XYH UAV Fuselage Carbon Fiber Sheet uses aerospace-grade carbon fiber + resin matrix, with 1.6g/cm³ density (40% lighter than aluminum), -100℃ to 150℃ resistance, and 7-10x steel tensile strength. Available in 500x500/1000x1800mm, 0.5-100mm thickness, it’s ideal for carbon fiber drone bodies, FPV frames, and UAV fuselages, ensuring durability and flight efficiency.

Product Overview

Our UAV Fuselage Carbon Fiber Sheet is a premium material engineered for drone body manufacturing. Crafted from carbon fiber reinforcement + high-performance resin matrix, it delivers exceptional strength-to-weight ratio—critical for carbon fiber drone bodies (reducing weight to extend endurance) and carbon fiber fpv frames (minimizing drag). As a core product, it integrates seamlessly with Carbon Fiber Cnc Cutting, supporting custom shapes for cross-country drones, aerial photography UAVs, and Racing Drones.

Technical Specifications

Model: UAV Fuselage Carbon Fiber Sheet

Brand: XYH

Origin: China

Material: Carbon fiber reinforcement + resin matrix

Size: 500×500mm, 1000×1800mm (customizable)

Thickness: 0.5-100mm

Color: Black

Density: 1.6g/cm³ (1/4 steel, 40% lighter than aluminum)

Tensile Strength: 3000-4000MPa (7-10x steel)

Temperature Resistance: -100℃ to 150℃

Thermal Expansion Coefficient: Near-zero (vs aluminum’s 23×10⁻⁶/℃)

Corrosion Resistance: Resistant to salt spray, acid, alkali

Interlaminar Shear Strength: ≥80MPa

Product Features

Lightweight & High-Strength: 40% lighter than aluminum, 7-10x stronger than steel—ideal for carbon fiber drone bodies to boost endurance and payload capacity.

Extreme Environment Adaptability: -100℃ to 150℃ resistance + salt spray/acid/alkali tolerance, suitable for polar exploration, high-temperature industrial UAVs.

Dimensional Stability: Near-zero thermal expansion prevents deformation in temperature shifts, ensuring precision for drone sensors and cameras.

Impact Resistance: 200% higher impact toughness than aluminum; one-piece molding eliminates weak points, reducing crash damage to carbon fiber fpv frames.

Easy Processing: Compatible with carbon fiber CNC cutting for custom shapes (e.g., 250mm drone frame components), simplifying UAV fuselage manufacturing.

How to Use the Sheet

Custom Cutting: Use carbon fiber CNC cutting to shape the sheet into UAV fuselage parts (e.g., drone body shells, frame arms) based on design specs.

Surface Prep: Clean the sheet to remove dust; apply epoxy resin for bonding to other components (e.g., attach to Carbon Fiber Drone Frame).

Molding (if needed): Heat-form the sheet to curved fuselage shapes using specialized tools, ensuring aerodynamic profiles.

Finishing: Sand edges for smoothness; apply UV-protective coating to enhance durability for outdoor UAV operations.

Application Scenarios

UAV Fuselage Manufacturing: Producing carbon fiber drone bodies for cross-country, aerial photography, and Racing Drones.

FPV Frame Production: Making carbon fiber fpv frames and 250mm drone frame components, optimizing agility and speed.

Industrial UAVs: Crafting rugged fuselages for polar exploration, high-temperature industrial inspections, and coastal surveys (salt spray resistance).

DIY Drone Kits: Supporting custom builds in Carbon Fiber Drone Frame kits, ideal for hobbyists and professional manufacturers.

Value to Buyers

Drone Manufacturers: 40% weight reduction extends UAV endurance by 25-30%; high strength cuts maintenance costs from crashes.

Industrial Users: Extreme environment resistance eliminates UAV failure in harsh conditions; dimensional stability ensures sensor accuracy.

Custom Builders: Easy CNC cutting and compatibility with drone accessories save time on fuselage fabrication.

Certifications and Compliance

Complies with ISO 9001, CE, and ROHS standards, meeting global regulatory requirements for UAV materials.

Customization Options

Offers custom sizes (beyond standard dimensions), thickness adjustments (0.5-100mm), and pre-cut shapes via carbon fiber CNC cutting for specific UAV fuselage parts. Supports 3k Carbon Fiber Sheet variants for enhanced aesthetics.

Production Process

Sheets are made via: 

1) Carbon fiber weaving;

 2) Resin impregnation (special resin for extreme resistance); 

3) Vacuum pressing and curing; 

4) Precision cutting;

 5) Quality testing (strength, temperature resistance, dimensional accuracy) to ensure performance.

FAQ

Q: How does this sheet compare to aluminum for UAV fuselages?

A: 40% lighter, 5x stronger, and near-zero thermal expansion—outperforming aluminum in endurance and stability.

Q: Can it be used for coastal UAVs (salt spray)?

A: Yes, it resists salt spray corrosion, ideal for coastal surveys and marine inspections.

Q: What thickness is best for FPV Drone fuselages?

A: 1-3mm balances weight and strength, suitable for carbon fiber fpv frames needing agility.

Q: Is it compatible with standard drone adhesives?

A: Yes, works with epoxy resins commonly used in UAV fuselage assembly.

Q: How to verify its impact resistance?

A: Interlaminar shear strength ≥80MPa (tested) ensures it withstands minor crashes, protecting UAV internal components.