plowhog
Elite Member
- Joined
- Dec 8, 2015
- Messages
- 3,858
- Location
- North. NV, North. CA
- Tractor
- Massey 1710 / 1758, Ventrac 4500Y / TD9
Think of the time just after liftoff from the runway during takeoff. Nose is high, airspeed is low, you are barely off the ground and with nowhere to land. If an engine fails at this time, it is extremely hazardous and even some experienced pilots will buy the farm at that point.have no idea why multi engine is harder
The problem is the engine on one side is pulling for all its worth, and suddenly the other side goes to zero thrust. The "good" engine starts yawing the plane violently, since its only pulling from one side. On the other side, all the "slipstream" from the flow of the now-failed engine has been lost, meaning you've lost lift on that side.
End result: an engine failure on takeoff can quickly roll the plane, or stall the wing without benefit of a good engine, unless immediate corrective action is taken. You need extensive training to quickly a) identify what is taking place, and b) input the *proper* corrective action. A really good option to prevent flipping over is to immediately reduce power on the sole remaining good engine-- but once again, very close to the ground and now with no power at all is also a serious difficulty.