Why Mechanical Stabilization is Safer, Better than Electronic Stabilization Hoverboard Go-kart
Channel: MIA Micro-FLIGHT
Date: 2020-09-11

A comparison of Mechanical vs. Electronic Stabilization with respect to RC model Aircraft as a base reference, followed by Side-by-Side Wheel Scooters also known as Hoverboards. Why mechanical, and this encompasses not only dynamic but static stable mechanical architectures or framework, stabilization is better.  Especially when you have to put your life at risk.  There are a lot of things that one can benefit from, from an electronic reference, but when it comes to providing means of personal stabilization, I rather rely on a mechanical stabilizer and not on an electronic device that when it fails can be potentially lethal.  With this in mind, it may be easier to appreciate  the traditional coaxial helicopter with a flybar gyroscope type stabilizer than one that relies strictly on Integrated Circuit type electronic gyroscope devices. By the same logic,  a 4 wheel, go-kart or person carrying, structure is much more stable than a 3 wheel and 2 wheel one (in particular one that is designed with a side-by-side dual wheel base) and even more so than  one designed with a single wheel. 

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