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When an ECU dies, the dealer answer is a new module from China, weeks of waiting, and a car that still won't start when it lands. We read, clone and program control modules on the bench — VIN-matched, immobilizer-synced, flashed to the right firmware — so the car never notices the transplant.
An ECU is a computer wearing a metal jacket. Whether it needs replacing, reviving or re-teaching, the discipline is the same: get the data right, prove it on the bench, marry it to the car.
New or tested-donor modules sourced, programmed and fitted — after the diagnosis proves the module is actually the problem.
The full identity of your original module copied onto the replacement — so nothing else on the car has to be touched.
A blank module is a paperweight until it's told which car it lives in. We speak the coding suites the dealers here don't have.
Controlled firmware writes on stabilized power — the difference between an update and a paperweight.
"Bricked" is rarely dead. Most corpses on our bench get up again — boot mode first, soldering iron second.
Modern EVs run security handshakes across half a dozen modules. One swap done wrong and none of them will talk.
Every programming job runs the same protocol — brand-new module or corpse on the bench. Nothing gets fitted until the data proves itself.
The original module is dumped first — EEPROM, flash, immo data — even if it takes boot mode or the chip coming off the board. That backup exists before anything else happens.
The replacement gets your car's identity on the bench: VIN, configuration, calibrations and security data — written, checksum-corrected and read back to confirm.
In the car: coding, gateway sync and the immobilizer handshake with every module that needs to agree. This is the step the "just swap it" crowd skips.
Full-module scan, function tests, road test. Zero ghost codes, every system reporting — and your original dump archived in case you ever need it again.
Chinese-platform ECUs speak dialects most programming tools have never met. Learning to read them anyway is the reason this bench exists.
// Dealer says the module is discontinued? Send the part number — odds are we can clone around it.
This is our most common ticket. We source a matching donor module — same hardware, any car — and clone your original's full identity onto it: VIN, configuration, immobilizer data, calibrations. The car treats it as the module it was born with. Typical turnaround is days, not months. Send the part number on WhatsApp and we'll tell you the route the same day.
Not on its own — and that's exactly why bolt-on swaps end in a no-start with an immobilizer warning. A used module still carries its old car's identity, and the gateway rejects it. Programming is the whole job: the donor gets your car's data before it's ever plugged in, then every security handshake is completed in-car. Done right, there's nothing left to accept — as far as the car can tell, nothing changed.
Usually, yes. A failed flash rarely damages the hardware — it leaves the module stuck with half-written firmware, and boot-mode recovery can rewrite it from zero. What makes it worse is retrying the update over and over or disconnecting batteries hoping for a reset. Stop, leave it, and message us. If the car is undrivable we'll tell you whether the module can come to the bench instead.
It depends entirely on the route — a coding session, a clone onto a donor and a chip-off recovery are very different jobs. Send the car, the symptom and the part number if you have it through the quote form or on WhatsApp, and you'll get a personal fixed price within hours — before any work starts. Compare it to the dealer's new-module quote and you'll understand why this page exists.
Send the part number, the VIN or a photo of the fault screen. We'll tell you the route — replace, clone or revive — and quote it personally, within hours.