www.cocoamotors.com/
Showing posts with label **wacky-urban transport. Show all posts
Showing posts with label **wacky-urban transport. Show all posts
Hovertrax and PMP-2
Chinese Segway Clones

Forca S-Runner-1
www.forca-sports.de/
see also,
www.s-walker.com/
==============

Robing M1, copy of Toyota Winglet
www.robstep.com/
www.theecoboomer.com
www.theecoboomer.com/products/xl/
www.freegochina.com/
============


www.x-robot.com.cn/
www.freeyoyo.cn/
======
InMotion SCV R1EX
www.imscv.com/en/
Zeus NanoCar and SciChair
AIST Japanese Segway
The AIST Micromobility vehicle from the National Institute of Advanced Industrial Science and Technology's (AIST's) Field Robotics Research Group
http://news.cnet.com/8301-17938_105-20002596-1.html
DIY Segway
Transport Challenge - The Gadget Show
(full show)
http://video.google.co.uk/googleplayer.swf?docid=1138099210899575455&hl
Honda's Robot Leg and Lockheed Martin HULK
Segway Samca - Concept


Segway Samca is a concept designed by Damien Fressard, and the idea is to make a monopod electric vehicle for Abu Dhabi’s new urban landscape, vehicle that can generate power from innovative gyroscopic motors with small inner wheels for stability.
www.in-thefuture.com/2009/10/segway-samca-monopod-electric-vehicle/
Canjun Crawler and Land Crawler eXtreme
drill powered walking machine
izzy swan
www.thinkwoodworks.net/
=======================
The Cajun Crawler was built by a team at the University of Louisiana, with the platform design of a Segway but moving on legs rather than a pair of self-balancing wheels.
=============
www.vagabondworks.blog123.fc2.com
============
www.crabfuartworks.blogspot.com/2011/02/hamster-powered-walker.html
Nissan Personal Mobility Device

Now Nissan is getting in on the act with its own prototype developed in partnership with Japan’s National Advanced Institute of Science and Technology (AIST).
The device consists of two footboards, which balance upon two wheels – a main wheel and a smaller wheel on the outer side. Each footboard features a ski-pole-like handlebar to help the user maintain balance while in motion and a motor to drive the device at around 5kmh. When joined together tilt sensors inside the footboards detect the user’s shift in weight to turn. Sensors can also detect nearby obstacles allowing the possibility of the device being used to carry luggage that follows its owner around.
When the footboards are separated the device’s movement is limited to forward and reverse with turning accomplished in the same way as a stilt walker – lifting each leg and device and turning before placing it back on the ground.
www.gizmag.com/nissan-personal-mobility-device/13210/
http://news.cnet.com/8301-17938_105-10405563-1.html
Subscribe to:
Posts (Atom)
















