Some vehicles have independent front suspension while others have solid axles up front. Do these race in separate classes or do they compete in the same class? If they're in the same class, which tends to fare better?
The black Lasernut has four wheel independent suspension while the red one has an independent front but solid rear. The 4 wheel independent appears one of a kind but some of the other vehicles at least have an independent front. I would guess that the independent suspension is more supple but much more prone to break.
@@dustinondrick7778 Thanks. I saw that. I also saw that the LaserNut 48 used Independent suspension front and rear. It was this distinction, especially its use of an Independent rear suspension that caught my attention. That is uncommon and advanced. The question is 'how does it fare relative to the 'old standard' of solids front and rear' Do you know if any conclusions were reached?
Ultra4, bonfire, r/c trucks, fireworks and partying... Lasernut kicks ass!
One of the sickest looking buggies out there!
+DerpNugget77 Thanks!
What shocks do you run?
Some vehicles have independent front suspension while others have solid axles up front. Do these race in separate classes or do they compete in the same class? If they're in the same class, which tends to fare better?
same class I believe and apparently it's a one of a kind ULTRA car
The black Lasernut has four wheel independent suspension while the red one has an independent front but solid rear. The 4 wheel independent appears one of a kind but some of the other vehicles at least have an independent front. I would guess that the independent suspension is more supple but much more prone to break.
yep looks weak but you never know, most of the winning ultra4 cars are IFS in the front
The red lasernut 63
has a solid axle front and rear.
@@dustinondrick7778 Thanks. I saw that. I also saw that the LaserNut 48 used Independent suspension front and rear. It was this distinction, especially its use of an Independent rear suspension that caught my attention. That is uncommon and advanced. The question is 'how does it fare relative to the 'old standard' of solids front and rear' Do you know if any conclusions were reached?
Well done! 👍
Liked. Sub'd.