Thank you so much for your encouraging comments on my yesterday's posting, even with so many censored pictures. This page looks technical, but we have to realize that the Hyprop's data specifications are being impregnated into the body's nervous system of Ionivka and Marc. This is the consequence of their permanent "transfixed" state. Because of that, they get a unique knowledge about this engine, better than all experts. Things will become weirder as their story progresses. This also explains why they feel a need to play together intimately and frequently (my censored pictures). This also explains why their life and/or their health could be at risk. You have to look at Ionivka and Marc, not only as mutants who have emotions, but also as a living, data specifications of high-flux ionic propulsion engines ... with emotions. Translation Clip "a" : N: The Hyprop-N would be built for a one-way robotized mission. One possible such mission would be to change the orbits parameters of an asteroid, for example, to deviate from a possible collision with Mars or Earth. It is easier to build and it is very efficient, but this type of Hyprop generates so much neutrons while in use that they can kill any life (insects, virus, bacterium) within a radius of one kilometer. It will be the last one to be tested, since after it, the whole zone around the test wells will have become too radioactive, even for Big-Feet mutants. Clip "b" : N: The Hyprop-1 can push small asteroids, huge cargo, and rotating and staffed orbital stations. It does not produce any deathly neutron since it is based on a deuterium with Helium 3 nuclear fusion. It can be reused for about 30 times. Clip "c" : N: The Hyprop-2 operates with the sane nuclear fusion reactants as those of the Hyprop-1, but it uses a more complex BAFI. For the same specific impulsion, it will use 30% less of the so-rare Helium 3. It's BAFI can be used only once, per return mission. From a far distance, the 3 types of Hyprops look the same, their difference becomes obvious when they are thrusting. Clip "d" : N: Each Hyprop is equipped with a disjoint able and flexible anchoring system, and clusters of Vernier thrusters. I do not have to test that attached equipment; it can be of a different design for each type of mission. NOTE: See my next picture (Reactor of an Hyprop); it contains English labels. Clip "e" : N: These Vernier thrusters will move and orient the inactive Hyprop, towards the preinstalled anchoring point of the large objet to be pushed. Clip "f" : N: The hydraulic jacks will stabilize the Hyprop on its cargo and they are also used for steering it while changing the direction of the trajectory of the propulsion. Clip "g" : N: The Hyprop-1 will mainly be used for moving a staffed orbital station towards one of the Lagrangian points of the Earth or of the Moon. The Hyprop-2 will be required if we want to move a rotating space station towards any planet that is beyond Mars. NOTE: See the next picture for a picture with English labels.