Boots at 45 miles per hour can rival lightning
chinatopwin
chinatopwin
2017-08-17 10:50:47
In 25 years, Seymour inventor Keahi dream imagine animal like running, jumping. When he was
12 years old, when he watched a kangaroo TV program, when the host said, the kangaroo can
have such a high, thanks to the strong pace of its spring like Achilles tendon. Then he thought,
why not according to the the principle of designing a device applied to humans?
Later, he began to design the ostrich as a prototype, because he found the ostrich's walk,
At the age of 17, he used the inline skating boots, steel and bungee cords and built the first
The third generation bionic boots Seymour designed by metal wire mesh and glass fibers,
In order to subsequent prototype weight from 10 pounds to 6 pounds will reduce, Seymour
The emergence of carbon fiber was Seymour favor, so he did not hesitate to abandon the
Later, he began to design the ostrich as a prototype, because he found the ostrich's walk,
running closer to humans
At the age of 17, he used the inline skating boots, steel and bungee cords and built the first
generation model. Subsequently, he designed more than 200 bionic boots boots. Today,
Seymour design can let him at a speed of 25 miles per hour run. He felt "really is the final
Superman." Seymour, hope to use electronic Pro elastic actuator to strengthen the heel boots,
which will speed up to 40 miles per hour. He is expected to conduct more tests.
The evolutionary history of bionic boots 1988
The third generation bionic boots Seymour designed by metal wire mesh and glass fibers,
composed of steel and spring Achilles bungee cords to provide power. These boots from
10-12 inch, the height of the best height prove the truth. But the third generation speed can
reach 15 miles per hour.
2010
2010
In order to subsequent prototype weight from 10 pounds to 6 pounds will reduce, Seymour
for aluminum glass fiber change. He also replaced the new spring, spring is a carabiner or
the bolt with the thickness of the fish barrel, they are connected by a thin rubber together.
2012
2012
The emergence of carbon fiber was Seymour favor, so he did not hesitate to abandon the
aluminum. In order to finished fixed in the legs, Seymour chose to use more Velcro thin
legs fixed on a snowboard boots stability. In the model, he retained the structure of carbon
fiber, but the use of the nylon belt was strengthened.