Just In! 2014 LT1 C7 Drivetrain!!






Car disassembled for race car build.
We'll have it up and running soon!
Time to start planning your next project!!

91 Z28 LS2 408CI, LS9 Supercharger, LPE GT7 cam, Yank3000, 3450 raceweight.
Latest numbers: 9.71 ET, 141.42 MPH, 1.40 60' , 610 RWHP Mustang Dyno
www.speartech.com

91 Z28 LS2 408CI, LS9 Supercharger, LPE GT7 cam, Yank3000, 3450 raceweight.
Latest numbers: 9.71 ET, 141.42 MPH, 1.40 60' , 610 RWHP Mustang Dyno
www.speartech.com
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91 Z28 LS2 408CI, LS9 Supercharger, LPE GT7 cam, Yank3000, 3450 raceweight.
Latest numbers: 9.71 ET, 141.42 MPH, 1.40 60' , 610 RWHP Mustang Dyno
www.speartech.com

91 Z28 LS2 408CI, LS9 Supercharger, LPE GT7 cam, Yank3000, 3450 raceweight.
Latest numbers: 9.71 ET, 141.42 MPH, 1.40 60' , 610 RWHP Mustang Dyno
www.speartech.com
Very cool, add me to the long list of droolers who would would love to have that setup - and something to place it under.
Good to see you guys working on this. What ECU does the C7 use? I am very interested in the rev-matching feature. Is this something that can be implemented in standalone applications? Is there a level of programability to it?
Andrew

91 Z28 LS2 408CI, LS9 Supercharger, LPE GT7 cam, Yank3000, 3450 raceweight.
Latest numbers: 9.71 ET, 141.42 MPH, 1.40 60' , 610 RWHP Mustang Dyno
www.speartech.com
I don't know much about the rev matching on these yet. I know it works really well on the Gen-4 6L80 applications when you tap shift in sport mode. Lots to learn about these new ones still!

91 Z28 LS2 408CI, LS9 Supercharger, LPE GT7 cam, Yank3000, 3450 raceweight.
Latest numbers: 9.71 ET, 141.42 MPH, 1.40 60' , 610 RWHP Mustang Dyno
www.speartech.com
I am really interested in seeing how this system works. Questions that come to mind are:
1. How does it know a shift is about to happen?
2. Is there a load cell built into the shifter?
3. How does it know what hear it is in?
4. How does it know what gear it is being shifted into?
The reason I ask all this, is that if all this can be figured out, this might be an amazing system when integrated with a dog-ring transmission!
Andrew
I am really interested in seeing how this system works. Questions that come to mind are:
1. How does it know a shift is about to happen?
2. Is there a load cell built into the shifter?
3. How does it know what hear it is in?
4. How does it know what gear it is being shifted into?
The reason I ask all this, is that if all this can be figured out, this might be an amazing system when integrated with a dog-ring transmission!
Andrew











