Anonymous ID: fa5b1e Sept. 25, 2020, 1:42 p.m. No.10787762   🗄️.is 🔗kun   >>7840

>>10787691

jokes on you faggot.

single life ftw.

oh hey, check this out.

 

>The missile had four wrap-around booster motors that separated after launch. After separation, the main motor ignited to power the missile to the target. The booster motors were positioned at the side of the missile, but this unusual arrangement with the motor nozzles both angled outwards at 22.5° and 22.5° to the left, the missile entered a gentle roll at launch, evening out differences in the thrusts of the boosters. This meant that large stabilising fins as used on contemporary missiles in service with the Royal Air Force (Bloodhound (missile)) and theBritish Army(Thunderbird (missile)) were not required. Once the boosters were jettisoned the control surfaces became active.

 

Guidance was by radar beam-riding, the beam to be provided by Type 901 fire-control radar. There were four flight modes:

 

LOSBR (Line Of Sight, Beam Riding), in which the missile flew up a beam that tracked the target

CASWTD (Constant Angle of Sight With Terminal Dive), with the missile climbing at a low angle and then diving onto a low-altitude target at 45°, used against low flying targets at over 12,000 yards away

MICAWBER (Missile In Constant Altitude While BEam Riding), used against low level target approaching at 500–800 feet, it allows switching from CASWTD to LOSBR when the target is closing at the ship

Up and over: the standard surface attack mode, using the Type 901 radar slaved to the Type 903 in bearing; the missile is fired at high elevation and then depressed in order to strike the vessel with a steep dive, without arming the fuse.[24]

 

Electrical power when the missile was in flight was provided by a flux switching alternator with a six tooth rotor. "The 1.5 kVA Seaslug generator ran at 24,000 rev/min with a frequency of 2,400 Hz."[25]

https://en.wikipedia.org/wiki/Seaslug_(missile)