The Ford 3D Racing Simulator Helps Cut Costs When Testing Cars
Justin Lam — October 2, 2018 — Autos
References: cnet
Surrounded by a massive 26-foot wraparound screen and powered by 25 computers, the Ford 3D racing simulator helps automakers conceive and develop the future of race cars and everyday vehicles. Set in the middle of this expansive screen is a lifelike racing car cockpit placed on a platform with six degrees of freedom. This allows the cockpit to rock, tilt, and jolt in whatever way the simulation requires.
A second but similar Ford 3D racing simulator is used for the development of production cars but is no less impressive. Ultimately, the objective of each simulation is to save money on car development while still providing "realistic" tests. The virtual track offers the same results as physical ones and can save upwards of $200,000 -- the cost of a trip to the Nürburgring ring to test a car.
A second but similar Ford 3D racing simulator is used for the development of production cars but is no less impressive. Ultimately, the objective of each simulation is to save money on car development while still providing "realistic" tests. The virtual track offers the same results as physical ones and can save upwards of $200,000 -- the cost of a trip to the Nürburgring ring to test a car.
Trend Themes
1. Realistic Automotive Simulations - The use of advanced racing simulators for automotive design and testing is a disruptive innovation opportunity that can save costs and enhance efficiency.
2. Virtual Testing Environments - Creating virtual tracks and environments for testing cars offers a disruptive innovation opportunity to reduce costs and improve accuracy in the automotive industry.
3. Immersive Cockpit Simulations - Developing lifelike racing car cockpits with motion-sensing technology can revolutionize car testing and design, presenting a disruptive innovation opportunity in the automotive sector.
Industry Implications
1. Automotive Manufacturing - The automotive manufacturing industry can benefit from the use of realistic simulations to cut costs and streamline the design and testing process.
2. Gaming and Virtual Reality - The gaming and virtual reality industry can explore opportunities to collaborate with automotive companies in creating advanced racing simulators and virtual testing environments.
3. Technology and Software Development - The technology and software development industry can contribute to disruptive innovation by developing motion-sensing technology and realistic virtual environments for automotive simulations.
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