FlexTek titanium suspension
 

has anybody tried or heard anything about the Flex Tek titanium suspension?

on beatyourtruck.com is a review.

I personally think that they flex too much, i don't know if you keep your cvd's straight with those arms.

They are local here in Oregon. I'm trying to get a set to race with. If I do I'll let you know.
I was going to sell them but only have till the end of May to do so because then there going big.

serum, have you used them or seen them used?

No, i read the review on beatyourtruck and watched the movies.

I think it can absorb a serious impact, but have you seen how tight a cvd is in the UE diffcups? I think it will bent if you crash onto something. The cvd will be pushed inside the cup to far, and if it does, the cvd isn't able to make a large angle anymore.

It is a fantastic arm though, to absorb impacts.

Like i said 'i think' i don't know it for sure, but look at the movies that are on BYT, you'll see that the arms, when they flex get shorter. And when they get shorter, they will push in the drivecups further, and they want to make an angle in that cup as well. I just haven't got a bulletproof idea on them. Those arms will hold, but will your cvd/drivecup hold.. That is my question.

If you have got an impact that would ruin your cvd with these, i don't know what the aluminum arms would look like though.


It could work on a light truck, but how is it in a heavy truck?

i have copied some of your questions and have sent them to Flex Tek to get an answer,willl post when i recieve them...thanks

Okay!

Let us know!

I don't think that they will admit anything though.

well, my first question was about the flex and here is their answer:

In regards to the flex of the arms and the video you might have seen, what you do not see in the video is the aspect of an 18" cheater bar being attached to the end of the arm. The video shows the extreme flexing ability of the material and our design. You would never see this on an installed truck as forces are never even close to what the video shows. Our arms are designed to flex upon an impact and absorb the shock thus eliminating some of that shock into the rest of the vehicle. In the direction of suspension travel the arm design is very rigid so more power is transferred to the ground where you want it. Hope this clarifies any concerns that you might have.

Serums questions followed and i will post as soon as i recieve.

That explains quite a thing.

I think those are nice arms then.

For those interested, here is the answer i got from them on the weight;

Upperarm is .074 pounds.
lowerarm is .092 pounds.

how does that compare to the stock arms?

Upperarm is .074 pounds.
lowerarm is .092 pounds.

times 4 = a total of .664 lbs (they claim that's about the same as stock, but i don't know the weight on the stockers)

My racer X weights .620 (including the rear connection thing)

They weight about the same, only due to the flex i think you can use titanium pivotballs without braking them fast.

I personally like the Gmaxx geometry over this flexing feature.

That is unique. THey come with the shocktowers as well (loooooooww profile...)

FYI guys. I'm purchasing a set for my Race maxx. I like the look of them in person and they seem great. Plus no one runs them so why not me?

I'll let you know what there like when I get to really test them out.

ya, i went for them too(for my cf g-maxx), on ebay!.......................sweeeeeet!

the lastest word from Flex Tek:

As mentioned the video shows an extreme case of flexing the FlexTek arm. The amount of leverage that is being placed on the arm in that video is substantial let alone you really had to reef on the bar to make it flex. The everyday operation of a Tmaxx will never excert that kind of force into the arm. There is not enough mass in the truck to do so. In addition the drive line has the ability to slide within itself and this inconjunction with flex of the arms should compensate for huge stress being put into the CVD. Aluminum arms will not hold a candle to FlexTek. We have in excess of 4 times the strength with the added ability to flex. Aluminum will simply bend or break under the same circumstances. It comes back to the modulus of elasticity of the material. Hope this answers your questions.