The SAM Project Customized a Corvette for a Quadriplegic Driver
Rahul Kalvapalle — May 9, 2014 — Autos
References: arrowsamcar & gizmag
The SAM Project -- or 'Semi-Autonomous Motorcar' Project -- refers to the customization of a Corvette C7 Stingray so that it can be driven by quadriplegic Indy racecar team owner Sam Schmidt. The Corvette was altered by military and industrial engineers to allow Sam, who can't move his arms or legs, to drive.
Schmidt controls the vehicle's movements by tipping his head backwards to accelerate, tilting his head sideways to steer and biting down on a mouth-held brake to slow down. Infrared cameras located on the driver's hat detect his head movements, which a CPU translate to commands which are then sent to actuators embedded onto the accelerator, steering wheel and brakes.
The SAM Project car is the result of a collaboration between several different organizations, including the non-profit Falci Adaptive Motorsports and the US Air Force Research Laboratory.
Schmidt controls the vehicle's movements by tipping his head backwards to accelerate, tilting his head sideways to steer and biting down on a mouth-held brake to slow down. Infrared cameras located on the driver's hat detect his head movements, which a CPU translate to commands which are then sent to actuators embedded onto the accelerator, steering wheel and brakes.
The SAM Project car is the result of a collaboration between several different organizations, including the non-profit Falci Adaptive Motorsports and the US Air Force Research Laboratory.
Trend Themes
1. Customized Assistive Technologies - The SAM Project demonstrates the potential for customized assistive technologies that enable individuals with physical limitations to engage in motorsports.
2. Semi-autonomous Vehicles - The SAM Project showcases the development of semi-autonomous vehicles that blend human control and automation, opening up possibilities for increased independence and mobility.
3. Sensor-based Control Systems - The SAM Project highlights the advancement of sensor-based control systems that can interpret head movements and translate them into actionable commands for driving.
Industry Implications
1. Assistive Technology - The SAM Project presents disruptive innovation opportunities in the assistive technology industry by pushing the boundaries of what is possible for individuals with physical disabilities.
2. Automotive - The SAM Project creates disruptive innovation opportunities in the automotive industry by exploring new possibilities for inclusive and accessible transportation solutions.
3. Healthcare - The SAM Project offers disruptive innovation opportunities in the healthcare industry by demonstrating how tailored technologies can improve the quality of life and independence for individuals with limited mobility.
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