Advanced Materials
and the knowledge how to combine metals, ceramics, plastics and nanotechnology was the basis for the Jetpack evo NT. Due to its wide variety of used advanced materials the Jetpack evo NT pioneers a new area in personal rocket powered flight.
Technical Data Sheet ...
... showing the advanced properties of the Jetpack evo NT
| Engine-System: |
Monopropellant liquid rocket propulsion system |
| Fuel-Type: |
Propulsion Grade High Test Peroxide |
| Engine-Thust: |
max. 1815.35 N at 1013 mbar ambient |
| Vmax-Horizontal: |
136 km/h |
| Operating Altitude: |
max. 28 m at GTG-operation |
| Advanced Materials: |
Dual-phase steel; Hydroformed or pre-stressed Titanium alloys: TiAl4V6 and TMCs Magnesium alloys: MgAl9Zn1Thermal barrier coatings: TCOCeramic Matrix Composites: CMCReinforced materials: carbon- and aramidfibers Aerospace resin systems |
