In fact the books are explicit that compensators work, and work very well with sails -- well, as long as you're in a grav wave.ThinksMarkedly wrote:tlb wrote:That is something that we do not know to be true; in fact we expect it to be false, because the sail was invented about 100 years before the compensator. We know that scientist Adrienne Warshawski invented the sail in 1273 pd after already inventing a new device capable of scanning hyper-space for grav waves and wave shifts within five light-seconds of a starship. Whereas it was not until 1384 pd that Shigematsu Radhakrishnan invented the inertial compensator. {dates from the same source as before}
Another point is that we know the compensators use the wedge for the "gravity sump" (whatever that is) to operate. When a ship has transitioned fully to sails, it has no wedge, therefore its compensators must work with the sails.
More Than Honor: Universe of Honor Harrington - (1) Background (General) wrote:Then, in 1384 pd, a physicist by the name of Shigematsu Radhakrishnan added another major breakthrough in the form of the inertial compensator. The compensator turned the grav wave (natural or artificial) associated with a vessel into a sort of "inertial sump," dumping the inertial forces of acceleration into the grav wave and thus exempting the vessel's crew from the g forces associated with acceleration. Within the limits of its efficiency, it completely eliminated g force, placing an accelerating vessel in a permanent state of internal zero-gee, but its capacity to damp inertia was directly proportional to the power of the grav wave around it and inversely proportional to both the volume of the field and the mass of the vessel about which it was generated. The first factor meant that it was far more effective for starships than for sublight ships, as the former drew upon the greater energy of the naturally occurring grav waves of hyper-space, and the second meant it was more effective for smaller ships than for larger ones. The natural grav waves of hyper-space, with their incomparably greater power, offered a much "deeper" sump than the artificial stress bands of the impeller drive, which meant that a Warshawski Sail ship could deflect vastly more g force from its passengers than one under impeller drive. In general terms, the compensator permitted humans to endure acceleration rates approaching 550 g under impeller drive and 4-5,000 g under sail, which allows hyperships to make up "bleed-off" velocity very quickly after translation. These numbers are for military compensators, which tend to be more massive, more energy and maintenance intensive, and much more expensive than those used in most merchant construction. Military compensators allow higher acceleration—and warships cannot afford to be less maneuverable than their foes—but only at the cost of penalties merchant ships as a whole cannot afford.
Nearly 10x the acceleration of your wedge when you're sailing in a grav wave.