Tesla uses 50-year-old stunt tech for new Roadster
Tesla has turned to a 50-year-old compressed gas technology to help its upcoming Roadster sports car spin in mid-air.
Stock photo for illustration only, not from the actual event
- Tesla is utilizing 50-year-old compressed gas tech for the Roadster
- The vintage method is designed to enable mid-air vehicle spinning
- This approach bridges classic stunt mechanics with modern electric vehicles
Elon Musk is no stranger to unorthodox engineering concepts, and the latest effort to bring the Tesla Roadster to market involves a uniquely retro mechanical trick. The company has reportedly turned to a 50-year-old compressed gas technology specifically intended to make the electric sports car spin while airborne.
While utilizing compressed gas for directional control is a well-established engineering principle, adapting it for a modern consumer electric vehicle represents a fascinating design choice. This veteran methodology allows engineers to achieve precise movement and control under extreme scenarios using physics principles proven over decades.
Stock photo for illustration only, not from the actual event
The decision to incorporate 50-year-old compressed gas stunt technology into the Tesla Roadster demonstrates how cutting-edge automotive design sometimes relies on time-tested mechanical solutions. Generating sudden directional force in mid-air using pure electric motors presents distinct physics hurdles that direct gas thrusters can solve much more efficiently.
As further specifications regarding the vehicle's capabilities emerge, this development highlights Tesla's ongoing commitment to pushing the boundaries of electric vehicle performance by blending futuristic battery tech with classic stunt engineering.
Source: Ars Technica
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