Design concern: Compressing the suspension changes the center of the wheel. When the wheel is also rolling this means there needs to be a ‘handoff’ between the three struts. The result will be the translation of energy in to compressing the next strut which will slow the wheel. Torquemada on May 21st, 2016 - 9:39am
Each wheel incorporates a regular hub, with a hub brake and hub gearing. Instead of spokes, however, three looped carbon composite springs run from the hub to the rim. Whenever the wheel hits a bump in the road, the energy is absorbed by those springs.
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Hi we are new to a air ride equipped motorhome and are wandering if it is ok to lift the wheels off the ground with the Jack's when leveling on those unlevel sites, the chassis is a Freightliner XC and it seems like the air bags are really stretched if the wheells and everything are pulling down on them in this situation ... We just do not want any damage to the system. Your input would be appreciated thanks The weight of the axle pulls down on the air bags but the weight of the front axle assembly is supported by the length of the shocks. When the shocks become fully extended, air bags, leaf or coil springs, that's when the front axle assembly quits moving down. I'm with everyone that doesn't like the looks of wheels in the air, but it doesn't hurt anything and I have done it. Think about this: The only way your motorcoach can roll away is if it's on the wheels. If it's up on the jacks, it can't roll. A good backhoe operator will hike the rear tires (where the brakes are) up in the air to get it up on the hydraulics where it is solid and stable, before operating. Sometimes they raise the front tires up with the bucket. Ever seen a mobile construction crane? First thing they do is raise all the tires up off the ground to get the unit level and stable before operating. I'm not saying to lift your coach that way, but it's not the big deal that some people try to make it sound like. On my Freightliner with the stiff rear end and V-Ride, if I lift one side a couple inches, the duals will come off the ground. Not a big deal because the jack won't roll.
From an exclusive switch bank, TRX adapts at your command with performance-tuned drive modes for on- and off-road excursions.
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Loopwheels give a smoother ride on bumpy, uneven ground such as woodland tracks, cobbles, grass and beach as well as smoother surfaces like paths around town.
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Loopwheels replace conventional bike spokes with a group of 3 springs made of carbon composites. Each wheel's spring trifecta works synchronously as a self-correcting system, with connectors that attach them to the hub and rim, and a configuration designed for optimum compression, lateral stability, and smooth torque transfer between wheel parts. The effects: increased comfort; reduced vibration; and easy riding. Also, they look pretty.
The way the loop-ends overlap each other, it looks like that would give some lateral stability.
Curve Tetra Grip & Curve Tetra Grip L push rims have the same ergonomic shape as the ‘Curve/Curve L’ but in addition are rubber coated for greater grip. Designed for tetraplegics with triceps function and for wheelchair users with complete hand function but little hand strength.
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A rear-wheel-drive car often has a live axle , a tube containing both the drive shafts (half shafts) and the differential gears . A four-wheel-drive car may have a live front axle 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
The University of Texas at Austin Center for Electromechanics (UT-CEM) has conducted a set of simulations and full-scale experiments to determine suitable shock load design requirements for in-hub (wheel) propulsion motors for hybrid and all-electric combat vehicles. The characterization of these design parameters is required due to recent advancements in suspension technology that have made it feasible to greatly increase the tempo of battle. These suspension technologies allow vehicles to traverse off-road terrains with large rms values at greater speeds. As a result, design improvements for survivability of in-hub motors must be considered. Defining the design requirements for the improved survivability of in-hub motors is the driving factor for this research.
The wheels were launched in 2013 after 4 years of rigorous testing and development. After a successful Kickstarter campaign they are now available to purchase online. Stay on top of the latest engineering news Just enter your email and we’ll take care of the rest:
A vehicle’s suspension is a series of shock absorbing parts and springs that keep your car driving straight, and from bouncing too hard when riding over bumps. It also helps out with the braking process and keeps the body of your vehicle attached to the wheels.
Event: SAE 2005 World Congress & Exhibition Also in: Advanced Hybrid Vehicle Powertrains 2005-SP-1973 Military vehicles and equipment Test facilities Test procedures Simulation and modeling Wheels