The Sea Lion by M Witt is the Fastest Land and Water Car
Kevin Young — May 20, 2012 — Autos
References: fantasyjunction & bornrich
The Sea Lion by M Witt is the fastest running hybrid car in the world.
This amphibious car can speed up to 180 mph on the road and up to 60 mph on the water. It's manufactured by a stainless steel body and powered by a 13B rotary engine from Mazda. The Sea Lion doesn't use any other structural components from other vehicles or machines.
There are other amphibious-like cars in the market, with some that run fast on the road and slow on the water and vice versa. With this in mind, M Witt decided to create the fastest amphibious vehicle that works smoothly for both modes of transportation. The Sea Lion by M Witt took six years to complete and is available for a whopping $259,500.
This amphibious car can speed up to 180 mph on the road and up to 60 mph on the water. It's manufactured by a stainless steel body and powered by a 13B rotary engine from Mazda. The Sea Lion doesn't use any other structural components from other vehicles or machines.
There are other amphibious-like cars in the market, with some that run fast on the road and slow on the water and vice versa. With this in mind, M Witt decided to create the fastest amphibious vehicle that works smoothly for both modes of transportation. The Sea Lion by M Witt took six years to complete and is available for a whopping $259,500.
Trend Themes
1. Amphibious Cars - The trend of creating amphibious vehicles that can seamlessly transition between land and water, offering versatility and convenience.
2. Hybrid Technology - The trend of utilizing hybrid technology in automotive design, combining electric and combustion engines for improved performance and efficiency.
3. Unique Vehicle Designs - The trend of creating innovative and unconventional vehicle designs that push the boundaries of traditional transportation.
Industry Implications
1. Automotive - The automotive industry has opportunities to develop and market more advanced amphibious cars.
2. Marine - The marine industry can explore partnerships with automotive manufacturers to improve the performance and functionality of amphibious vehicles.
3. Engineering - The engineering industry has opportunities to develop and test new hybrid technologies and unique vehicle designs for amphibious cars.
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