Priestmangoode & Hyperloop Transportation Technologies use Vibranium
References: hyperloop.global & dezeen
Hyperloop Transportation Technologies is one step closer to achieving its "near-supersonic transportation system" with this prototype. Designed by industrial design studio Priestmangoode, the capsule is truly a look into the possibly near future. The initial vision for this project was revealed in 2017 and, according to HTT co-founder Bibop Gresta, the prototype will be ready for commercial use as early as 2019.
The full-scale model is made with a newly developed material called Vibranium. It was revealed during an event in Puerto de Santa Maria in Spain, coinciding with Hyperloop Transportation Technologies' fifth anniversary. Priestmangoode's design is ultra-elegant and takes the shape of a 32-meter long bullet with a capacity of 40 passengers and a top speed of 700 miles per hour.
The full-scale model is made with a newly developed material called Vibranium. It was revealed during an event in Puerto de Santa Maria in Spain, coinciding with Hyperloop Transportation Technologies' fifth anniversary. Priestmangoode's design is ultra-elegant and takes the shape of a 32-meter long bullet with a capacity of 40 passengers and a top speed of 700 miles per hour.
Trend Themes
1. Near-supersonic Transportation - The prototype hyperloop capsules showcase a near-supersonic transportation system, creating disruptive innovation opportunities for the transportation industry.
2. Vibranium Material - The use of Vibranium material in the capsule design presents disruptive innovation opportunities in advanced materials and manufacturing industries.
3. Ultra-elegant Design - The ultra-elegant design of the hyperloop capsule signifies a trend towards aesthetically pleasing and comfortable transportation, providing disruptive innovation opportunities in design and travel sectors.
Industry Implications
1. Transportation - The development of near-supersonic transportation systems through hyperloop capsules presents disruptive innovation opportunities in the transportation industry.
2. Advanced Materials - The use of Vibranium material in hyperloop capsule design signifies disruptive innovation opportunities in the advanced materials industry.
3. Manufacturing - The application of advanced manufacturing techniques in producing hyperloop capsules offers disruptive innovation opportunities in the manufacturing industry.
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