Inertial propulsion continuation.

Human race is endangered by extinction not only for its own activity. We must do a lot if we want to survive on this little rock - planet Earth. For that reason, it is not enough to do what we have been doing until today, we must reach for non - standard technologies like for instance inertial propulsion and gravity propulsion to spread our technology and life in entire galaxy. This aim is not possible to obtain by using conventional technology means. I know that someone can question inertial propulsion as a proper technical way of transport for the reasons which our science knows very well. But I noticed that lately the science approach to inertial propulsion is in many topic points more enthusiastic. More articles in Internet and local press are describing new space transport conceptions. In space there are no fuel stations and rocket transport people are already known that fact very well for sure. So, making a step in the direction of inertial drives seems to be reasonable. I've written a lot already about inertial propulsion method useful in space and today I'm not going to stop to do this because other propulsion systems seem to me more distant to realization than inertial propulsion, no rocket propulsion is good enough if we take its propulsion parameters to consideration. The best and who knows if not only solution is just inertial or gravity propulsion. The gravity propulsion isn't yet better described by anyone until our times. We have WARP drive basics but for now frankly saying WARP drive is more like fairy tales than to real propulsion method. And for that reason, I noticed that inertial propulsion works even if these are only toy-like solutions, and nobody saw working toys based on WARP propulsion yet. However, if to add much more attention to this technology problem the inertial propulsion basics are much more clear and obvious solutions than some of old well-known technology we use since even a couple of hundreds of years, the only problem is money and time to develop this technology.

Especially time is here most crucial factor because we have no time already to spoil as a civilization. Considering such a topic as economy, pollution of the environment, social problems, we cannot afford for waiting for such a solution as are presented by SpaceX or Blue Origin. Only mad people could trust rocket technology, knowing every limitation of it. In these limitations set the main place is occupying the lack of possibility of turning back to Earth during the mission. The vehicle without the propellant is useless that's the final limit of rocket technology. To the future belongs the propulsion method where there will be no need to refueling the tanks to fly further. That's the moment where inertial propulsion comes in. Inertial propulsion also needs energy to functioning but what we have here is disconnection the main propulsion factor from energy delivering method and this is the main advantage of inertial propulsion in comparison to rocket propulsion where there is not such a possibility. In inertial propulsion method we can propel the system with electric energy using electric motors, in rocket propulsion the only way we can use electricity to propulsion is ion propulsion method and as we know well ion propulsion gives exceedingly small thrust to less to start from the planet surfaces. Inertial propulsion is a method of propulsion that it will be an opportunity to start from the surface of Earth and Mars as well as Moon. Inertial propulsion is decreasing gravity vector acting on some propulsion elements on the deck, so it can lift of the ground in state of over the state of weightlessness, which is the point where inertial, centrifugal force gradient change is equal to gravity local gradient. The inertial propulsion is thus allowing to obtain thrust from rotation of heavy internal elements when the inertial force is surpassing the gravity force so the generators can lift of the system upwardly even though the gradient of gravity acting on passengers inside the ship stay the same. In some system of inertial propulsion, I was described the system with entirely fixed the problem of diversification of those both gradient acting on the generators and the passengers by locating the passenger compartment in the middle of propulsion system in the way that the mass of passengers would be in rotation state and sustain the mass of propulsion for entire spaceship. This was to sustain the proper g conditions on the deck and getting the acceleration by the spaceship.

In below solution the passengers are present more time in front part of the spaceship, which is the side complying to the movement direction than in rear part of the vehicle. The whole cockpit is rotating in one direction, and it is once in rear part of the spaceship and once in front part of it. However, if the cockpit would be rotating with a great velocity than even vibrations will be decreased to the minimum. So once the rotor is rotating the spaceship will be obtain propulsion and additional G eliminating to the right level even if the spaceship will be moving faster and faster. The force of acceleration will be balanced by centrifugal force. 

Similarly to this assumption if the spaceship is to start from the Earth surface the centrifugal force will be decreasing gravity force acting on the crew until the spaceship will gain a proper rotation speed to take off the ground than the crew will be affected by several stronger force than being in the rest on the ground but this force will be dependent from rest mass of the part of spaceship which is not in rotation state, because there will be such a mass for sure. For better balance there is the need to pair the main rotor with the crew another the same rotor with crew or with the deck load the same in mass as the first.

The shape of slightly other proposition of the same propulsion method however with gyroscopic stabilisation system of two rotating fast rings. Inside there are the same propulsion as on above pictures.