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maker thicker and heavier propellers and change in direction.

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Change the direction (turning) slowing it down

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Fly into the wind

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. Reduce power and descend - lowering power/collective causes descent and can reduce groundspeed; this is used when you plan to slow down toward a hover landing.

Why it works: less rotor thrust = less available forward thrust/airspeed; descending removes the need to keep speed for lift.

→ zero 4. Enter a hover (or near-hover) forward speed - the cleanest way to stop forward motion is to arrest speed and come to a hover (then descend to land). That requires skill and power management.

Why it works: hover = no translational forward speed.

5. Use aerodynamic braking maneuvers (e.g., rapid flare in autorotation or touchdown braking on ground) - specific to certain situations (engine-out recovery, landing roll). These are advanced and situation-dependent.

Why it works: they increase drag or convert energy to lift/drag to slow the helicopter quickly.

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Look for an emergency break or start lowering the plane to like decrease the pressure or something.- Quin

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stop spinning the wings

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be kobe bryant in 2020

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Make it really heavy

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Reverse the rotation of the rotors

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Put more weight on it so it starts to go down and the velocity is slower.

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Turn the engine off and pull up on the stick or something man i don’t know

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Changing the aerodynamics of the helicopter so it goes slower, or use a less powerful engine

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Ask chatgpt and do what ever he says

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Make the helicopter morbidly obese in weight

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Add some weight into it or add some more wind