The undergraduate students, who built the vehicle as part of their graduation project, are rolling out a prototype one-person vehicle that runs on compressed oxygen |
According to the creators, the vehicle can hit 25
mph (40km/h) and has a range of 19 miles (30km) before it needs to be refuelled
with more compressed oxygen. However, the students are sure they will
eventually get the vehicle to top 62 mph (100km/h) and run for 62 miles (100
kilometres) with future prototypes.
The vehicle only costs some 18,000 Egyptian
pounds (£780/ US$1,000) to build.
A group of Egyptian students has designed a
vehicle they say will battle rising energy prices and promote clean energy by
running on nothing but air. The undergraduates who built the machine are
studying at Helwan University, found just outside Cairo.
The go-kart-like vehicle comes as Egypt pushes ahead with painful economic reforms that include deep cuts to energy subsidies |
●Undergraduate students designed and built the prototype one-person
vehicle ●The oxygen-powered go-kart
vehicle costs just £780 to build ●Students who designed
the car are from Helwan University, outside of Cairo ●It comes as Egypt pushes ahead with painful economic reforms ●These measures are tied to a three-year $12 billion (£9bn) IMF loan
programme
The team is now looking to raise funding to
expand the project and mass produce the vehicles.
They believe they can eventually get the vehicles
to top 62mph (100km/h) an hour and run for 62 miles (100 kilometres) before
needing to come up for more air. The undergraduate students, who built the vehicle
as part of their graduation project, are rolling out a prototype one-person
vehicle that runs on compressed oxygen. Students say their vehicle can hit 25 mph
(40km/h) and last 19 miles (30km) before needing to be refuelled.
The vehicle only cost about 18,000 Egyptian
pounds (£780/ US$1,000) to build. The team is now looking to raise funding to
expand the project and mass produce the vehicles.
According to the creators, the vehicle can hit 25 mph (40km/h) and has a range of 19 miles (30km) before it needs to be refuelled with more compressed oxygen. |
Originally published on REUTERS
No comments :
Post a Comment