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Towing a trailer in the bush has constantly been an issue due to the fact that of the restrictions associated with the suspension. Even if you own a great off-road vehicle, it's the trailer that presents an obstacle. The main issue, of course, is the through-axle. Key Reference remains the most susceptible to any rocks and tree stumps along the trail.
The United States military had an issue. Trailers that were used to get the injured on the battleground had you thought it limited usage, i. e. they weren't able to securely go where the tow lorry could. The medics required a trailer that could go anywhere, even on rough surface.
After numerous months of call and e-mails, we provided them an initial idea for their model. Our buddies in Oregon liked the proposition, but they failed to win the agreement. So, at the end of the day, Timbren had a truly cool concept for a trailer suspension. Therefore began the job of fine-tuning a great idea to make it excellent.

As you have actually probably guessed, the principle is basic. It involves eliminating the through-axle. That's why we named it No axle. None. Nada. Nichts. The obvious advantage from having no axle is, obviously, extra ground clearance. When you're driving through rough terrain, the last thing you need is a bent or damaged axle slowing you down.
Because of that, the Axle-Less design supplies a peaceful, smooth flight at all times. Let's take a better take a look at the parts found in the Axle-Less suspension, what they're made from, and how they contribute to the style of a much better off-road trailer suspension. Given that there is no axle, where do the wheels go? On the frame, naturally! The wall mount facilitates a simple, bolt-on setup.
These holes can be used as a design template to mark the frame where the holes need to be drilled. The wall mount also has a 2" square hole through which a steel pipeline can be fed for frame reinforcement. The steel pipe can be bolted or welded in location. Control arms are a critical part of an independent suspension system, controlling the movement of the wheels.
