answersLogoWhite

0

An antimatter-propelled shuttle would go as fast as a normal shuttle.

What defines the necessary speed for a shuttle is a combination of two factors:

a) The escape velocity of Earth's gravity field (the speed at which a body needs to be launched in ballistic flight in order to exit from the gravitational pull of Earth).

b) The amount of acceleration the cargo (or crew) can stand.

Antimatter engines are actually designed to be fired in space, since matter-antimatter reactions produce gamma rays, which would leave a trail of radioactive air in their wake, if fired in atmosphere.

The true power of antimatter propulsion is the capacity to use a very small volume of fuel to accelerate a ship in space for a very long journey. They are not cheap, they are not easy to build and they are not yet feasible (because we cannot, as yes, contain antimatter for long), but, in thesis, they can take people far far away from home. ;)

User Avatar

Wiki User

13y ago

What else can I help you with?