New Hybrid Car-Quadcopter

2 Min Read

B

 

Quadcopters
have become a very popular type of devices lately, with many
traditional RC helicopters and planes being replaced with models that
have four rotors. This creates a much more stable vehicle, and allows it
to maneuver much easier. But a new Kickstarter project aims to combine
this design with a traditional racing car, to create a new type of
vehicle that can both roll on roads and fly up at a moment’s notice.

The
prototype is called B, and it was created by a Southampton inventor who
tried to devise a way to create a remote control vehicle that could
roll on the ground and fly just as well. Thanks to an innovative design,
he combined four wheels along with four rotors embedded in those
wheels, giving B this unique capability. Typically, vehicles that can
fly either need to stay stationary on the ground in order to lift up,
such as an helicopter, or they need a long runway. This patent pending
invention can simply fly up at a moment’s notice while it’s running off
full speed on the ground, land, then keep going.

The
uses for such a vehicle are many. This flying ability allows it to go
above any obstacle, and the way the parts are positioned allows it to
control both the wheels and rotors from a single engine and controller.
The goal is to raise £86,500 in order to finance the creation of this
device, which will be sold as a toy, but he already has plans to
increase the possibilities of this invention, including making a full
sized vehicle, or changing it into a remote exploration device for harsh
terrain.

See also  Disney's Tron Sequel Inspires Cutting Edge Toys

Why Trust InventorSpot

Our team of innovation experts take great pride in the quality of our content. Our writers create original, accurate, engaging content that is free of ethical concerns or conflicts. Our rigorous editorial process includes editing for accuracy, recency, and clarity.

Share This Article
This is the archive of InventorSpot. These articles were created from 2000-2020 from various previous authors over the years. Please note: they are no longer being updated and refreshed. We thank the previous authors for their contributions to the publication over the years.