Someone could just engage the FTL drive when you shoot at them and flee to where you will never find them?
- Solution 1: FTL travel requires exact calculations, hasty entry gives a 30-40% chace of colliding with a planet.
- Solution 2: FTL engines take an enormeous amount of energy to initiate some kind of "magic field that wraps space" or some "magic gate to hyperspace". No existing reactor can ad hoc produce such an amount of energy. Therefore, a ship entering FTL speed must charge its jump accumulator for 15-20 seconds, during which it cannot fire or have shields up. Once the "FTL magic" is established, keeping the field up takes considerably less energy.
- Solution 3: FTL travel creates a kind of "wormhole corridor" between two points in space through which the ship travels. Creating larger corridors takes exponentially more energy, so while distance is not a problem, the corridor cannot be made not much wider than the ship (a ship crossing the boundary to real space will be torn to pieces). This makes evasive manueuvers impossible during FTL travel. It takes several seconds before the entrance to a corridor collapses. During this time, anyone can fire into the corridor.
- Solution 4: Interspace zeta-distortions polarize your FTL engine, causing serious damages, frequently with class-4 radiation leaks that kill everybody on board. The Qu'ook, a race of interplanetary pirates, developed devices to generate interspace zeta-distortions, both to prevent victims from fleeing and to save them the trouble of killing the crew. Therefore, all FTL engines have a security feature which locks them down when any other ship is nearer than 2000 kilometers.
- Solution 5: Einstein was wrong. After the first ships that were able to travel faster than light had been built, it was discovered that light/radio waves sent from a ship travelling faster than light also travel faster than light, plus the speed of light. It is therefore possible to pursuit a fleeing ship if the general direction is known, it is possible to trace them on the radar (while travelling faster than light), and it is possible to shoot at them.
- Solution 6: Einstein was right, but the Nuark-kra do not perceive time and space in the same way as we do. Nor do their weapons and targetting systems which are available on the black market. Nobody knows how these weapons work, it is not even sure what they are made from.
Someone could travel at FTL speed and fire a dozen shots at unaware ships before they even receive a radar signal or see the attacker?- Solution 1: Firing a weapon during FTL travel will cause the shot to go backwards through the cannon. It is not fully understood why this happens, the most accepted theory to date is that the blaster particles fall to sub-lightspeed shortly after leaving the muzzle.
- Solution 2: Present day targetting devices are not accurate enough for such a thing.
- Solution 3: During FTL travel, sensor range is limited to 20-30 meters around the ship, as the ship travels faster than the light in real space.
The centrifugal forces in those ridiculous manueuvers you typically see in sci-fi games and movies would kill the pilot?- Solution 1: They actually do.
- Solution 2: They actually would, but spaceships are equipped with inertia damping fiels which prevent that.
- Solution 1: They actually do.
- Solution 1: Firing a weapon during FTL travel will cause the shot to go backwards through the cannon. It is not fully understood why this happens, the most accepted theory to date is that the blaster particles fall to sub-lightspeed shortly after leaving the muzzle.