Scott-E
Vetter Aficionado

I've been looking on-line for a sidecar. I'm having arthritis problems with my right ankle. Eventually that's going to lead to injuring it when my ankle rolls over at a stop and the bike falls over on me. I can't believe how every site that sells them goes about it. They are all misleading about the cost and what you'll be getting and what you must order to actually attach the sidecar to your bike and make it work. The only exception is Ural where you buy a bike with the sidecar already attached and ready to go. All I wanted was a factory built unit that I could order and put on my bike myself. I looked at Saferwholesale.com reviews and apparently actually receiving a sidecar with everything you were expecting never happens. Parts will be missing and they will not send you the missing bits you must have. The warranty and customer service ends when the crate leaves the warehouse. The most reputable sidecar dealer is Cozy but you must purchase the mounting kit separately for $480, which are out of stock. From what I can tell their customer base is made up of Royal Enfield and Triumph owners and they don't care to sell to anyone else. I think they have troube with customers that can't put the sidecar on properly with the universal mounting kit on bikes other than Royal Enfield and Triumph where they have mounting kits made specifically for those bikes. The other sidecar dealers only want to sell to RUB's (Rich Urban Bikers) with Harley Davidson or Indian Bikes and feature reproduction sidecar designs that started in the 1930's, and have never changed.
Well, I've officially given up buying anything related to sidecars on-line. I'm going to build one from scratch. I've already started designing the mounting kit which will replicate Craig Vetter's design except instead of manually turning the lean angle adjuster I will have an electric actuator instead. Another design I am coming up with is the wheel and suspension brackets. I'm going to design it as a separate unit from the frame that can be fitted to any sidecar frame. A plate will allow bolting it to a bracket that welds to the frame. There will be an easy to adjust toe-in adjuster on the suspension assembly. Adjustment will consist of pulling into a parking lot, loosing a clamp bolt, turning a lever to increase or decrease tow-in, and then tighten the clamp bolt. All done with just a socket, extension, and ratchet in less then 5 minutes. If it works I may patent my designs and go in the sidecar busness and operate it without all the drama I have discovered with other sidecar sales sites. I would contract a local sheet metal shop and/or a cabinet shop to build the sidecar body's and fab the frames, mounting hardware, and suspension unit myself. Everything would be made here in the USA.
Well, I've officially given up buying anything related to sidecars on-line. I'm going to build one from scratch. I've already started designing the mounting kit which will replicate Craig Vetter's design except instead of manually turning the lean angle adjuster I will have an electric actuator instead. Another design I am coming up with is the wheel and suspension brackets. I'm going to design it as a separate unit from the frame that can be fitted to any sidecar frame. A plate will allow bolting it to a bracket that welds to the frame. There will be an easy to adjust toe-in adjuster on the suspension assembly. Adjustment will consist of pulling into a parking lot, loosing a clamp bolt, turning a lever to increase or decrease tow-in, and then tighten the clamp bolt. All done with just a socket, extension, and ratchet in less then 5 minutes. If it works I may patent my designs and go in the sidecar busness and operate it without all the drama I have discovered with other sidecar sales sites. I would contract a local sheet metal shop and/or a cabinet shop to build the sidecar body's and fab the frames, mounting hardware, and suspension unit myself. Everything would be made here in the USA.