The Arrow Corvette Can Be Driven By People With Limited Limb Use
Rahul Kalvapalle — May 26, 2016 — Autos
References: community.arrow & gizmag
The Arrow Corvette is a wonderfully well-modified version of the famous Chevrolet Corvette sports car, and is a semi-autonomous car designed specifically to be driven by people who may not enjoy full movement in their legs and arms.
The newest version of the Arrow Corvette demonstrated the ability to clock a highly impressive top speed of 245 km/h whilst being driven by Sam Schmidt, who lost movement in his arms and legs after a motorsport-related accident back in 2000. The vehicle can be controlled by head movements, while braking and acceleration are controlled by a mouthpiece that is sensitive to applied pressure.
This particular achievement goes towards proving this semi-autonomous car's credibility as a desirable and hugely viable alternative for those people who will come to rely on autonomous driving technology in the years to come.
The newest version of the Arrow Corvette demonstrated the ability to clock a highly impressive top speed of 245 km/h whilst being driven by Sam Schmidt, who lost movement in his arms and legs after a motorsport-related accident back in 2000. The vehicle can be controlled by head movements, while braking and acceleration are controlled by a mouthpiece that is sensitive to applied pressure.
This particular achievement goes towards proving this semi-autonomous car's credibility as a desirable and hugely viable alternative for those people who will come to rely on autonomous driving technology in the years to come.
Trend Themes
1. Assistive Driving Vehicles - There is a growing need for vehicles that can be driven by people who have limited limb use, resulting in the development of assistive driving technology.
2. Semi-autonomous Cars for Disability Access - Semi-autonomous cars are being developed to provide greater mobility and independence for people with disabilities.
3. Human-machine Interface Technology - The development of head-controlled and mouthpiece-controlled driving technology represents a breakthrough in the field of human-machine interface technology.
Industry Implications
1. Automotive Industry - Automakers have the opportunity to develop and market vehicles that cater to the needs of people with disabilities, creating a niche market for assistive driving technology.
2. Healthcare Industry - Semi-autonomous cars can improve the mobility and quality of life for people with disabilities, providing a potential opportunity for the healthcare industry to invest in assistive technologies.
3. Technology Industry - The development of head-controlled and mouthpiece-controlled driving technology opens the door for companies in the technology industry to innovate and improve human-machine interface technology in other applications.
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