The 'Slim Jim' Race Car is Powered By Solid Fuel Rockets
Rahul Kalvapalle — July 9, 2016 — Autos
References: news.microsoft & gizmag
A group of precociously gifted schoolkids based in the UK have managed to develop an exceptional, miniature rocket-powered race car that makes use of solid fuel rockets, foam components and micro:bit computers to be able to attain speeds of well over 77 km/h.
The winner of the first edition of the BBC micro:bit Model Rocket Car Competition, the Slim Jim race car is shaped like a bullet in order to enhance its aerodynamic functioning when ripping through the track. It is also fitted with specially designed racing wheels that feature an intentionally low number of spokes, which keeps down the weight of the vehicle.
This race car is a fantastic example of how modern micro-computing technology can be used in conjunction with rocket technologies to improve race car performance.
The winner of the first edition of the BBC micro:bit Model Rocket Car Competition, the Slim Jim race car is shaped like a bullet in order to enhance its aerodynamic functioning when ripping through the track. It is also fitted with specially designed racing wheels that feature an intentionally low number of spokes, which keeps down the weight of the vehicle.
This race car is a fantastic example of how modern micro-computing technology can be used in conjunction with rocket technologies to improve race car performance.
Trend Themes
1. Rocket-powered Miniature Vehicles - The trend of developing miniature rocket-powered vehicles like the 'Slim Jim' race car is expected to continue with advancements in micro-computing and rocket technologies.
2. Combining Micro-computing and Rocket Technologies - The combination of micro-computing and rocket technologies has great disruptive innovation potential for various applications in the automotive and aerospace industries.
3. Enhancing Aerodynamic Functioning - The trend of developing race cars with enhanced aerodynamic functioning, such as the bullet-shaped 'Slim Jim' car, is expected to grow as technology continues to improve.
Industry Implications
1. Automotive - The automotive industry has the potential to benefit greatly from the disruptive innovation opportunities that arise from combining micro-computing and rocket technologies to improve car performance.
2. Aerospace - The aerospace industry can benefit from the innovative technology used in developing rocket-powered miniature vehicles like the 'Slim Jim' race car for applications such as small satellite propulsion systems.
3. Education - Educational institutions and programs focused on science, technology, engineering, and mathematics (STEM) can leverage developments like the 'Slim Jim' race car as an example of innovative technology in action.
1
Score
Popularity
Activity
Freshness
