Tuesday, December 8, 2015
Friday, July 24, 2015
Thursday, July 23, 2015
Friday, July 17, 2015
Video: H12:One Racing, Mint 400 2015 (part 1 & 2)
Team H12:One has to be one of the hottest teams out there. Dennis Hollenbeck is a great guy who races for a great cause.
Saturday, July 4, 2015
Floor Tubes for the Roll Cage
The chassis is finally done and I'm starting on the bottom rails which will be the foundation of the roll cage. They also tie the front suspension into the rear suspension, giving the car a solid base to confront the rigors off-road racing.
Friday, July 3, 2015
Building the Rear Droop Stops
The stock bottom stops are pretty weak and don't let the wheel go down very far. Here's how I extended them, braced them and built a pretty pimpin' set of stops.
Friday, May 29, 2015
Wednesday, May 27, 2015
Wednesday, May 20, 2015
Monday, May 18, 2015
Monday, May 11, 2015
Finishing the King-Kong Rear Torsion Adjuster
Having a rear torsion adjuster is great because first of all it's a LOT stronger than the stock torsion center, and secondly you can adjust the ride height (and stiffness) without having to take apart the end caps. Basically, it makes maintenance much easier.
While installing the adjuster, I had to cut some pretty big holes in the tunnel to remove the old center piece and install the adjustable center. (You can read about that here)
I often lift up the car with my floor jack by placing the jack right in this same place. So, I added a piece of angle iron to ensure it was strong enough to support the entire car.
Here you can see how I put it all back together.
Fixing the Front Chassis
Our donor car didn't have a clutch so the previous owner installed a hydraulic clutch. It was pretty rigged up with a nasty hole cut into the chassis and a tab welded onto a stock clutch pedal assembly.
It didn't look too bad until we had the body off. Then it was clear that we'd need to do a repair.
I used some thin guage cold-rolled steel I bought from Home Depot to do the repair.
Wednesday, April 29, 2015
Thursday, April 2, 2015
Build: Class 11 Build
After countless miles in Barstow, Lucerne, and who knows where else it was time to update the old 11. This car was only raced in the MORE series and has been beaten and punished for years. Here is what it looked like before:
Reblogged from: http://www.shoptalkforums.com/viewtopic.php?f=28&t=139221
Reblogged from: http://www.shoptalkforums.com/viewtopic.php?f=28&t=139221
Friday, March 13, 2015
Video: ABQUIM SUPERIOR DESERT RACING TEAM
Found this the other day... Not too exciting, but cool nevertheless.
Thursday, January 22, 2015
Installing Rear Torsion Adjuster
This is reblogged from http://gonzoracing.net/construction/Evolution-1.htm
When we initially built the car, we didn't install a center torsion adjuster on the rear housing; I don't remember why, but it was a mistake for two important reasons. The first issue is that the stock torsion housing center splines will not stand up to the abuse they receive in off-road racing. They will quickly strip out, leaving the car with no rear spring support. That would obviously mean that the rear suspension would collapse, leaving no ground or tire/wheel well clearance...... The "King Kong" center adjuster we use is much stronger than the stock center splines. The second issue is adjustability. Adjusting the torsion bar pre-load (ride height) with the stock hardware requires disassembly of nearly the entire rear suspension system and "re-clocking" of the torsion bars, a time consuming affair (at least 45 minutes to do both sides when in our shop). With the center adjuster installed, we can change pre-load at will in just a few seconds. Those are two major advantages for a desert race car.
Installing a rear "torsion adjuster"
When we initially built the car, we didn't install a center torsion adjuster on the rear housing; I don't remember why, but it was a mistake for two important reasons. The first issue is that the stock torsion housing center splines will not stand up to the abuse they receive in off-road racing. They will quickly strip out, leaving the car with no rear spring support. That would obviously mean that the rear suspension would collapse, leaving no ground or tire/wheel well clearance...... The "King Kong" center adjuster we use is much stronger than the stock center splines. The second issue is adjustability. Adjusting the torsion bar pre-load (ride height) with the stock hardware requires disassembly of nearly the entire rear suspension system and "re-clocking" of the torsion bars, a time consuming affair (at least 45 minutes to do both sides when in our shop). With the center adjuster installed, we can change pre-load at will in just a few seconds. Those are two major advantages for a desert race car.
Friday, January 9, 2015
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