Your ECU via Priority mail to the address on the main page of our website. Provide this service you will need to send us your ECU. Wavier form which you must fill out and send it over to us together with your
Once you have made your purchase we will email you a ***Disclaimer : For closed course competition use only. Stay tuned.Ignition curves across all gears (remove RPM & throttle based ignition restrictions) Raise RPM limiter Adjust idle speed Adjust in gear idle speed Disable top speed limiter Disable pair valve Disable deceleration fuel cut Disable steering damper Disable O2 sensor Disable exhaust valve Reset radiator fan turn on/off
#HONDA TALON ECU FLASH SOFTWARE#
I've also gone from having no kids to 4, so I don't have as much free time to devote to this as I used to, but I will try to post regularly about what you need to do to hack your own ECU, from the ground up, including what hardware and software tools you'll need and where to find them. Since the CRX, I've owned a supercharged '93 Civic Si, a supercharged '94 Integra GS-R and now a 2001 Mazda Miata, and I've hacked the ECU in each one. If you're interested, you can read more about it here: I was fortunate enough to have access to an EPROM programmer, so all I had to was desolder the EPROM, read it and disassemble it.
#HONDA TALON ECU FLASH CODE#
There were plenty of 8051 code disassemblers that could be downloaded for free, as well as datasheets. It'd be hard to come up with a more common combination of parts. What I found was a pleasant surprise: My CRX's ECU was powered by an 8051 microcontroller and used a standard 28-pin EPROM.
But hey, if they could do it, why couldn't I? I decided to open up my ECU and see. In 2001, the conventional wisdom was that Honda ECUs couldn't be hacked, except by the few commercial outfits that were charging an arm and a leg for their services. So, what started out mainly as an attempt to go fast cheaply has turned into a long-term hobby, and since that time, I have had almost as much fun working on my cars and hacking their ECUs as I've had driving them. I know, it sounds kind of silly, and it is, but that's really the reason why I got excited about cars, and why, in 2001, I bought a used Honda 1991 CRX Si (which had seen better days), bought a used Jackson Racing supercharger, which I installed myself to save money, and, finally, decided to crack open the CRX's ECU to see if I could hack it myself, because the only other option at the time was to pay someone else about $1000 to do it. In fact, growing up I never really thought of them as anything more than a form of transportation until one singular experience changed everything for me - playing Gran Turismo.
#HONDA TALON ECU FLASH HOW TO#
I plan to write about how I got into ECU hacking, the basics of how to do it, such as what tools you need, and some of what I've learned along the way.
So if you're reading this, I assume you are the curious type, are interested in cars and electronics, and aren't afraid to use a soldering iron.
At first, I wasn't sure if anyone would really be interested about the internal details of ECUs, but then I thought, why not. Recently, an acquaintance encouraged me to write a blog about it. I've been reverse engineering automotive engine control units (ECUs) since 2001.
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