Tasuns Composite Technology Co., Ltd

Tasuns Composite Technology Co., Ltd -One stop supply chain for composite material

Manufacturer from China
Verified Supplier
5 Years
Home / Products / Carbon Fiber Component /

RC Plane Carbon Fiber Component Carbon Fiber Landing Gear Undercarriage

Contact Now
Tasuns Composite Technology Co., Ltd
Visit Website
City:shenzhen
Province/State:guangdong
Country/Region:china
Contact Person:MrJacky
Contact Now

RC Plane Carbon Fiber Component Carbon Fiber Landing Gear Undercarriage

Ask Latest Price
Brand Name :Tasuns
Model Number :RC plane carbon fiber components
Certification :CE, SGS, ISO
Place of Origin :Dongguan, China
MOQ :200 pcs
Price :Negotiable
Payment Terms :T/T, Paypal, L/C
Supply Ability :200pcs per week
Delivery Time :15-20 days for sample
Packaging Details :Carton box bubble wrap inside or customized
Material :Carbon fiber + epoxy resin
Accessories :Aluminium parts
Finish :Matte/ high glossy
Custom design :as per drawings
OEM/ODM :by custom design
Processing :Mold pressing or autoclave
Working temp :-70~80°C
Application :Carbon fiber parts for drone
more
Contact Now

Add to Cart

Find Similar Videos
View Product Description

Carbon Fiber Landing Gear Undercarriage For RC Plane

550/600ESP adopts 6061-T6 aluminum alloy CNC metal structures, combined with carbon fiber Falcon riveting structure to improve the anti-torque, innovative design, floating clamp bit Step screw to prevent vibration impact.

Material: Carbon Fiber & Metal

Screw hole distance:53mm

Color: Black & Silver/ Orange & black

Features:
• 3K Carbon Cloth layup
• Stronger and lighter than aluminum equivalent
• Mounting holes not drilled to fit variety of brands
• Air foiled leg section


Available custom finish:
RC Plane Carbon Fiber Component Carbon Fiber Landing Gear Undercarriage

Our work shop:
RC Plane Carbon Fiber Component Carbon Fiber Landing Gear Undercarriage

*Reminder: All prices on the website are for reference only, and the actual prices are subject to specific communication.

Inquiry Cart 0