On this engine there are a lot of maps for timing control. I have developed a solution to switch all the maps(84!) in the IgnCtl module. This means you have full control on timing for E85 setups.Another solution to change timing by adding a correction factor from a separate map is being developed. Here’s a video:
With this ECU, I have implemented mapswitch on all EDC15 ECUs released in the market by Bosch! This version has 4 datablocks switched by:
1. Press and hold Gear lever +
2. Press Cruise control cancel once to view selected datablock
3. Press cruise control cancel again to switch datablocks
4. Release Gear lever + when done.
Here is a video:
A lot of tuners work hard on the dyno to make tunes, only to be copied by rivals. I have come up with a solution to protect the maps by scrambling them. This means that maps are protected from being copied in boot and OBD mode read. Only the tuner who has my tool(unique for each tuner) will be able to descramble the file.Keep on Reading!
I had to program a legacy EEPROM on a Mercedes EDC15 ECU. I had a choice: to buy a reliable tool to read/write the E2P(3SP08/95SP08) or make my own by reading the datasheet. I chose the 2nd option.Keep on Reading!
A tuner contacted me to make a special version of map switching. Basically they needed a way to adjust KRKATE for varying alcohol content. Timing maps are also switched depending on the alcohol percentage selected in the cruise control speed display. Speed of 98km/hr in cruise control display corresponds to 98 Octane mode. 85 corresponds to E85. And so on.
Jan of 2019, I was contacted by a offroad racing team. These guys had been using old mechanical pump Mahindra engines in their builds. They were bothered by how heavy these engines were, produced very little power and had a peak RPM of 2800.
I suggested they use an ALH TDi engine from Skoda Octavia. It met all their requirements as it’s significantly lighter(150kgs! lighter), has a higher RPM limit(5000) and can be tuned/upgraded to produce more than 200HP.Keep on Reading!
So we’d originally done this project 8 years ago, on our older Skoda Octavia.
It was time to do it on the newer one now.
Too analog, gotta add some electronics to this.Keep on Reading!
Last year the Air-con on my Skoda Octavia(2002 1U) started behaving erratically. Did some basic diagnosis(pressure check in both lines, fans and compressor clutch check) revealed something wrong either with :-
1. Thermal expansion valve(TXV)
2. Refrigerant control valve(RCV)
After some further diagnosis, I confirmed it was the RCV. I proceeded to take the car apart. Upon examining the compressor internals, my suspicions were confirmed, it was the RCV. But the compressor had some aluminum shavings in the oil. This was very bad news for my walletKeep on Reading!
So on 20th of December last year, my dad bought a used Skoda Octavia/Laura 1Z(2009 Facelift L&K). It had an ABS issue and we got a great price for a sparely driven car in great condition.
Skoda service made a bill of upwards of 1lac(1400$) just to replace the ABS unit. I was never going to spend that much on ABS repairs. EVER.
So I decided to take matters into my own hands and picked up my Stahlwille toolkit. Taking the ABS pump was no big deal, it’s anchored down by 2 dowels and 1 bolt.
A lot of tuners contacted us for a solution to switch between maps on the newer generation MED17 ECUs. After a few weeks of rigorous testing we have been able to come up with a robust solution. Here is a video of it in action on an VW Golf MED17.5:
Contact us for a quote and we would be happy to design a solution suiting your requirements.