Description
2010 Subaru Impreza 2.5L AT gas ECM / ECU VIN Programmed | Updated
This Engine Control Module (ECM / ECU) is a genuine OEM replacement for all 2010 Subaru Impreza 2.5L AT gas models.
Each unit is VIN-programmed, updated, and fully tested for a true plug-and-play installation with our cloning service.
Built to OEM standards for reliability, calibration accuracy, and long-term performance.
Strict Testing & Quality Assurance
Every ECU is inspected, refreshed, and verified through advanced diagnostic tools. Testing includes:
Complete communication & CAN-bus verification
Sensor input/output and signal integrity checks
Injector & ignition pulse simulation
Power, ground, and load-circuit analysis
Flash memory integrity and checksum validation
Thermal and voltage-stress testing to confirm reliability
Important Note
Some vehicles with IMMO or PATS require key programming after installation. This is normal.
For a 100% plug-and-play solution, we recommend using our full cloning service. We transfer all security data to the replacement unit.
A prepaid shipping label will be emailed to you. Allow you to mail in your original computer to us for full cloning.
If cloning is not selected, the ECU will be VIN programmed, and a key relearn will be required after installation.
Contact Us
Email: info@fixecm.com
Phone: Local: 647-247-8555 | Toll-Free: 1-800-915-5566



Ethan Baker –
Fast shipping and the unit was truly plug-and-play. Saved me a ton compared to dealer prices and installation went smoothly.
Carlos Bell –
I ordered the 2010 Subaru Impreza 2.5L AT ECM and was really impressed by how quickly it arrived. The unit was already VIN programmed, so installation was a breeze—just plug and play. This service saved me a ton compared to what the dealer quoted, and the team was very responsive when I had questions. Everything went smoothly, and my car runs perfect now.
Grant Gray –
The ECU arrived quickly with free shipping and was already VIN programmed, making installation a breeze. Excellent service and prompt communication throughout the process.