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SoloTrek remains an extremely unusual design; to apply the name 'jet pack' is incorrect; the pilot was strapped into the exoskeleton frame which took the weight of the machine whilst landed, though it performed the same aim. In numerous trials at Trek Aerospace's facilities in Sunnyvale, California, the machine "appeared to perform perfectly". [2]
The JetLev was the first hydroflight jet pack on the market, and its makers were awarded the first patents, in 2008, for hydro jet packs. The JetLev has the appearance of a typical jet pack, with two nozzles on a backpack propelling the rider upwards. It has an umbilicus to the powering jetski that provides the water for the thrust used. [59 ...
The pair began work on a backpack-sized jet that would takeoff and land vertically that would meet popular expectations of the science fiction concept. [ 1 ] Their first device was the JB-9, a carbon-fiber corset that straps to the wearer's back that burns kerosene to propel them for about 10 minutes, based on their weight and flight conditions.
The Daedalus Flight Pack is a jet suit capable of flying, hovering and powered jumps. [1] It was created by British inventor Richard Browning , an athlete and Royal Marine Reservist. [ 2 ] The Daedalus is different from other manned portable flight packs in that it uses additional jets attached to the hands.
The pack's pilot wears protective overalls made of thermal resistant material, since the exhaust jet and the engine's pipes are very hot. He also wears a crash helmet containing hearing protection and the buzzer for the low-fuel warning timer.
And a couple of the contraptions look more like time machines than flying machines. The diversity among the winners in the first phase of the $2 million GoFly Prize competition for personal air ...
The JetLev is a water-propelled jet pack powered through a floater derived from jetski technology attached through an umbilical to the backpack which contains two nozzles and two control arms, in a configuration like traditional rocket belts and gas turbine jet belts. The JetLev also functions underwater, allowing users to dive into the water ...
On 4 August 2019, Zapata told BFM TV that he was working on building a flying car, that he hoped to introduce before year-end. He said that he had flown a prototype chassis powered by four gas turbines but the final model would employ ten turbines in order to cruise at 310–400 kilometres per hour (190–250 mph), and achieve a range of about ...