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Ray RX-118 O-SAR Heavy Rescue/Cargo Helicopter

The RX-118 heavy rescue/cargo helicopter, built by (fictional) Ray Industries since 2016, is known for it's heavy duty capabilities, including rescue operations in adverse condition. Developed to US Air Force specifications, the RX-118 is powered by a full sized jet engine, and boasts two cargo area hatches (rear and floor drop-down), a two man harness system, remote-controlled winch system, two radar systems, as well as an array of life-saving equipment, gear, and outfits. The lifting capability exceeds 5,500 lbs.

• Length: 17.5 m
  
• Cost: $54,000
  
• Power: 1 x Jet engine
  
• Mass: 2,530 lbs (Dry Weight)
  
• Top Auto-Hover Speed: 170 km/h (With Gyro-Auto Hover Enabled)
  
• Top Speed: 230 km/h (With Gyro-Auto Hover Disabled)
  
• Top Speed Range: 100km
  
• Fuel Capacity: 6900L Jet Fuel
  
• Pilot Seats: 2
  
• Passenger Seats: 8
  
• Equipment: 2 x Medium winch with 2 harnesses (operational from controller harness or a remote control system) and cargo capabilities

• Cockpit features: GPS system, 2 x radar system, touchscreen radio, emergency beacon locator system, camera station, fuel consumption calculator
  
• Medium winch with 2 harnesses (operational from harness or with a remote control system) for live-saving operations
  
• Clearance and obstacle warning systems
  
• Altitude hold
  
• Position hold
  
• Pitch hold
  
• Programmable auto-pilot
  
• 2 x deployable flare and emergency beacon
  
• Life-saving, repair and survival gear
  
• Backup battery
  
• No modded blocks

Turn on the "Engines Power", which is located in the centre console. The jet engine will start automatically. When warmed up and spinning at idle, hit the "Rotor Clutch" and you are ready for flight! The system switches and light switches are located on the cockpit ceiling.

• The helicopter tends to yaw to the left when in start-up mode, this can be countered by pressing yaw right and applying wheel brakes. Alternatively, don't engage the rotor clutch until the engines are in idle mode, this will prevent any spinning.
  
• When making a precision landing, use the "UNDR" camera, align the helicopter, toggle position hold, and descend.

Refer to "Change Notes" tab for description of updates

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CURC (Consumption, uptime and range calculator)
Emergency Beacon Finder (example)
Radar Projection Map
Speed and Altitude Meter Monitors 1x1
FORWARD LOOKING LUA RADAR
helicopter altitude hold
helicopter position hold
Pitch Override Microcontroller
Updated Helicopter Autopilot Microcontroller
Touchscreen Radio
Camera controls on screen
1x1 Touch Menu

HAVE FUN AND ENJOY! Please feel free to comment any bugs and I will attempt to fix them!

As with all my builds, this one is aimed at being easy to operate, functional, optimised and lag-free.

Please feel free to use as a deployable helicopter for your builds, as long as credit and a link to this page are provided.

Please do not re-upload stand-alone craft or share without my permission, including custom versions.

Check out my other Stormworks builds :)