Deep Space Propulsion Technology.

2014 -- All new Spacecraft Engine design.
Successful prototype invented under VERTWELL.
Propulsion system designed from scratch for the ambition of space travel. The result creating an entirely new method of flight. Developed to achieve immense velocity in space, minimising crew flight time. Solar System wide coverage. Absolutely required for this purpose. Incredible distances. Acquisition of scientific data from the outer reaches, need not take a decade to achieve.

Estimated service capability.

Space flight time navigation for a distant mission target, such as Pluto; from Earth within 6 months. V.E.A. (VEXANTIS ENGINE ARRAY) opens the reality of robotic missions beyond our Solar System.
Referring to interviews given by the Apollo astronauts, on their experience; concerning possible malfunction after lunar touch down. V.E.A. is fault tolerant, integration with back up power systems is harmonious, which provides elevated assurance on mission. A dynamic profile allows for a range of options, explorers would not be restricted to a single targeted landing zone.

From surface to space. Single Stage to Orbit.

Atmospheric operation. A versatile engine.
In number to form a powerful addressed array. User designed algorithmic program control or presets for efficient power management during flight. The compact form factor provides new spacecraft with flexibility; spacious interiors and enhanced logistical support on mission. The extent for varied spacecraft design is strong.

2023 -- Decision for final stage design. Ready for manufacture and testing: VEXANTIS.
A resolute, confident Research and Development project.

Enormously important. Great transformation awaits.