hyperloop transportation technologies (hyperloopTT) has designed a full-scale passenger capsule in puerto de santa maria, spain. first revealed in october 2018, ‘quintero one’ is constructed almost completely out of hyperloopTT’s vibraniumTM, a specially made dual-layer smart composite material. the capsule will be tested at their research and development center in toulouse, france before it is used on one of the first commercial tracks, and is expected to reach 750 mph.
the passenger capsule length is 32 meters and weights 5,000 kilograms
all images by hyperloopTT/montse zamorano
‘quintero one’ was built at the southern spain aerospace facilities of hyperloopTT‘s partner airtificial. the design for the capsule was created in collaboration with transport design consultancy priestmangoode and won the gold award at the 2017 london design awards. ‘the creation of this capsule represents over a year long journey of the best expertise in design, engineering, and the development of cutting edge materials,’ said dirk ahlborn hyperloopTT co-founder and CEO.
the process took 21,000 skilled engineering hours and 5,000 skilled assembly hours
‘in 2019, this capsule will be fully optimized and ready for passengers,’ comments bibop gresta, chairman and co-founder of hyperloopTT. the ‘quintero one’ passenger capsule length reaches 32 meters (105 feet), the inner cabin length is 15 meters (50 feet) and weights 5,000 kilograms (5 tons). construction involved 21,000 skilled engineering hours and 5,000 skilled assembly hours. it is made out of 82 carbon fiber panels, 72 sensors, 75,000 rivets and 7,200 square meters of fiber (1.8 acres).
the train is expected to reach 750 mph
detail of the nose of the capsule
the capsule, ‘quintero one’ was built at the southern spain aerospace facilities of hyperloopTT’s partner airtificial
the capsule is made of vibraniumTM, a specially made dual-layer smart composite material
detail of the tail of the capsule
the capsule is made out of 82 carbon fiber panels, 72 sensors, 75,000 rivets and 7,200 square meters of fiber
project info:
project name: ‘quintero one’
design: hyperloopTT
location: puerto de santa maria, spain
images: hyperloopTT/montse zamorano
designboom has received this project from our ‘DIY submissions‘ feature, where we welcome our readers to submit their own work for publication. see more project submissions from our readers here.
edited by: lynne myers | designboom
hyperloop (24 articles)
elon musk to reveal ‘fully road legal autonomous transport cars’ this month
priestmangoode reveals full-scale hyperloop passenger capsule capable of reaching 760mph
amsterdam to frankfurt in 53 minutes? UNStudio unveils hyperloop 'stations of the future'
BMW designed a futuristic hyperloop capsule prototype
foster + partners and virgin hyperloop one announce shipping loop collaboration
elon musk's boring bus to transport passengers through urban loop tunnels
technology news
the triangular tryal electric motorcycle wins rizoma design challenge
#technology
the rounded, triangular body of the tryal packs a large battery, which is built into the downtube area.
the rounded, triangular body of the tryal packs a large battery, which is built into the downtube area.
mercedes-benz EQC: an epic all-electric adventure from oslo to berlin
#technology
we embraced a new style of road tripping with the mercedes-benz EQC, where searching for charging stations delivered unexpected yet unique and memorable routes.
we embraced a new style of road tripping with the mercedes-benz EQC, where searching for charging stations delivered unexpected yet unique and memorable routes.
teenager wins google science fair by removing microplastics from water using magnets
#technology
18-year-old fionn ferreira posits a novel way to filter microplastics out of water using magnets.
18-year-old fionn ferreira posits a novel way to filter microplastics out of water using magnets.
scientists develop robotic contact lenses that zoom in by blinking twice
#technology
the team has created the lens by harnessing the electric signals that naturally occur when a human eye moves.
the team has created the lens by harnessing the electric signals that naturally occur when a human eye moves.
It clearly ‘looks’ fast …like a covered bobsled.
Jimmy
Wow a hyped plastic tube. Is that all?
If this is to travel in near vacuum conditions, why must it have an exaggerated aerodynamic form?
This is the biggest scam in the history of the modern world, expect a netflix documentary
NEW ‘Vibranium’ hyperloop capsule -BUSTED
https://www.youtube.com/watch?v=eWTD0s8i6Rw
I wholy agree with John Smith