Tailored to fit your drone perfectly, C4 Composites offers customized, high-precision carbon fibre components — including drone covers, landing gears, battery boxes, and structural parts .
Engineered
for flight
LIGHTWEIGHT
Reduced weight
maximum efficiency
HIGH STRENGTH
Aerospace- Grade
Carbon Fiber
PRECISION MADE
CNC precision
for perfect fit
BUILD TO ENDURE
Tested for Extreme
Conditions
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Drone Components
Engineered for aerial applications, our carbon fibre drone components deliver strength, durability, and precision. From drone covers and carrier boxes to drone arms and structural parts, each component is designed to meet the demands of high-performance drone systems.
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UAV and Rockets
Built for aerospace performance, our carbon fibre UAV and rocket components combine lightweight construction with exceptional strength. From nose cones to specialized structural parts, every component is engineered for demanding flight applications.
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Discover our Customized Drone Covers
Impact Protection
Engineered to shield sensitive electronics from impacts, vibrations, and minor crash damage.
Enhanced Durability
Resistant to fatigue, corrosion, and harsh environmental conditions for long-lasting reliability.
Lightweight Performance
Made from high-strength carbon fiber to reduce overall drone weight without compromising durability.
Premium Aesthetics
Features a sleek woven carbon fiber finish that gives drones a professional and high-performance appearance.
Carbon Fiber Drone Covers – Engineered for Any Design​
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Discover our Customized Drone Covers
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Motor Mount and ESC Casing
This part is attached on the one end of the round drone arm. The motor is mounted on top and the ESC is housed inside it.
Drone Arm to Body Connector
This part is attached on the other end of the round drone arm to act as a connector between the arm and the main chassis of the drone
Discover our Customized - Drone parts
Motor Mount
The mounts and connectors can be modified according to drone design and strength requirements.
Carbon Fiber Round Frame
This part is attached on the other end of the round drone arm to act as a connector between the arm and the main chassis of the drone
Carbon Fiber Drone Frame
Carbon fiber drone frames built using square tubes and composite sheets offer a lightweight yet rigid structure for UAV applications.
FPV Drone Body
Uni-body FPV drone frames protect electronics by housing them within the body, reducing exposure to crashes and environmental conditions. Their aerodynamic design minimizes drag, while the large surface area supports cameras and other attachments.
Diagonal view
In action view
Front view
Carbon Fiber
Landing Gear
Lightweight . Strong . Customized
Engineered for stable landings and protection when it matters most.
Protects
Provides ground clearance and shields electronics and payload from impact.
Lightweight
Reduces overall weight without compromising structural performance.
Durable
Built to handle multiple landings and tough environment.
Carbon Fiber Drop Box
Custom-dimension carbon fiber drop box designed for aerial delivery of food, medical supplies, emergency equipment, and mission-specific payloads. Equipped with a bottom-opening release mechanism for precise payload deployment while maintaining structural integrity and minimal weight
Carbon Fiber Carrier Box
Lightweight carbon fiber carrier box engineered for the secure transportation of drones, batteries, tools, and mission equipment. Designed to protect sensitive payloads from impact, vibration, and environmental exposure during transit and field operations.
Carbon Fiber Battery Box
Battery Box houses the drone battery and can act as a connector body between the main frame and the accessories. Carbon Fiber makes it ultra light, ultra strong and protects the battery in times of a crash.
Carbon Fiber Box Solutions
High strength . Lightweight . Mission Ready
Engineered carbon fiber boxes for secure transport, rapid deployment, and relible protection of critical equipment in any environment.
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UAV and Rockets
High Strength . Flight Optimized . Lightweight​
Carbon fiber nose cones are lightweight aerodynamic UAV components designed to protect internal systems while reducing drag during flight.
Nose cone and Radomes
Glass Fiber/Aramid Fiber radomes are protective structures used to house antennas and radar systems without interfering with signal transmission.
Aramid nose cone
Glass Fiber nose cone
Carbon Fiber nose cone
Rocket Prototype (Nose cone application)
CF Nose Cone
It is a nose cone application
Premium Carbon Fiber
Advanced composites for superior strength- to- weight ratio
Lightweight
Reduced weight for greater efficiency
