Space1 Rocket Ratio Multiplexor

SPACE1 Rocket Ratio Multi-
plexor
RRM
SPACE1 will order many parts this week to build a Rocket Ratio Multiplexor invention to blast deeper and farther into space than ever before. This is not your standard MUX.

The Rocket Ratio Multiplexor mounts on the new Electro-dynamic Safety Rocket with the Electromag engine to pump out the highest possible performance with the given EM particle design.

The RRM is configurable per specific space mission, with given moons and planets in the Solar System. Use of the RRM will open up the possibility of deep space missions that go very deep in the SOL system, and possibly beyond the entire Solar System. The Kuiper Belt of tens of thousands of asteroids rich with metals and materials could be within reach and ultimately become a very lucrative venture. This could happen in our life time if all goes according to schedule.

Space1 S1 Engine Fuel Test

Powerful S1 Engine Test
Space1 announces the successful completion of the high performance S1 rocket engine fuel test. Performance was nominally matched with both engine and fuel and calibrated with pressure ratios.

The increased thrust ratio will be employed to lift more payload in the final rockets, mainly the ISS Pioneer spacecraft to take tourists towards the stars. Journeys will begin after the battery of tests is complete, and the final installation of crew quarters, telemetry, flight computers, and other effects.

Tests conclude the new S1 engine is so powerful that a fuel mix can vary to give more or less power, like a calibrating feature relative to specific space missions. Calibrating fuel mix is based on numerous variables such as rocket payload weight, the amount of chambered fuel, the fuel mix (lean or rich) and the tank pressure.