2.1: Humps - if u roll over a hump, den the shock can make the hub offset.but if it maintain with the situation i wrote on top. then you'll have the case o rolling in a "something like a smaller wheel since the radius reduced" but will be fine, then after the humps, the wheels would recover the shape. here you'll still good
This is not to be confused with the Israeli designer Ron Arad and his Soft-Wheel invention from 2011. He’s invented, though probably not for commercial reasons, a bike wheel that will never go flat. See below.
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unlike other bikes I purchased, I did not have to make any tuning/adjustments for the deralleurs - hope this won't jinx it. The bike arrived very fast and only a little assembly to do and very easy. The gears change very smoothly. It's a little heavy but I'm very satisfied !!! Had bike for just over a month and gears don’t work proper and back wheel frame is bent and has a wobble. Thought getting a more expensive bike would be more durable but I was wrong. My 200 dollar Canadian Tire bike was better. The tires are missing some ball bearing and trying to put the tire on only results in a wobbly tire. Off to buy some ball bearings now... Grumble.
L-faster 200MM Electric Scooter Tyre with Wheel Hub 8" Scooter Tyre Inflation Electric Vehicle Aluminium Alloy Wheel Pneumatic Tire (Wheel)
Talking with Sam and Gemma it is clear that Loopwheels wont be stopping with just this one product, hints are dropped and you can see ideas formulating in their heads as they talk with you.
Next Next post: Burj residents sweat over developer threats to cut A/C and elevator services 6 thoughts on “Softwheel uses inner suspension arms to re-invent the wheel for bikes and chairs [video]”
The most loop-the-loops in a Hot Wheels track is 10 and was achieved by Rohan Dayal and Rahul Dayal (both India) in Mumbai, Maharashtra, India, on 7 April 2021. It took Rohan and Rahul three days to build the adjustable angle wooden platform and assemble the entire track of 10 loops over it. Two people were involved in the project. Rohan Dayal and his younger brother Rahul Dayal. "Testing was initially with few loops and as we increased the loops and the length of the track, the project became challenging. Since the track became long it needed to be supported on a firmer wooden platform. The longer the platform, the greater was the weight and bending in the center. This needed strengthening of the platform. This was the initial challenge." While testing the brothers found that the journey of the car through the loops depended greatly on the angle of the platform. To facilitate variable angles they had to construct an adjustable wooden leg support. By adjusting the leg support during testing they arrived at the best angle which gave them the breakthrough that they could achieve the target. The project cost approximately INR 3500 ( approximately £35). The cost was less as the brothers already had collections of Hot Wheels cars and track and only had to purchase the remaining missing track pieces. The plywood used for the platform was upcycled from scrap. There were a numbe rof challenges faced by the pair. As the number of loops increase, the project became challenging in terms of scale. The length of the platform, it's weight, and height also presented difficulties in handling. The speed of the Hot Wheels car increases as it descends from greater heights causing the car to lose balance. Despite all these difficulties the pair think they could attempt to increase the loops by a further one or two in the future. "Since a young age of around 12 years, I would try to do small projects like making a wooden toy car or cricket bat. Later as I grew I would do some small household repair works. For all this, I would use my Dad’s tools. As a child, I liked playing with toy cars. I would make my wooden toy car and make it slide on sloping surfaces. During this time I was gifted with Hot Wheels cars and tracks which came with super smooth cars and steep sloping tracks. Soon I had a good collection of it. Recently I came to know about the Guinness World Record of 8 loops and decided that I can better the record. The Guinness World Records titleholder would be the best thing I would have ever got. It would also mean that records are an inspiration to do better and create greater records. It would be a proud moment for both me and my family."
4: Up hill- this is where i think you may encounter difficulty. since its a climb. assume that you follow case 1, then you should be at least fine here. you have to focus on the ground distance to hub must always be greater than radius of wheel parallel to inclination of climb. (because imagine case 1, if your hub is no longer at the center, you will be lifting your self. in an inclined position. more difficult than lifting in a plane.
Let’s put as much weight in the wheels as we can! I would just love to have to accelerate all of that weight over and over again in stop-and-go city traffic. Woof! Talk about energy savings! Cheese on May 20th, 2016 - 9:53am Rapha on May 20th, 2016 - 10:03am José Galdino da Silva on May 26th, 2021 - 6:17pm
I suspect that many of us have had problems when it comes to carrying “stuff” on our bikes and trikes. You may want to keep it simple – just a pair of bags that are connected by straps that lay across your seat. Or, you say that you already have some panniers, but either you can’t find a rear rack that will work on your bike or trike, or the ones you find are either too expensive, or maybe they won’t work with suspension. You may be on the edge of throwing up your hands in despair, and just stuffing things into your pockets. Don’t give up hope – I’ve got some possible solutions for you! Read More » Uprising Shorts from Elevenpine Posted on September 25, 2020 by Larry Varney
The Recumbent Cycle-Con has been rescheduled for October 7, 8-9, 2002, at The Montgomery County Fairgrounds in Dayton, Ohio!. As always, you’ll get the chance to see the newest recumbent bikes, trikes, and tandems, as well as ride all the new models on our Outdoor Demo Riding Arena. The Recumbent Cycle-Con is part of Cycle-Con Weekend, which include the Adaptive Cycling Expo, Bicycle Tour & Travel Expo, and the Electric Cycle-Con.
I actually really like this design. I’m sure it’s heavy, but it also seems to keep lateral flex in check, and the idea of the suspension movement being able to travel in any direction necessary is fantastic. Dsand on May 20th, 2016 - 8:49am
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.
MacPherson-strut suspension can be used at both front and rear. The wheel hub is fixed rigidly to an upright, telescopic, tubular strut which has its top end anchored to the frame or to a reinforced wing.
The fact that each shock is individually adjusted and tuned makes me wonder how difficult it would be to get them synced and the negative effects of them being out of whack with one another. Colin M on May 20th, 2016 - 10:53am nightfend on May 20th, 2016 - 10:59am
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