Carbon fiber plates of 6m x 10m for the research and development testing of unmanned aerial vehicle manufacturing
Looking for a material that offers the perfect balance of strength, lightweight performance, and stability for advanced drone development and demanding R&D testing? Our 3K carbon fiber plain weave sheet is designed specifically to meet those needs. Designed for drone frames, propeller blades, and structural components, this sheet combines industrial-grade durability with the precision required for testing environments.
Why It’s Ideal for Drone R&D?
1. High Strength, Ultra-Lightweight
With a tensile strength of ≥3000 MPa (6-12 times that of steel) and a density of just 1.7g/cm³ (less than 1/4 of steel), this sheet slashes drone weight by 20%+ during testing—critical for optimizing flight endurance and load-bearing capacity. Whether testing payload limits or extended flight times, its high strength-to-weight ratio ensures structural integrity without sacrificing performance.
2. Unmatched Thermal & Dimensional Stability
Drones face extreme temperature fluctuations during field tests, from -200℃ to 300℃. Our carbon fiber sheet boasts near-zero linear expansion, maintaining precise dimensions even in harsh conditions. This stability eliminates warping or deformation, ensuring consistent test results for components like propeller hubs or frame joints.
3. Corrosion & Weather Resistance
Perfect for outdoor R&D (rain, humidity, or salt spray environments), the sheet resists acids, bases, and moisture—outperforming metal alternatives. It won’t degrade during long-term testing, making it reliable for durability trials.
Product Details
If you’re deep into drone R&D—testing new frame designs, optimizing propeller efficiency, or pushing the limits of flight endurance—you need a material that keeps up with your ambition. Our 3K carbon fiber plain weave sheet, available in 6m x 10m (and customizable to your specs), is built for this exact purpose. It’s not just a sheet; it’s a tool to turn your prototypes into reliable, high-performance drones.
This is a breakthrough for drone research and development.
Drones encounter specific obstacles during testing, such as coping with extreme temperatures, managing changing loads, and ensuring precise consistency every time. This carbon fiber sheet checks every box.
- Strength that outperforms metals, weight that defies logic: With a tensile strength of ≥3000 MPa (6-12x stronger than steel) and a density of just 1.7g/cm³ (less than ¼ of steel), it cuts drone weight by 20%+ without sacrificing durability. That means longer flight times in endurance tests and more room for payloads like cameras or sensors.
- Stability, even in chaos: Whether your tests take drones to freezing mountain tops (-200℃) or scorching deserts (300℃), this sheet’s near-zero linear expansion keeps dimensions steady. Your test data remains consistent and dependable, with no warping or shifting from batch to batch.
- This material stands up to the elements：rain, humidity, salt spray—nothing about the outdoors seems to bother it. Unlike metal, it won’t rust or corrode, making it perfect for long-term field tests or marine drone projects.
Technical Specs: Built for Precision
Not all carbon fiber is created equal. Here’s how this sheet stacks up against industry standards—critical for validating your R&D results:
| Parameter | Details |
|---|---|
| Material Grade | T300 (industry-standard for high-performance composites) |
| Filament Type | 3K (3,000 filaments per tow; 1K/6K/12K/24K available on request) |
| Weave & Surface | Plain weave with matte finish (reduces glare in outdoor testing) |
| Density | 1.7g/cm³ (lightweight advantage for payload-sensitive designs) |
| Tensile Strength | ≥3000 MPa (ensures structural integrity under high stress) |
| Elastic Modulus | ≥230 GPa (stiff enough for precise control in propellers/frames) |
| Operating Temperature Range | -200℃ to 300℃ (handles extreme environments in field tests) |
| Corrosion Resistance | Resistant to acids, bases, and salt spray (per ISO 9227 salt spray tests) |
| Non-Magnetic | No interference with drone sensors, GPS, or communication systems |
Where It Shines: Drone & Beyond
While it’s engineered for drone R&D, its versatility makes it a workhorse across industries. Here’s how it’s used:
| Application | Use Cases | Key Benefits |
|---|---|---|
| Drone R&D | Full-frame prototypes, propeller blades, battery compartments, sensor mounts | 20%+ weight reduction → longer flight tests; stable dimensions → consistent data |
| UAV Production | Mass-produced drone frames, folding mechanisms | Corrosion resistance → longer product lifespan; lightweight → better energy efficiency |
| Aerospace | Satellite brackets, small aircraft components | Withstands extreme temps and pressure; high strength-to-weight ratio |
| Automotive | Lightweight chassis parts, racing drone (or car) components | Reduces overall weight → improves speed/efficiency |
| Medical Equipment | Non-magnetic frames for drone-mounted medical scanners | Corrosion-resistant; safe for sterile environments |
Customize It to Your Exact Needs
No two R&D projects are the same. That’s why we let you tweak every detail—so the sheet fits your test goals, not the other way around.
| Customization Option | Details |
|---|---|
| Size | Standard: 6m x 10m; Custom: Up to 2000mm x 2000mm (or larger on request) |
| Thickness | 0.5mm to 20mm, with 0.1mm precision (ideal for testing load vs. thickness) |
| Filament Type | 1K (fine texture), 3K (balance of strength/cost), 6K/12K/24K (coarser weave) |
| Surface Finish | Plain matte (standard) or glossy (on request) |
| Design Compatibility | Accepts files in STP, STEP, DWG, DXF, AI, or PDF (3D previews in 24hrs) |
| Production Lead Time | 7-15 days (urgent orders: 5 days for quick iterations) |
How We Make Your R&D Easier
We know R&D moves fast. That’s why our process is designed to keep up:
- Share your needs: Send us your design files (STP, DWG, etc.) or just tell us the size, thickness, and what you’re testing (e.g., “I need a 6m x 10m sheet for a foldable drone frame”).
- Get clarity fast: Within 24 hours, we’ll send a 3D model preview and a mechanics report (so you can check if it meets your strength/weight targets).
- Build with confidence: Every sheet is ISO 9001 certified. We include test reports for tensile strength, density, and thermal stability with every batch—so you can trust your R&D data.
- Test, iterate, repeat: Need a tweak? Our quick turnaround (5 days for urgent orders) means you won’t waste time waiting for revisions.
Ready to stop compromising on material quality during testing? This 3K carbon fiber sheet is more than a component—it’s a partner in turning your drone ideas into reality.
Request a free sample to test in your lab, or get a custom quote today:
Tel: +86-17861043555 | Email: info@carbonfibermaterial.com
Let’s make your next drone prototype stronger, lighter, and ready for anything.
Tel: +86-17861043555 | Email: info@carbonfibermaterial.com
Let’s make your next drone prototype stronger, lighter, and ready for anything.
