Agreed, and I was getting nervous with the cameras only filming everyone on the starting line, they didn't start showing anything downtrack until Robert got out. It was a big relief to see him get out and walk around.
In all fairness, what would be happening in 1320 ft after 10 years of progress?It's that cheaper & safer 1,000 ft. racing
I think NHRA didn't anticipate that if they gave them a shorter track, they'd tune with a shorter fuse.
Maybe if the tethers were loose and the cable could uncoil from a rear location the body would still come off and drag the body behind the car keeping most of the big pieces together. Just an idea. I'm no genius.
In all fairness, what would be happening in 1320 ft after 10 years of progress?
Putting on my "arm chair crew chief" hat, I feel that there needs to be some research done around pressure release mechanisms or burst panels in locations other than the current location. NHRA implemented the dual latches, I believe, to reduce the bodies flying off but all it has proven is that it does an excellent job of keeping the front of the body attached.
It's racing and it's violent so NHRA and the teams can't solve for every problem, it is what it is. I just think that with all of the advancements in technology, computer modeling, etc, there has to be better set up for burst panels other than the 30 year old technology being used.
Maybe if the tethers were loose and the cable could uncoil from a rear location the body would still come off and drag the body behind the car keeping most of the big pieces together. Just an idea. I'm no genius.
Putting on my "arm chair crew chief" hat, I feel that there needs to be some research done around pressure release mechanisms or burst panels in locations other than the current location. There has to be better set up for burst panels other than the 30 year old technology being used.
The new Camaro bodies and the new Charger bodies have new burst panel designs centered around the injector.