The lunar landers of the future can make their landing pad. (Flight Alumina Spray Technique)

The idea of the FAST (Flight Alumina Spray Technique) system is introduced in Sciencealert.com. Is simple inside the rocket nozzle that will inject solid particles which are making the plate for the lander. The FAST system acts like some kind of printer. That system shoots solid particles under the rocket engine.

And it makes the plate for the lunar lander. There are a couple of versions of that idea. And the first one is in the article which link is below this text. FAST particle spray can have many uses on the Lunar surface and Earth. The same system can operate on other planets.

And the FAST system can be useful for landing on Mars.

The FAST system can use to secure the landing site and make the surface of Mars stronger. The problem with the red planet is that under its surface is carbon dioxide ice that can detonate. And in those places will form quite a deep hole. The FAST system can

The second version is using electromagnetic radiation like microwaves for melting the ground. And then the operators would just wait that the melted stone turning solid. Or they can inject very cold gas like liquid nitrogen or simple liquid air to the melted point. And that thing can cool the landing site very fast. One of the versions of the cooler. Is to use the Bose-Einstein condensate or extremely cold dust for the cooling system.

FAST system

The cold gas or dust can also use to suppress the heat of the exhaust gas of rockets. The cold gas or dust that is transferred to the exhaust gas will cool it. And that thing allows to land to land by using rocket engines. Cooling the exhaust gas denies the fire. And that thing can use for making regular aviation safer. If the cold gas will pump to the exhaust gas of the jet engines. That will decrease the infrared signature of the aircraft. And that is suitable for civil and military aircraft.

The idea for this kind of system can transfer to cargo helicopters and aircraft. That operates in the Earth's atmosphere. The helicopter can pump liquid nitrogen into the water. And use that ice floe for the landing site. In the same way, those helicopters or aircraft can use the microwave system for detonating the mines from the landing site.

Similar systems with FAST can use to make the temporary landing sites for helicopters and aircraft. And they can use to make roads stronger for heavy vehicles.

And then the system will pump the liquid gas or Bose-Einstein condensate to that point. The extremely cold gas can use to make large-scale ice floes. And those ice floes can use as the airfields. The system must only pump the gas or dust which temperature is near zero kelvin to the sea. The idea for this system is "stolen" from the H.M.S "Pykrite". ("Project Habakkuk"). The ship-looking ice statue from WWII.

The ice statue's mission was to play the aircraft carrier. The ice can also use to slight the runways on the meadows. The icy runways will, of course, melt away. But ice is easy to create by using powerful coolers. And those ice runways can use as fakes or they can form temporary landing sites if the ice is strong enough.

And that thing can create a hard ice floe that can use also for landing and take-off sites for large-scale aircraft. The aircraft can bring to the right point by using ships and then the cold gas will deliver to waves. Or the ice float can create by using submarines. And they can use for rescue missions. The aircraft can land on the ice and the submarine can collect the wreck of the aircraft. Or that system can use to send some top-secret aircraft like "Aurora".

()https://www.nasa.gov/directorates/spacetech/niac/2020_Phase_I_Phase_II/Instant_Landing_Pads_for_Artemis_Lunar_Missions/

()https://en.wikipedia.org/wiki/Project_Habakkuk

()https://www.sciencealert.com/future-lunar-landers-could-spray-their-own-instant-landing-pad-on-arrival

Images:()https://www.sciencealert.com/future-lunar-landers-could-spray-their-own-instant-landing-pad-on-arrival

()https://kimmoswritings.blogspot.com/

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