B
B. Sanders
Guest
Over the weekend, I was thinking about how schools of fish can move quickly and precisely in perfect
concert - almost moving like a single fish. I thought of cycle racing and what could be done to
instrument road bikes for safe, fast, close-quarters riding (better than human response times). I
imagined that a system could be devised to avoid/prevent/minimize crashes and subsequent pileups on
training rides, for instance.
It would be interesting to develop a bike that is self-balancing, using servo-controlled steering
correction to add dynamic balancing input. If a servo-controlled balancing mass were added in
addition to the servo-controlled steering input, you could make a pretty stable auto-balancing bike
fairly easily.
The ideal setup would allow rider steering input to act upon the servo system, which would correct
for it instantly (such as banking coordination in a sharp turn). One likely goal would be to figure
out how the rider's natural balancing rhythms could co-exist with computer controlled balancing
corrections to enhance the stability of the rider/bike/computer system. It is said that the Segway
"feels natural and stable" upon first use. Such stability and naturalness would be the goal of a
self-balancing bike system.
I suppose you could give the bike ABS braking, since you're going to the trouble of instrumenting it
with accelerometers a la Segway.
Has this been done?
Barry
concert - almost moving like a single fish. I thought of cycle racing and what could be done to
instrument road bikes for safe, fast, close-quarters riding (better than human response times). I
imagined that a system could be devised to avoid/prevent/minimize crashes and subsequent pileups on
training rides, for instance.
It would be interesting to develop a bike that is self-balancing, using servo-controlled steering
correction to add dynamic balancing input. If a servo-controlled balancing mass were added in
addition to the servo-controlled steering input, you could make a pretty stable auto-balancing bike
fairly easily.
The ideal setup would allow rider steering input to act upon the servo system, which would correct
for it instantly (such as banking coordination in a sharp turn). One likely goal would be to figure
out how the rider's natural balancing rhythms could co-exist with computer controlled balancing
corrections to enhance the stability of the rider/bike/computer system. It is said that the Segway
"feels natural and stable" upon first use. Such stability and naturalness would be the goal of a
self-balancing bike system.
I suppose you could give the bike ABS braking, since you're going to the trouble of instrumenting it
with accelerometers a la Segway.
Has this been done?
Barry