Ron Thompson is a retired mechanical engineer. He’s built a 2 wheeled bent he believes is the 4th major breakthrough in bicycle design. That’s a lofty assessment but you owe it to yourself to hear him out. The ability to recruit supplemental hand power on a recumbent bike is the intriguing innovation he’ll discuss with us today.
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You’ll notice your loopwheel has more movement, vertically and laterally. As soon as the springs are loaded, they compress and further change their concentricity. This is what gives your wheelchair comfort and shock absorption. A Loopwheel is designed to absorb shocks, reduce jolting and cushion your body against vibration. You’ll notice more sideways movement than with a spoked wheel, but you’re trading rigidity for greater comfort.
As a comparison, consider the 1995 Corvette ZR-1, an ultra-high performance, 405 horsepower Corvette of which 527 units were sold. It came equipped with 17-inch wheels and tires. The front tires were 275/45R17s, meaning they were three-quarters of an inch thicker, had the same height sidewall, but were smaller than the Taurus by two inches in diameter.
Stainless steel spring loaded casters wheels Material: PP core with TPR wheel Suspension Mount: SUS 304 Wheel Size:Ø75 x 32mm,Ø100 x 32mm,Ø125 x 32mm Load:70kg,100kg,120kg Bearing: Ball Bearing
Author(s): E. J. Triche, J. H. Beno, H. E. Tims, M. T. Worthington, J. R. Mock
I’m beginning my return and hopefully the next one doesn’t have this issue. Is there something on the user end that can cause this or is this something that was just wrong with the manufacturing? I put this bike together per the instructions. I rode it down my driveway and hit the brakes. When I did so the front tire instantly moved to the side and started rubbing the forks. I thought maybe I did something wrong so I read over the instructions and made the front wheel a little tighter. Still got the same result. Definitely going to try to return this thing. Just sucks I spent all that time putting it together and now I have to deal with shipping it back.
These air shocks are tuneable to give you whatever level of tire deflection you choose, from super-firm to softer and squishier than a regular deflated tire can handle. Likewise, you can design in whatever degree of lateral flex suits your application, and even whatever level of torque flex you'd like, which allows the wheel to flex a little on the axle before it turns. This allows it to act as a soft torque coupler and gives a touch more traction in very difficult circumstances before the wheel spins, as well as slightly isolating the drive train from damaging torque forces in the rough stuff.
The Aftermarket Group Wheelchair Tire, Low Profile Urethane Foam, Pyramid Shape, Grey, 24" x 1", TAG141001
Not for you? At the end of your trial we’ll arrange collection of your wheels – no obligations, no questions asked, no extra fees.
So how does it work? Well, a suspension fork (spoke suspension) only works on one plane. The Loopwheels on the other hand, provide what Loopwheels call, “tangential suspension.” Basically, they work in every direction, according to Loopwheels.com. So, they respond “to a force hit head-on in the same way as they do to a force from above or below.” This gives riders a smooth ride, instead of the lumpy, vibrating ride they are used to.
I'm looking to buy Enkei RPF1's. I am undecided if I should go with the 17 or 18 inch size for stock suspension. I am driving a coupe and have always felt the RPF1 visually looks 2 sizes smaller than they actually are, but I don't want to install coilovers yet - maybe in a few years, but not now. First Name Jay Joined Mar 18, 2018 Messages 9 Reaction score 3 Location Idaho Car(s) 2016 Honda Civic
This illustration shows how the Loopwheel handles bumps compared to a conventional spoked wheel View gallery - 6 images
A picture of the very incomplete gantry as it currently is, to give a better idea of what I'm up to: < > The only other way to get wheels to turn is either roll them freely unbound to anything, or attach them to a rotor. You can adjust the suspension settings to make them ridged, and you can use vertically oriented suspensions to prevent side wobble as if it was on rails. Wheels lack any form of propulsion on their own. They also lack any form of innate rotation ability. They're just cylindrical objects, exactly as they are in the real world (try welding a wheel directly to something sometime and see how well it spins). You need to provide an axle to them, and propulsion should you require it as well.
Maybe I’m wrong but wouldn’t the wheel react differently every time you hit the same obstacle depending on how the shocks are pointed? Bartthebikeman on May 20th, 2016 - 2:58pm
A heads up to politicians and city planners: stop wasting your money on bike lanes, tax incentives, and PSA campaigns. All you need do to persuade your constituents to trade in cars for bicycles on their morning commute...
Why allow weather to limit your performance? TRX employs an initial 45/55 torque split and manages engine horsepower for optimal launch performance on snow and ice.