Stainless Steel Fox
Mongoose
In the High Technology section of High Guard, on page 66, we get a description of the FTL Hyperdrive for TL-17 onwards. Warp Drive works the same way mechanically, just travelling in realspace rather than a hyperspace.
The Hyperdrive/Warp rating is in parsecs per hour, and uses power equal to the mass of the hyperdrive in tons.
All very reasonable, but it also states 'While within hyperspace, the ship uses its conventional manoeuvre drive to travel, though the effect of hyperspace is to greatly magnify its effect in relation to realspace.'
That implies that the speed generated by the acceleration from the M-Drive has an effect on the speed in hyper/warp. How does this work in relation to Hyperdrive/Warp speed if they already provide a fixed FTL velocity?
For a specific example, I have a TL-20 starship that has a TL-20 Warp 3 FTL drive, and a TL-17 Thrust 11 M-Drive. Rules as written, I get the same FTL velocity if I were only running it at 1G, for a much lower power output.
The Hyperdrive/Warp rating is in parsecs per hour, and uses power equal to the mass of the hyperdrive in tons.
All very reasonable, but it also states 'While within hyperspace, the ship uses its conventional manoeuvre drive to travel, though the effect of hyperspace is to greatly magnify its effect in relation to realspace.'
That implies that the speed generated by the acceleration from the M-Drive has an effect on the speed in hyper/warp. How does this work in relation to Hyperdrive/Warp speed if they already provide a fixed FTL velocity?
For a specific example, I have a TL-20 starship that has a TL-20 Warp 3 FTL drive, and a TL-17 Thrust 11 M-Drive. Rules as written, I get the same FTL velocity if I were only running it at 1G, for a much lower power output.