Includes 1 x Hex Screw Driver 2.0mm   *Note: Color of the handle can vary from batch to batch  ..

    Includes 1 x Hex Screw Driver 1.5mm   *Note: Color of the handle can vary from batch to batch  ..

..

..

..

The Precision CNC Aluminum Main Rotor Hub with Button is designed to improve stability, durability and overall performance on the Blade mCP X/S helicopter. It's directly replaced the stock plastic main rotor hub. The Precision CNC Aluminum Main Rotor Hub with Button is machined with high tolerance from aircraft aluminum to achive the best..

The Precision CNC Aluminum Main Rotor Hub is designed to improve stability, durability and overall performance on the Blade mCP X/S helicopter. It's directly replaced the stock plastic main rotor hub. The Precision CNC Aluminum Main Rotor Hub is machined with high tolerance from aircraft aluminum to achive the best possible accuracy and precision. ..

Videos On YouTube  ..

The Aluminum/Carbon Fiber Landing Gear w/Tail Support is designed to improve stability, durability and performance on the Blade mCP X helicopter. It's directly replaced the stock plastic landing gear with Tail Boom Support system. The Aluminum/Carbon Fiber Landing Gear w/Tail Support is machined from aircraft Aluminum, Carbon Fiber and Delrin to pr..

The Aluminum/Carbon Fiber Landing Gear is designed to improve stability, durability and performance on the Blade mCP X/S helicopter. It's directly replaced the stock plastic landing gear. The Aluminum/Carbon Fiber Landing Gear is machined from aircraft Aluminum, Carbon Fiber and Delrin to prevent unwanted vibration and damages in the main..

    Includes 1 x Precision CNC Aluminum Main Rotor Hub (RED)     Material Aluminum     Features Optimized for stabi..

The Precision CNC Aluminum Main Blade Grip set is designed to improve stability, durability and performance on the Blade mCP X/S helicopter. It's directly replaced the stock plastic main grip. The Precision CNC Aluminum Main Blade Grip set is machined with high tolerance from aircraft aluminum to achive the best possible precision and usi..

The Aluminum XL Tail Boom w/Horizontal Fin system is designed with a 20mm extended tail boom to reduce the load of the tail motor and increase tail response and performance on the Blade mCP X helicopter. It's directly replaced the stock tail system. The Aluminum XL Tail Boom w/Horizontal Fin system is CNC? machined from aircraft Aluminum, Carbon fi..

The Aluminum XL Tail Boom system is designed with a 20mm extended tail boom to reduce the load of the tail motor and increase tail response and performance on the Blade mCP X helicopter. It's directly replaced the stock tail system. The Aluminum XL Tail Boom system is CNCÃ?Â? machined from aircraft Aluminum, Carbon fiber and Carbon rod precisely to..

..

..

..

The Aluminum Tail Motor Mount with Vertical Fin set is designed to improve stability, durability and performance on the Blade mCP X/S helicopter. It's directly replaced the stock tail system. The Aluminum Tail Motor Mount with Vertical Fin set is CNC machined from aircraft Aluminum and Carbon Fiber precisely to minimize any unwanted tail ..

The Carbon Fiber Vertical Fin set is designed to improve durability and performance on the Blade mCP X/S helicopter. It's directly replaced the stock plastic vertical tail fin. The Carbon Fiber Vertical Fin set is CNC machined from Carbon fiber and Delrin to fit securely on stock tail boom system and prevent tail fin vibration to allow th..

    Includes 1 x Carbon Fiber Horizontal Fin set      Material Carbon Fiber     Weight N/A  ..

The Aluminum Tail Boom w/Horizontal Fin system is designed to improve stability, durability and performance on the Blade mCP X helicopter. It's directly replaced the stock tail system. The Aluminum Tail Boom w/Horizontal Fin system is CNC? machined from aircraft Aluminum, Carbon fiber, Carbon rod and Delrin precisely to minimize any unwanted tail v..

The Aluminum Tail Boom system is designed to improve stability, durability and performance on the Blade mCP X helicopter. It's directly replaced the stock tail system. The Aluminum Tail Boom system is CNC? machined from aircraft Aluminum, Carbon fiber and Carbon rod precisely to minimize any unwanted tail vibration and twisting to allow the tail sy..

The Precision CNC Aluminum Swashplate is designed to improve stability, durability and overall performance on the Blade mCP X/S helicopter. It's directly replaced the stock plastic swashplate. The Precision CNC Aluminum Swashplate is machined with high tolerance from aircraft aluminum to achive the best possible precision and using high q..

The Precision CNC Aluminum Main Blade Grip set is designed to improve stability, durability and performance on the Blade mCP X/S helicopter. It's directly replaced the stock plastic main grip. The Precision CNC Aluminum Main Blade Grip set is machined with high tolerance from aircraft aluminum to achive the best possible precision and usi..

    Includes 2 x Tail Boom Carbon Rod      Material Carbon Rod      Weight N/A   ..

The Precision Blade Grip Radial Bearing 1.5x4x1.2mm set is made from Stainless Steel to replace the stock Blade Grip Ball Bearings on Blade mCP X helicopter. A single row radial ball bearings with ball separated by a cage can support radial loads, axial loads and tilting movements. And yet, these MR681X ball bearings are Non-Shield type which ..

The Aluminum/Carbon Fiber/Delrin Flybar system is designed to improve cyclic perfomance and direct replace the stock plastic flybar on the Blade 120 SR helicopter. The Aluminum/Carbon Fiber/Delrin Flybar system is 100% CNC machined from Aircraft Aluminum, Carbon Fiber Rod and Delrin material with the highest possible tolerance to reduce unwanted vi..

The Aluminum/Carbon Fiber Main Frame V2 is designed to improve perfomance and direct replace the stock plastic main frame on the Blade mSR helicopter. The Aluminum/Carbon Fiber Main Frame V2 is 100% CNC machined from aircraft aluminum and carbon fiber to provide best precision on all axis and rigid to reduce unwanted vibration. More than that, the ..

..

..

..

..

..

..

..

..

..

..

..

..

..

..

..

..

..

..

..

..