chassis

Air Pressure Low Circuit Short to Gnd

Brand: Other
Type: C — Chassis
Views: UK: 11 EN: 16 RU: 19
AI status
Completed
ready
Completed 100%
Page language: EN

Causes

  • Faulty brake light / brake pedal switch (mechanical or electrical failure)
  • Incorrect switch adjustment or misalignment
  • Damaged wiring harness (open, short to ground or battery, chafe)
  • Corroded or loose connector pins at switch or module
  • Blown fuse or poor ground in associated circuit
  • Intermittent contact due to contamination, broken spring or plunger

Symptoms

  • Brake/ABS/ESP warning lamp illuminated
  • Cruise control disabled or unavailable
  • Brake lights not working or permanently on
  • Hesitation or faults in systems relying on brake switch (hill-hold, start-in-gear interlock, stop/start)
  • Stored C1161 code and possible related fault codes
  • Intermittent faults that change with pedal movement or connector manipulation

What to check

  • Connect a compatible scan tool; read freeze frame and live data for brake switch state while pressing/releasing pedal
  • Visually inspect brake switch and connector for damage, corrosion, bent pins or loose mounting
  • Confirm brake lights operate correctly when pedal is pressed
  • With key on (engine off) monitor brake switch signal voltage at the switch connector and at the module harness (if accessible)
  • Check continuity/resistance across switch terminals while actuating the pedal; check for short to battery or ground
  • Check relevant fuses and ground points

Signal parameters

  • Brake switch is a two-state (on/off) digital signal: expected near battery voltage (approx. 11–14 V) in one state and close to 0 V in the other, depending on circuit configuration
  • Closed-contact resistance: near 0 Ω when switch is actuated (closed)
  • Open-circuit: infinite resistance when released
  • Switch should change state immediately on pedal travel (milliseconds); no slow or flaky transitions

Diagnostic algorithm

  1. Record stored codes and freeze-frame data with a scan tool. Note related faults. 2. Verify symptom: check brake lights while an assistant depresses the pedal. 3. Inspect switch mounting and alignment; ensure plunger actuates fully and returns freely. 4. Disconnect switch connector; check terminal condition and measure reference voltage on the supply terminal with key on. 5. Measure switch continuity while operating pedal — replace switch if it fails to change state reliably. 6. Back-probe the signal circuit at the module (if accessible) and compare to switch-side readings to isolate wiring harness faults. 7. Repair/replace damaged wiring, connectors, or fuse/ground as required. 8. If wiring and switch are good, test or reprogram/replace control module per manufacturer procedure. 9. Clear codes and road-test to confirm repair.
  2. similar_codes:[

Likely causes

  • Worn or failed brake pedal switch
  • Connector corrosion or loose terminal at the switch
  • Damaged wiring between switch and ABS/BCM

Fault status

⚠️ Status
Brake switch circuit malfunction detected. The control module is receiving an implausible or missing brake switch signal. Causes include failed switch, wiring/connector problem, or module input fault. System functions depending on the brake switch (ABS/ESP, cruise, brake lights) may be degraded.
🟡 Repair difficulty: Medium
⏱️ Diagnostic time: 0.5-1.5 hours

Similar codes

C1160 C1162 C1181 C1234 U0121
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