It stores fuel.
Without fuel, the spacecraft cannot launch.
In fuel tank In fuel tank In fuel tank In fuel tank In fuel tank In fuel tank
The Space Shuttle. It is almost all reusable except for the huge red fuel tank that pushes it up off the ground
it lifts up the spacecraft
the fuel filter is in the fuel tank the fuel filter is in the fuel tank the fuel filter is in the fuel tank the fuel filter is in the fuel tank
The spacecraft used a combination of liquid oxygen and rocket-grade kerosene as fuel for propulsion. This fuel combination provides the energy needed to propel the spacecraft into space and carry out its mission efficiently.
In the fuel tank. Tank has to be removed to access.In the fuel tank. Tank has to be removed to access.
Most likely in the fuel tank Most likely in the fuel tank Most likely in the fuel tank Most likely in the fuel tank Most likely in the fuel tank
Spacecraft fuel tanks are typically made of lightweight materials like aluminum or carbon fiber composites. These materials are chosen for their strength, durability, and low weight to maximize fuel efficiency and payload capacity. The tanks are also designed to withstand the extreme conditions of space travel, including temperature changes and high pressures.
It is in the fuel tank. You have to remove the tank to accessIt is in the fuel tank. You have to remove the tank to access
In the fuel tank. Tank has to be lowered to access.In the fuel tank. Tank has to be lowered to access.
It is in the fuel tank. Tank has to be lowered to access.It is in the fuel tank. Tank has to be lowered to access.