That's great, thank you for the reply. I've been simulating Hondata CAN via a RaspberryPi for my project and I've got it all working, i.e. frame manipulation in real-time, just not sure if I've got the endian the right way round yet. Here's an example of my simulated/random code...
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Search found 3 matches
- Wed Aug 28, 2019 2:02 pm
- Forum: K-Pro / KManager
- Topic: Hondata CAN Format
- Replies: 5
- Views: 2461
- Sun Aug 18, 2019 12:05 pm
- Forum: K-Pro / KManager
- Topic: Hondata CAN Format
- Replies: 5
- Views: 2461
Re: Hondata CAN Format
Or perhaps this is actually as simple as it seems?
Assuming 0x660 is 6 bytes in length, that would make
- byte[0] and byte[1] == rpm (16 bits)
- byte[2] and byte[3] == speed (16 bits)
- byte[4] == gear (8 bits)
- byte[5] == voltage (8 bits)
?
Assuming 0x660 is 6 bytes in length, that would make
- byte[0] and byte[1] == rpm (16 bits)
- byte[2] and byte[3] == speed (16 bits)
- byte[4] == gear (8 bits)
- byte[5] == voltage (8 bits)
?
- Sun Aug 18, 2019 11:43 am
- Forum: K-Pro / KManager
- Topic: Hondata CAN Format
- Replies: 5
- Views: 2461
Hondata CAN Format
Hi All,
I'm working on a Kswap into a non-Honda, and am wanting to use the original clocks. They speak CANBUS and I've been able to reverse engineer almost everything I need on the bench with a spare set of clocks. My plan is to take the Hondata KPro CANBUS output, do some manipulation to be the ...
I'm working on a Kswap into a non-Honda, and am wanting to use the original clocks. They speak CANBUS and I've been able to reverse engineer almost everything I need on the bench with a spare set of clocks. My plan is to take the Hondata KPro CANBUS output, do some manipulation to be the ...