Modern vehicles are equipped with a highly advanced airbag control module, also known as the Supplemental Restraint System (SRS) module or Airbag ECU. This module plays a critical role in managing your vehicle’s safety features, including airbags, seatbelt pretensioners, crash sensors, and various occupant protection systems.
When a vehicle is involved in a collision—whether airbags deploy or not—the module records crash event data. These records are permanently stored and can prevent the safety system from functioning properly until the module is reset or repaired. In many cases, this crash data will trigger warning lights, disable airbags, or lock the module, making the vehicle unsafe to drive.
The ONSITE ADAS team specialises in diagnosis, crash data removal, module repair, and reprogramming, ensuring your vehicle’s safety system is fully restored without the need for expensive module replacement.
Crash data serves an important purpose in documenting impact forces and deployment events. However, once stored, the module often becomes “locked,” meaning it cannot return to normal operation without professional intervention.
Unresolved crash data can lead to:
Replacing modules can be costly. In many cases, resetting or repairing the existing module is a far more efficient and economical solution.
With the ONSITE ADAS team, your system is restored using industry-approved diagnostic equipment, ensuring safety components operate as intended.
The ONSITE ADAS team provides a comprehensive range of services to restore your vehicle’s safety systems after a collision:
We safely remove stored crash codes and deployment data from the airbag module, returning it to factory condition.
Advanced scanning tools allow us to identify faults in the airbag system, impact sensors, seatbelt pretensioners, and wiring circuits.
If the module has internal faults, we reprogram or repair it using manufacturer-aligned procedures rather than replacing the entire unit.
We perform a complete system reset to ensure all SRS functions—including airbags and seatbelt tensioners—are fully operational.
Each service is designed to ensure your vehicle’s crash safety systems are restored to OEM safety and compliance standards, helping you return to the road with confidence.
Not always. Many modules can be reset or repaired even after airbag deployment. This can save you hundreds of dollars compared to replacing the unit. Our team will assess the module’s condition and recommend the best option.
When crash data remains in the system, the airbag module typically enters a locked state, which disables critical safety components. This can prevent airbags from deploying in future accidents or trigger constant warning lights. Resetting the module restores proper functionality.
Most modules can be diagnosed, reset, and reprogrammed on the same day, depending on the severity of the stored data and any underlying faults.
Yes—once the module is cleared of crash data and all faults are resolved, the airbag warning light will switch off as part of the final verification.
Absolutely. Resetting is a widely accepted and manufacturer-aligned practice when performed correctly. Our team follows strict procedures to ensure full system safety.
Yes. Water or moisture inside the cabin can damage internal circuits. If the module is severely corroded, replacement may be necessary, but many cases can still be repaired.
We work with a wide range of vehicles and have access to extensive diagnostic data, allowing us to repair and reprogram most modern airbag modules.
Multiple crash logs can typically still be cleared. However, if internal hardware is damaged, the module may require repair or replacement.
No. Resetting is a recognised repair method. We provide documentation showing the module has been restored to operational condition, which supports insurance and roadworthy requirements.
Yes. Because airbag modules communicate with ADAS systems, uncleared crash data can cause warning messages, restricted functions, or complete system shutdowns. Resetting restores proper network communication.