Aerospace & Defense
JETX, born in the year 2020 with the idea of developing the next generation of propulsion systems for the Vertical Take-off and Landing (VTOL’s) flying vehicles market and high-tech, state of the art manned and unmanned flying vehicles of futuristic design.
JETX is researching &
Space debris is a dangerous threat to future space exploration. The project “ShotSat” proposed a possible solution to the problem of space debris using this satellite. The device got its name because the satellite launches “shots” into space debris.
Create a robot / set of robots in order to do the human being's handwork (eg. grinding, finishing) based on the customer requirements. The advantages would be the higher level of precision, minimization of damage for the aerospace parts as the handjob workmanship (human factors),
The entry works by maximizing the efficiency of the already existant technology. What makes it novel is the ease of use and implementation as well as the cost efficiency of overall functionality. It would be produced with the same technology in use for the build it components.
Autonomous laser spacecraft for the purpose of redirecting asteroid trajectory.
A 300 KWH laser heating the rock face of the asteroid target produces about 400 tons per second of thrust. Deep space interception of the asteroid provides enough time to shift the trajectory into a solar intercept course.
Ultra-compact integral gyroscopes with six degrees of freedom 6DoF are mass-produced and will allow high-precision weapons and equipment to do without GPS, due to autonomous inertial guidance systems of a new generation. Structurally, such a gyroscope looks like a microcircuit.
Before reading the theory know that I am basing it on three facts and assumptions listed below.
In space where there is microgravity, heavy objects move around easily. For example, astronauts can move equipment weighing hundreds of pounds with their fingertips.
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