ACC Radar Module Internal Fault
2017-2020 Toyota 86 2.0L H4
Description
Internal failure within the adaptive cruise control radar module.
Symptoms
- ACC disabled
- Forward collision system down
- All radar-dependent features inactive
- Warning lights for multiple driver assist systems
Common Causes
- Radar module internal component failure
- Module overheating
- Software corruption
- Voltage spike damage
Diagnostic Steps
- Check module power supply
- Inspect for overheating signs
- Attempt module reset
- Check for software updates
- Test with known-good module if available
Repair Notes
Replace ACC radar module. Requires alignment calibration after installation.
Related Codes
Other Chassis Codes
- C0021LF Wheel Speed Sensor Range/Performance
- C0022RF Wheel Speed Sensor Range/Performance
- C0023LR Wheel Speed Sensor Range/Performance
- C0024RR Wheel Speed Sensor Range/Performance
- C0025LF Wheel Speed Sensor Circuit Intermittent
- C0026RF Wheel Speed Sensor Circuit Intermittent
- C0027LR Wheel Speed Sensor Circuit Intermittent
- C0028RR Wheel Speed Sensor Circuit Intermittent
- C0035Left Front Wheel Speed Sensor Circuit
- C0036Left Front Wheel Speed Signal Erratic
C0410 on Other Vehicles
Toyota 4Runner
2010-2024 4.0L V6
Toyota Alphard
2023-2025 2.4L I4 Turbo T24A-FTS
Toyota Alphard
2023-2025 2.5L I4 Hybrid A25A-FXS
Toyota Aqua
2011-2021 1.5L I4 Hybrid 1NZ-FXE
Toyota Aqua
2021-2025 1.5L I3 Hybrid M15A-FXE
Toyota Avalon
2005-2012 3.5L V6
Toyota Avalon
2013-2018 2.5L I4
Toyota Avalon
2013-2018 3.5L V6
Common Questions
What does code C0410 mean on a 2017-2020 Toyota 86?
C0410 stands for "ACC Radar Module Internal Fault". Internal failure within the adaptive cruise control radar module.
What are the symptoms of C0410 on a Toyota 86?
Common symptoms of C0410 include: ACC disabled, Forward collision system down, All radar-dependent features inactive, Warning lights for multiple driver assist systems.
What causes C0410 on a 2017-2020 Toyota 86?
Common causes of C0410 include: Radar module internal component failure, Module overheating, Software corruption, Voltage spike damage.