Modern history's first Spacecraft, equipped with Electric VTOL engines
The biggest probelem in curent space exploration is that we need to carry energy modules with it. If we can regenerate energy as in cars, then we can make space exploration extremely cost effective. If we can achieve this, we can not only monetise space tourism but also reduce unemplyment, that was taking a toll on growing fiscal deficts due to lack of consumption. In this way we can put more smile on Gen Z, specially women, whose smiles shows the presence of wise men in the society.
Space safari, will leave the atmosphere under normal speeds just like normal aircrafts. No special training is required. Entire journey of 384,400 km canbe cruised along normally. Space Safari can navigate itself through space debris by controlling its speed & allowing the space debris to fly past. It is also laden with lasers to slice the debris into pieces if found necessary. The pilot will be free to decide whethere to attack the debris or not.
Space Safari will host Basil & Cactus plants as a oxygenators, gaining electrons from red light known for benefitting the health of plants more than sunlight. Apart from these plants, there will be some other plants, like carrots, potatoes, etc that will help the crew members & the tourist to feed on. Space Safari will also have chickens & ducks whose eggs will be consumed. This mission will be serving eggetarian recipes only as we know that non veg recipes have a profound effect on our genetic expressions.
Space Safari will have electric toilets, common for all, irrespective of gender. These toilets flush out fly ash to a special chamber that makes industrial grades products, necessary for building a clean environment on Moon. In the construction industry, fly ash is used in manufacturing cement, concrete, bricks, and blocks. It improves strength, durability, and resistance to moisture. Fly ash bricks are lighter, more uniform, and environmentally friendly compared to traditional clay bricks.
Space Safari will have Laithwaite VTOL Engines. Branded in honor of the famous electrical scientist who showed how spinning bodies aren't effected by gravity and are felt weightless. (Watch the video) His statement comes from the fact that all spinning mass is insulated from gravitational influence & we don't feel the weight anymore as the magnitude lost is 9/10 of what we feel the weight. This video, inspired me to conquer the space at normal speeds.
In our laboratory experiments while watching the behaviour of electrons with various types of meters & sensors, we noticed that the rotor needs to make a 90 degree rotation to move from the state of rest to state of motion. Once the body is in motion, very little nergy is needed to maintain the speed. Energy is again required if the body is accelerating. Entire journey to space doesn't needs to be in escape velocity. It's very similar to a helicopter or F-35 taking off from the ground & moving towards space, gradually.
We also noticed that as the diameter of the rotor increased or the number of blades increased, more & more amperes were flowing through the circuit. As the thrust increases, power was increasing too. We were watching Ohm's law live which states that with constant voltage, the flow of current changes based on change in resistance. Its expresses the relationship between voltage 𝑉=𝐼𝑅. That means each & every parameter is directly proportional to each other. The angle at which the rotor was moving with reference to its axis also gave higher ampere readings.
A camera of 480 fps is needed to watch the phenomenon of how the most amount of energy is consumed while making the first 90 degree rotation. When the desired motion is achive, negligible amount of energy is required. The entire phenomena was recorded & later watched in slow motion to understand the torque formula. Out of the total energy needed to make the first 90 degree rotation, 50% of the total energy is consumed to make the first 60 degree jerk @ escape velocity while remaining 50% is consumed for 30 degree & being in motion unless force is applied for acceleration.