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Featuring Microheli’s best designs, the CNC Triple Carbon Plastic Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the OMP Hobby M2 V1 / V2 / EXP helicopter.Every detail of this Conversion set was scrutinized in terms of lift for..

Featuring Microheli’s best designs, the CNC Triple Carbon Plastic Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the OMP Hobby M2 EVO helicopter.Every detail of this Conversion set was scrutinized in terms of lift forces and en..

Featuring Microheli’s best designs, the CNC Triple Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the BLADE INFUSION 180 helicopter.Every detail of this Conversion set was scrutinized in terms of lift forces and energy consumption i..

Featuring Microheli’s best designs, the CNC Triple Carbon Plastic Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the GOOSKY S2 helicopter.Every detail of this Conversion set was scrutinized in terms of lift forces and ener..

Featuring Microheli’s best designs, the CNC Triple Carbon Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the OMP Hobby M1 / EVO helicopter.Every detail of this Conversion set was scrutinized in terms of lift forces and energy co..

Featuring Microheli’s best designs, the CNC Triple Carbon Plastic Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the OMP Hobby M2 V1 / V2 / EXP helicopter.Every detail of this Conversion set was scrutinized in terms of lift for..

Featuring Microheli’s best designs, the CNC Triple Carbon Plastic Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the OMP Hobby M2 EVO helicopter.Every detail of this Conversion set was scrutinized in terms of lift forces and en..

Featuring Microheli’s best designs, the CNC Triple Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the BLADE INFUSION 180 helicopter.Every detail of this Conversion set was scrutinized in terms of lift forces and energy consumption i..

Featuring Microheli’s best designs, the CNC Triple Carbon Plastic Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the GOOSKY S2 helicopter.Every detail of this Conversion set was scrutinized in terms of lift forces and ener..

Featuring Microheli’s best designs, the CNC Triple Carbon Blades Conversion set is designed with material strength and precise CNC tolerances in mind, to optimize stability, durability, response and overall performance of the OMP Hobby M1 / EVO helicopter.Every detail of this Conversion set was scrutinized in terms of lift forces and energy co..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 0.5mm +/- 15% Finish: Gloss/Gloss Weight: 52.1g  ..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 0.6mm +/- 15% Finish: Gloss/Gloss Weight: 73.1g  ..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 0.8mm +/- 15% Finish: Gloss/Gloss Weight: 100g  ..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 1.0mm +/- 15% Finish: Gloss/Gloss Weight: 120.8g  ..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 1.2mm +/- 15% Finish: Gloss/Gloss Weight: 148.9g  ..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 1.4mm +/- 15% Finish: Gloss/Gloss Weight: 166.6g  ..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 1.5mm +/- 15% Finish: Gloss/Gloss Weight: 175.6g  ..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 2.0mm +/- 15% Finish: Gloss/Gloss Weight: 255g  ..

Dimension: 190mm x 400mm, 7.5" x 15.75" Plain Weave Carbon Fiber Thickness Tolerance is 2.5mm +/- 15% Finish: Gloss/Gloss Weight: 302.7g  ..

The design of the Long Aluminum/Carbon Fiber Landing Gear was to optimize for rigidity & durability of the Microheli Blade 350 QX Frame series. This new design is a type of long landing gear from Aluminum & Carbon Fiber materials. It is used for the Microheli Blade 350 QX Frame series: MH-35QX005QK, MH-35QX105QK, MH-35QX205QK, MH-35..

The design of the Long Aluminum/Carbon Fiber Landing Gear was to optimize for rigidity & durability of the Microheli Blade 350 QX Frame series. This new design is a type of long landing gear from Aluminum & Carbon Fiber materials. It is used for the Microheli Blade 350 QX Frame series: MH-35QX005QK, MH-35QX105QK, MH-35QX205QK, MH-35QX30..

The design of the Long Aluminum/Carbon Fiber Landing Gear was to optimize for rigidity & durability of the Microheli Blade 350 QX Frame series. This new design is a type of long landing gear from Aluminum & Carbon Fiber materials. It is used for the Microheli Blade 350 QX Frame series: MH-35QX005QK, MH-35QX105QK, MH-35QX205QK, MH-35..

The Low Profile Carbon Fiber Landing Gear design with lower on the front and higher on the back to tilt your GOOSKY S1 helicopter forward 5 degrees to avoid tail rotor blades strike during landing.The new stylish Low Profile Carbon Fiber Landing Gear will bring your helicopter to a higher class and a cool new look. See and feel the differ..

The Low Profile Carbon Fiber Landing Gear design with lower on the front and higher on the back to tilt your GOOSKY S1 helicopter forward 5 degrees to avoid tail rotor blades strike during landing.The new stylish Low Profile Carbon Fiber Landing Gear will bring your helicopter to a higher class and a cool new look. See and feel the differ..

The Low Profile Carbon Fiber Landing Gear design with lower on the front and higher on the back to tilt your GOOSKY S1 helicopter forward 5 degrees to avoid tail rotor blades strike during landing.The new stylish Low Profile Carbon Fiber Landing Gear will bring your helicopter to a higher class and a cool new look. See and feel the differ..

The Low Profile Carbon Fiber Landing Gear design with lower on the front and higher on the back to tilt your GOOSKY S1 helicopter forward 5 degrees to avoid tail rotor blades strike during landing.The new stylish Low Profile Carbon Fiber Landing Gear will bring your helicopter to a higher class and a cool new look. See and feel the differ..

The Low Profile Carbon Fiber Landing Gear design with lower on the front and higher on the back to tilt your GOOSKY S1 helicopter forward 5 degrees to avoid tail rotor blades strike during landing.The new stylish Low Profile Carbon Fiber Landing Gear will bring your helicopter to a higher class and a cool new look. See and feel the differ..

The Low Profile Carbon Fiber Landing Gear design with lower on the front and higher on the back to tilt your GOOSKY S1 helicopter forward 5 degrees to avoid tail rotor blades strike during landing.The new stylish Low Profile Carbon Fiber Landing Gear will bring your helicopter to a higher class and a cool new look. See and feel the differ..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your GOOSKY S2 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significantly..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your GOOSKY S2 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significantly..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your ALIGN T15 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also signific..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your BLADE INFUSION 180 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significa..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your GOOSKY S2 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significantly..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your OMP Hobby M1 / EVO helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your BLADE FUSION 180 Smart helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also ..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your ALIGN T15 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also signific..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your BLADE INFUSION 180 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significa..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your GOOSKY S2 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significantly..

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The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your OMP Hobby M1 / EVO helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your ALIGN T15 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also signific..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your BLADE INFUSION 180 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significa..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your GOOSKY S2 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significantly..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your OMP Hobby M1 / EVO helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your BLADE FUSION 180 Smart helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also ..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your ALIGN T15 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also signific..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your BLADE INFUSION 180 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significa..

The Low Profile Carbon Fiber Landing Gear "U" Style design with lower on the front and higher on the back, to tilt your GOOSKY S2 helicopter forward 5 degrees to avoid Tail Rotor Blades strike during landing. The new design creates a stylish overall appearance, which not only adds a cool new look to your helicopter, but also significantly..