Optima Sports Announces New Camber Tire Technology

First off, Ahmed, dont have a heart attack.

http://www.newscom.com/cgi-bin/featured/prnthumbnew/20100513/CG03771

http://carphotos.cardomain.com/ride_images/4/338/3161/38344080027_medium.jpg

Union should start grabbing these for there daily driving wheels.

Recently named one of the ten most significant emerging technologies by Automobile Magazine.

WALES, Wis., May 13 /PRNewswire/ – Optima Sports LLC, a local automotive and sports technology company, announces the release of the new patented CamberTire invention, which introduces a trapezoid profile and asymmetrical sidewalls into conventional tire design, bringing extensive benefits including handling/braking performance, safety and fuel efficiency. Camber designs can be utilized on any on-road and off-road vehicles with independent suspension or those with non-driven solid axle(s) – virtually impacting every tire category on the market today. The company’s CamberTire brings major benefits to the automotive, over-the-road and trailer industries without production and distribution barriers, requiring only tire mold alterations and adjustments to alignment settings.
(Photo: http://www.newscom.com/cgi-bin/prnh/20100513/CG03771)
Introducing camber into a tire, and eliminating the need to have toe-in alignment settings, brings significant benefits including improved fuel efficiency, enhanced handling and performance and improved safety with decreased incidence of rollovers (ex SUVs). Environmental benefits are significant as well, with improved realized mileage due to a reduction in rolling resistance and wind profile, extended tire life and less material usage allowing narrower tire profiles to achieve desired handling characteristics with less weight.
The revolutionary camber tire design has broad market applications for every automobile category, over-the-road trucks (semi) and vehicles with non-driven solid axle vehicles, such as trailers or mini-vans.
CamberTire design benefits provide a new level of control, traction and sensitivity to high-performance, touring and every day tire applications including automobiles, SUVs, conventional trucks, recreational vehicles, semis, trailers, and a number of other off-road applications such as outdoor sports vehicles, construction equipment, and lawn and garden and agricultural equipment.
According to John Robinson Scott, the company owner and the CamberTire inventor, “This advancement will revolutionize the tire industry and we are ready to bring it to market,” he said. “'The benefits this design offers are significant to a traditionally slow changing industry – we have, literally, reinvented the wheel.”
Scott’s CamberTire patent includes any tires with a constantly decreasing diameter from one sidewall to the other. The patent covers any tires manufactured with any degree of camber. A recently filed second utility patent covers all conceivable methods for uniform camber tire production.
Don Sherman, technical editor of Automobile Magazine and contributor for the New York Times, recently conducted track tests of two-degree camber tires with 140 tread wear rating at two Midwest test tracks to compare them to conventional “square” tires. The results were extremely positive. “Now that we have enjoyed a few miles over the road on these tires and had the chance to conduct two preliminary performance tests, we are more convinced that the camber tire concept is worthy of our acclaim,” as stated by Sherman in a recent online Automobile Magazine article. The publication also rated the CamberTire as one of ten most significant emerging technologies in the June issue of the magazine.
Scott’s company has been in prototype partnership with M & H Racemaster, a division of Interco Tire Corporation located in Rayne, LA, under a Cooperative Development Agreement to produce prototype tires and conduct the first industry testing. The first round of two-degree camber tires produced easily passed DOT testing. High speed tests met V rated performance requirements, the highest test rating available through M&H, but the prototype tires were built to meet or exceed Z rated performance.
Optima Sports is working with M&H to contract manufacture jointly-branded performance street CamberTires in multiple categories and provide Optima Sports distribution of M&H built CamberTires for sales throughout the world. M&H Racemaster plans to license CamberTire rights for their drag racing line. “We have seen excellent results so far as we have optimized the production process. Adopting the camber tire technology can provide us with the competitive edge we are looking for in several types of racing,” explained Tom Lorden, general manager of M&H. "The camber tire design is likely to be the most significant advancement to tire performance since the introduction of radial tires. We are researching applications in all of our product lines. "
Although Scott’s company is initially going to market with several sizes targeting the high performance niche, its near term plans include producing additional molds to expand the product line into more conventional tire size applications, as well as additional licensing agreements with tire manufacturers and exclusive OEM fitment agreements with car, truck and trailer manufacturers. Optima Sports is also considering outside investment opportunities to rapidly expand operations and market penetration.
Optima Sports LLC, which was originally incorporated in 1986 as Evolution Sports and reincorporated in 1994 under its current name, is dedicated to engineering new technologies and products in the automobile, tire power sports and sports apparel industries with enhanced designs that optimize performance and functionality and drive significant paradigm shifts. Although the CamberTire technology is the company’s current focus, Scott and his engineering team are working on new designs and patents to further improve current and evolving industry product offerings as well as expand the company’s intellectual property portfolio.
CONTACT:
Denise Harris

p 262 968 9008

c 262 751 5595

e dharris@harrismg.com

www.cambertire.com

So basically you can have fucked up camber and toe settings and not haveto worry about tons on wear on your tires??

cliffs?

this is all i read. lol

“Cliffs”

Introducing camber into a tire, and eliminating the need to have toe-in alignment settings, brings significant benefits including improved fuel efficiency, enhanced handling and performance and improved safety with decreased incidence of rollovers (ex SUVs). Environmental benefits are significant as well, with improved realized mileage due to a reduction in rolling resistance and wind profile, extended tire life and less material usage allowing narrower tire profiles to achieve desired handling characteristics with less weight.

heart attack

cool, and it looks like a simple wheel barrel tire design :stuck_out_tongue: jk

Interesting find thanks for sharing.

Btw, toe settings wear tires, not camber.

[QUOTE=a_ahmed;2321055
Btw, toe settings wear tires, not camber.[/QUOTE]

oh really?

Thinkin the EXACT same thing -_-

So how do you explain camber wear?

^If your tires are like that you’re probably doing something stupid or something is very wrong to be even at that point. Basically that tire looks like it’s been someone’s all season tire for 500,000 miles before they decided it’s time to change the tires. Pretty even wear then lol.

Let me rephrase that. Camber does not wear tires significantly enough as toe does, noticeable tire wear will be from bad suspension components obviously like balljoints, tie rods, etc… and the alignment itself, however camber wear will be a very eased smooth slope from one end to the other.

Add even a bit of toe and it’s like dragging your ass all over the place for miles – it’ll hurt like one bad rash.

Your tires will wear out less if you corner hard but have camber. My tires with hard driving have been completely evenly worn despite -4.5 front camber and -2.0 rear camber even -2.5 at one point.

My rears are still evenly worn but the front due to having bad balljoints (just fixed), bad outer tie rods (not fixed), and moving rack (worn rack bushings - still not fixed) my tires got screwed up in the in a very short period of time. The fronts were gradually wearing due to toe out with minimized camber -3 -3.5… but were evenly wearing with -4.5.

Basically what I’m saying is toe will eat your tires, camber will not… and ideally though one would want tires flat at all times for maximum traction. So if cornering hard, you’ll actually wear them less with more negative camber.

Ahmed is correct, Toe ruins tires, not camber.

but of course camber plays a part if you have a ton of it as well.

I’d take more camber than Toe if anything. Toe being off will destroy tires where camber won’t be as bad.

Btw I’m still recovering from the heart attack lol, its a pretty awesome concept, and no one thought about it until now. I still wana see some data though. I’ll have to scavenge through their 1990s style website later on lol…

There was also that mechanical camber change thing as tested since… well when I was i think still in high school or college… never heard of it since… where there was a linkage of sorts to the steering system to the camber plates and it would change camber as you steered… shaved a good 1-2seconds off lap times if i recall test videos… never heard of that again… i thought that was super cool but :-/