This component is the main driver script for the helicopter, and it also drives values for the UI.

Units of Measurement #

Speed Units #

Select from Knots, Feet Per Second, Feet Per Minute, Miles Per Hour, Kilometres Per Hour, or B

Measurement Units #

Select from Feet or Meters

UI and Cockpit #

Driver Seat ID #

The seat index of the BoardSource Driver Seat.

Extra Gunners And Passengers #

The optional seat index’s of the Passengers/Gunners that will utilize the helicopter HUD. For the pilots HUD copilot weapon feedback, only one seat can be copilot.

Driver Full Screen UIID #

The Helicopter UI index for Pilot HUD.

Gunner Full Screen UIID #

The Helicopter UI index for Gunner HUD.

Visual Elements #

The models joystick and pedals can move with input, add any that need to move here.

Altimeter and Radar #

Ground Layers Layers #

The altimeter ray casts will look for.

Altimeter Sensor #

The center point of the ground sensors.

Grounded Altitude Threshold Front #

The distance from the ground at the front altimeter sensors to be considered grounded.

Grounded Altitude Threshold Rear #

The distance from the ground at the rear altimeter sensors to be considered grounded.

Altimeter Sensor Offset Front #

The distance from the ground at the front altimeter sensors to be considered grounded.

TIP: Best at center of wheel and just outside of it. For skids, just above and to the outside of the skid

Altimeter Sensor Offset Rear #

The distance from the ground at the rear altimeter sensors to be considered grounded.

TIP: Best at center of wheel and just outside of it. For skids, just above and to the outside of the skid.

Use Closest Hit For Altitude #

Use the closest ground hit for altitude? Will average out the values if false.

Pilot Assist #

Pilot Assist Constant Ballast Dampening #

Helps to keep the helicopter upright.

Pilot Assist Constant Ballast Adjust Rate #

Helps to keep the helicopter upright.

Pilot Assist Angle Threshold #

Helps to keep the helicopter upright (0 for no Angle Assist).

Pilot Assist Over Angle Dampening #

Helps to keep the helicopter upright.

Pilot Assist Over Angle Adjust Rate #

Helps to keep the helicopter upright.

Pilot Assist Over Pitch Dampening #

Helps to keep the helicopter upright (0 for no Over Pitch Assist)

Pilot Assist Over Pitch Adjust Rate #

Helps to keep the helicopter upright.

Pilot Assist Under Pitch Dampening #

Helps to keep the helicopter upright (0 for no Under Pitch Assist).

Pilot Assist Under Pitch Adjust Rate #

Helps to keep the helicopter upright.

Pilot Assist Over Roll Dampening #

Helps to keep the helicopter upright (0 for no Over Roll Assist)

Pilot Assist Over Roll Adjust Rate #

Helps to keep the helicopter upright.

Auto Hover #

Automatically apply throttle to maintain altitude when no throttle input.

Auto Level When Hovering #

Automatically level out the helicopter to maintain altitude when no yaw, pitch and roll input.

Auto Hover Dampening #

Dampening to apply when Auto Hover Leveling.

Auto Hover Adjust Rate #

Return rate to apply when Auto Hover Leveling.

Agility #

Realistic Mode #

Use realistic physics?

Simple Yaw #

Rather than adding torque for yaw, rotate around the world up. Good for beginner pilots (takes away realism somewhat). This option is available when Realistic Mode is set to true.

Use Raw Input #

Optionally use input without smoothing (handy for GPS)

Max Altitude #

The maximum sea level altitude the helicopter is allowed to reach.

Power Agility Factor #

How fast the throttle response is.

Pitch Agility Factor #

How fast the pitch response is.

Roll Agility Factor #

How fast the roll response is.

Yaw Agility Factor #

How fast the yaw response is.

Max Pitch #

How much the helicopter can pitch (0 = Unrestricted).

Max Roll #

How much the helicopter can roll (0 = Unrestricted).

Lift At Max Power #

How much lift force the helicopter has at maximum power.

Lift At Min Power #

How much lift force the helicopter has at minimum power.

Max Rate Of Climb #

How fast the helicopter is allowed to raise its altitude.

Max Rate Of Descent #

How fast the helicopter is allowed to drop its altitude.

Max Air Speed #

Limit the helicopters maximum overall air speed.

Physical Properties #

Centre Of Mass #

An optional reference to adjust the center of mass.

Mass Running Airborne #

How heavy the helicopter is while it is off the ground and the engine is fully started.

Drag Running Airborne #

How much drag will affect the helicopter while it is off the ground and the engine is fully started.

Angular Drag Running Airborne #

How much angular drag will affect the helicopter while it is off the ground and the engine is fully started.

Mass Stopped Airborne #

How heavy the helicopter is while it is off the ground and the engine is off.

Drag Stopped Airborne #

How much drag will affect the helicopter while it is off the ground and the engine is off.

Angular Drag Stopped Airborne #

How much angular drag will affect the helicopter while it is off the ground and the engine is off.

Mass Running Grounded #

How heavy the helicopter is while it is on the ground and the engine is on.

Drag Running Grounded #

How much drag will affect the helicopter while it is on the ground and the engine is on.

Angular Drag Running Grounded #

How much angular drag will affect the helicopter while it is on the ground and the engine is on.

Mass Stopped Grounded #

How heavy the helicopter is while it is on the ground and the engine is off.

Drag Stopped Grounded #

How much drag will affect the helicopter while it is on the ground and the engine is off.

Angular Drag Stopped Grounded #

How much angular drag will affect the helicopter while it is on the ground and the engine is off.

Max Angular Velocity #

Limit the helicopters maximum angular velocity.

Engine #

Auto Start Engine #

Should the engine automatically start when the driver is set?

Auto Stop Engine #

Should the engine automatically stop when the driver is set?

TIP: With this false, you can change seats and the helicopter can keep hovering, perfect for single player game that require a switch from pilot to gunner, or for testing UI etc.

Engine Start Up Duration #

How long it takes to fully wind up the engine and rotors.

Engine Shut Down Duration #

How long it takes to fully wind down the engine and rotors.

Main Rotor Rotate Velocity #

How fast the Main Rotor/s rotate.

Sub Motor Rotate Velocity #

How fast the Sub Rotor/s rotate.

Throttle Rotor Speed Multiplier #

How much the throttle output affects the speed of the Main Rotor/s rotation.

Yaw Rotor Speed Multiplier #

How much the throttle and yaw output affect the speed of the Sub Rotor/s rotation.

Main Rotors #

A reference to the main lift rotor/s, that rotate around their Y axis.

Sub Rotors #

A reference to the sub rotors usually the rear/yaw rotor/s that rotate around their X axis.

Damage #

Horizontal Impact Threshold #

Horizontal collision force must be above this threshold to do horizontal impact damage.

Vertical Impact Threshold #

Vertical collision force must be above this threshold to do vertical impact damage.

Horizontal Impact Damage Amount #

How much base damage to apply when collision force is above the threshold (multiplies by collision force).

Vertical Impact Damage Amount #

How much base damage to apply when collision force is above the threshold (multiplies by collision force).

Nose Landing Threshold #

Higher values allow less accurate landings. Lower values require more accurate landing. The lower the value the less angle the helicopter must have to successfully land.

Tail Landing Threshold #

Higher values allow less accurate landings. Lower values require more accurate landing. The lower the value the less angle the helicopter must have to successfully land.

Nose Landing Damage Amount #

Landing accuracy failure damage to apply.

Tail Landing Damage Amount #

Landing accuracy failure damage to apply.

Side Landing Threshold #

Higher values allow less accurate landings. Lower values require more accurate landing. The lower the value the less angle the helicopter must have to successfully land.

Side Landing Damage Amount #

Landing accuracy failure damage to apply.

Nose Crash Threshold #

Lower values consider crashing at less angle. The higher the value, the more the helicopter must be on its nose to be considered a crash.

Tail Crash Threshold #

Lower values consider crashing at less angle. The higher the value, the more the helicopter must be on its tail to be considered a crash.

Nose Crash Damage Amount #

Nose crash damage to apply.

Tail Crash Damage Amount #

Tail crash damage to apply.

Side Crash Threshold #

Lower values consider crashing at less angle. The higher the value, the more the helicopter must be on its side to be considered a crash.

Side Crash Damage Amount #

Side crash damage to apply.

Upside Down Crash Damage Amount #

Crash damage to apply if the helicopter is upside down.

Immobilize On Impact #

Optionally immobilize throttle on impacts above the threshold.

Immobilize On Bad Landing #

Optionally immobilize throttle on bad landing.

Immobilize On Crash #

Optionally immobilize throttle on crash landing.

Immobilized Duration #

When immobilized the helicopter can recover after this delay (-1 to never recover).

Audio #

Throttle Up Pitch Value #

The amount of pitch difference to apply to the engine audio.

Engine Audio Clip #

The engine audio clip to play.

Engine Audio Source #

The engines audio source.

Immobilized Audio Clip #

The immobilized warning audio clip to play.

Immobilized Audio Source #

The immobilized warning audio source.

Weapons #

CoPilot Weapon Indicator Offset #

The offset for the UI monitor copilot weapon indicator (start weapon angle)

Pilot Weapons #

The Pilot weapons, can be empty.

CoPilot Weapons #

The CoPilot weapons, can be empty.

States #

Like all other states in UCC.