The invention relates to inertia technology, which means capturing kinetic energy and transferring the kinetic energy to a spacecraft or something else in order to slow, accelerate, or influence the spacecraft. The kinetic energy is captured by the acceleration of a mass (an object) in order to then transfer the captured kinetic energy of the mass to the spacecraft or something else via a braking chamber (a stopper, a net, a magnet, or other). The kinetic energies are added together in space to a velocity which is higher than the previous velocity, as long as the mass which was accelerated is not relatively too light. Naturally, deceleration and a change to the attitude of the spacecraft (or other) are also possible. Three initial models, the "Inertia Models," are shown on an extra page; said models are also explained in "The description of the inertia technology and the three initial models."
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