Description
GEPRC CL20 Drone Frame — Compact Power and Precision for Cinematic FPV Flying
The GEPRC CL20 Drone Frame stands as the pinnacle of modern micro FPV engineering, combining design innovation, material excellence, and mechanical precision to redefine what a compact drone frame can accomplish. Engineered for pilots who value cinematic fluidity, responsive handling, and enduring reliability, this 2-inch pusher-style FPV frame delivers exceptional performance across both indoor and outdoor flight environments. Its aerodynamic design allows it to glide effortlessly through confined spaces, corridors, and intricate flight paths, maintaining consistent control and agility even in the most demanding situations.
Crafted from a premium combination of carbon fiber, injection-molded plastic, and 7075 aluminum, the GEPRC CL20 Drone Frame strikes an extraordinary balance between ultra-lightweight construction and structural rigidity. This material synergy ensures superior crash resistance, vibration suppression, and overall flight durability. The inclusion of high-strength aluminum columns enhances rigidity, while the carbon fiber plates minimize weight without sacrificing stability. The result is a frame that withstands high-impact scenarios while maintaining smooth and consistent performance, making it a trusted choice among micro drone enthusiasts and professional pilots alike.
Every element of the GEPRC CL20 Drone Frame showcases meticulous craftsmanship and attention to detail. Its anti-jello damping system and EVA impact protection components work in unison to eliminate unwanted vibrations, delivering clear and stable footage even during rapid maneuvers. Designed for flexibility and customization, it supports multiple camera systems, including DJI O3, Insta360 GO2, and Naked GoPro models, making it an adaptable platform for both cinematic and freestyle flying. Whether for professional videography, technical FPV builds, or creative aerial exploration, the GEPRC CL20 Drone Frame provides the perfect blend of stability, agility, and long-lasting reliability for every flight mission.
Introduction to the GEPRC CL20 Drone Frame
Innovative Micro Cinewhoop Design
The GEPRC CL20 Drone Frame embodies the latest trends in FPV drone design, particularly in the field of compact cinewhoops. Its 2-inch pusher configuration sets it apart from traditional drone frames. By positioning the propellers below the motors, this design efficiently pushes air downward, generating smooth and controlled lift. This not only enhances stability but also reduces vibration, ensuring that camera footage remains crisp and jitter-free.
Cinewhoops are widely recognized for their ability to produce cinematic footage within confined areas such as hallways, industrial sites, or forest trails. The GEPRC CL20 Drone Frame takes this a step further with improved aerodynamics, reinforced structural elements, and a meticulously engineered anti-jello camera system that minimizes vibration distortion.
Purpose-Built for Stability and Versatility
The GEPRC CL20 Drone Frame is not merely a structure to hold components — it is a finely balanced platform that ensures each part functions harmoniously. The frame’s geometry is optimized to distribute weight evenly, maintaining a consistent center of gravity that contributes to stable flight performance. This design philosophy supports both freestyle and cinematic flying styles, appealing to a broad spectrum of FPV enthusiasts.
Whether you are an experienced pilot seeking reliability or a beginner aiming to explore FPV cinematography, the GEPRC CL20 Drone Frame is engineered to perform flawlessly under various flying conditions.
Construction and Material Excellence
Premium Carbon Fiber Structure
Durability and lightness are the cornerstones of the GEPRC CL20 Drone Frame. Constructed with high-grade carbon fiber, the frame achieves a perfect balance between strength and weight reduction. The top plate measures 2mm in thickness, while the bottom plate is 1.5mm. The arms, at 2.5mm, are sturdy enough to withstand the stresses of aggressive maneuvers and minor collisions.
Carbon fiber’s structural rigidity ensures the frame remains resistant to torsion and bending forces, making it ideal for precision flying. Moreover, carbon’s natural vibration absorption characteristics help stabilize the camera and flight controller, enhancing flight performance and video clarity.
Reinforced 7075 Aluminum Components
Supporting the carbon fiber plates are 7075 aluminum columns, which are widely used in aerospace applications due to their high strength-to-weight ratio. These columns provide exceptional rigidity and protection for internal electronics. Unlike standard aluminum, the 7075 alloy resists deformation under pressure and ensures long-term durability, even after repeated impacts.
The integration of these aluminum parts into the GEPRC CL20 Drone Frame reinforces the overall architecture, resulting in a frame that is both lightweight and nearly indestructible. This combination of materials exemplifies GEPRC’s commitment to precision engineering and long-term reliability.
Injection-Molded Plastic and EVA Components
To further enhance impact resistance, the GEPRC CL20 Drone Frame incorporates injection-molded plastic propeller guards and EVA damping rings. The prop guards shield both the drone and its surroundings, reducing the risk of damage during close-quarters flying. EVA damping rings, known for their excellent shock absorption, protect delicate components from high-frequency vibrations.
This design minimizes mechanical stress on electronic parts and extends their lifespan. The use of multiple material types ensures that the frame maintains optimal performance in diverse environments — from indoor warehouses to outdoor urban settings.
Camera Mounting and Anti-Jello System
Advanced Anti-Jello Camera Gimbal
One of the defining features of the GEPRC CL20 Drone Frame is its anti-jello camera gimbal system. This mechanism is designed to eliminate “jello” — a rolling shutter effect caused by motor vibrations. By employing soft-damping materials and flexible joints, the gimbal isolates camera movement from frame vibrations.
This technology ensures that pilots can record crystal-clear, smooth footage, even during aggressive flight patterns or sudden changes in direction. The result is cinematic-quality video output that meets professional standards for FPV filming.
Broad Camera Compatibility
The GEPRC CL20 Drone Frame offers remarkable camera compatibility, supporting several of the most popular action cameras used in FPV cinematography. Compatible models include:
- DJI Action2
- DJI O3 Air Unit
- Insta360 GO2
- Naked GoPro 8, 9, 10, and 11
GEPRC provides multiple 3D-printed camera mounts to accommodate various models. Each mount is engineered for precise fitting and optimal balance, preventing unwanted camera tilt during flight. This adaptability allows users to switch between recording setups depending on their project requirements.
Flight Controller and VTX Mounting Compatibility
Dual Mounting Patterns for Enhanced Flexibility
The GEPRC CL20 Drone Frame supports both 25.5×25.5mm and 20×20mm mounting hole patterns, making it compatible with a wide range of flight controllers (FCs) and video transmitters (VTX systems). This flexibility allows pilots to choose between analog and digital setups, depending on their flight style and recording preferences.
The 25.5×25.5mm standard suits AIO flight controllers, while the 20×20mm layout accommodates modular stacks. This multi-compatibility approach allows builders to upgrade their electronics without having to replace the entire frame.
Efficient Internal Layout and Cable Management
GEPRC has designed the internal space of the GEPRC CL20 Drone Frame with precision cutouts and slots for efficient cable routing. This minimizes interference between components, reduces the risk of damage during assembly, and ensures proper ventilation for heat dissipation.
Organized wiring not only enhances aesthetic appeal but also contributes to electrical efficiency and consistent signal transmission between components. Such meticulous design reflects GEPRC’s understanding of both functionality and form.
Aerodynamic Performance and Flight Dynamics
Benefits of the Pusher Configuration
The pusher-style design of the GEPRC CL20 Drone Frame enhances aerodynamic efficiency by allowing air to flow unobstructed beneath the frame. This configuration generates smoother lift and increased thrust efficiency compared to traditional puller designs.
By lowering the center of gravity, the drone achieves improved balance, allowing for more precise control and responsiveness. This is particularly valuable for pilots performing low-altitude cinematic flights where steady movement is essential.
Smooth Handling and Responsive Control
Due to its symmetrical layout and balanced weight distribution, the GEPRC CL20 Drone Frame delivers predictable flight behavior. This balance allows pilots to make sharp turns, rolls, and flips with minimal drift. The frame’s rigidity and vibration control systems ensure that even at high speeds, the drone remains stable and responsive.
Optimized for Tight-Space Flying
The compact 2-inch propeller compatibility of the GEPRC CL20 Drone Frame allows it to navigate effortlessly through narrow corridors, doorways, and indoor spaces. This characteristic makes it an ideal choice for pilots involved in real estate cinematography, industrial inspections, or creative filming projects that demand precision flight through confined areas.
Design Philosophy and Practical Innovation
Modular, Repair-Friendly Architecture
The GEPRC CL20 Drone Frame is designed with a modular structure, enabling easy replacement of individual parts. In the event of a crash, pilots can quickly replace damaged plates or arms without the need to disassemble the entire build. This user-friendly design significantly reduces maintenance time and operational costs.
This modularity also supports future upgrades, making the GEPRC CL20 Drone Frame a long-term investment for FPV pilots who wish to evolve their builds over time.
Lightweight Yet Durable Engineering
GEPRC’s goal with the GEPRC CL20 Drone Frame was to achieve the highest possible performance without compromising durability. By combining materials strategically — carbon fiber for rigidity, aluminum for strength, and EVA for shock absorption — the company succeeded in creating a frame that is both featherlight and incredibly robust.
This weight optimization translates to longer flight times and increased efficiency, as less power is required to keep the drone airborne.
User-Centric Design and Assembly
Every aspect of the GEPRC CL20 Drone Frame was designed with the end-user in mind. The frame includes all necessary hardware, such as screws, spacers, gaskets, and 3D-printed accessories. Even the inclusion of an L-shaped screwdriver simplifies the assembly process for new builders.
The battery anti-slip pad and damping gaskets further enhance build reliability, preventing component shifting during flight. Such thoughtful design details showcase GEPRC’s dedication to delivering a comprehensive and convenient building experience.
Durability and Structural Protection
EVA Damping and Propeller Guards
Durability is one of the defining characteristics of the GEPRC CL20 Drone Frame. The integrated EVA damping system reduces mechanical shock from sudden impacts, while the propeller guards protect propellers from collision damage. This dual-layer protection ensures both the drone and its surroundings remain safe during indoor or proximity flying.
Long-Term Structural Integrity
The combined use of carbon fiber and 7075 aluminum ensures the GEPRC CL20 Drone Frame maintains its structural integrity even under demanding flight conditions. The frame’s rigidity minimizes vibrations and frame flexing, which are common causes of instability and poor flight performance in lesser-quality builds.
As a result, pilots can fly confidently in various environments, from open fields to tight industrial setups, knowing their drone frame is built to endure extensive use.
Assembly, Setup, and Customization
Straightforward Assembly Process
The GEPRC CL20 Drone Frame kit comes complete with a comprehensive set of screws, columns, dampers, gaskets, and 3D-printed accessories. Each part is labeled and pre-sized for precise fitting, minimizing the risk of assembly errors.
The clear structural design and pre-drilled mounting holes make installation efficient and intuitive. Builders of all experience levels can complete assembly quickly, ensuring a frustration-free setup process.
Extensive Customization Options
GEPRC understands the importance of flexibility in FPV building. The GEPRC CL20 Drone Frame allows pilots to customize their drones extensively — from selecting preferred cameras and antennas to modifying the power system and lighting setup.
The kit includes various mounts for VTX antennas, receivers, and cameras, allowing you to adapt the frame for specific purposes, such as cinematic flying, racing, or indoor exploration.
Flight Applications and Use Cases
Cinematic Filming and Photography
The GEPRC CL20 Drone Frame excels in capturing high-quality cinematic footage. The combination of its anti-jello system, vibration isolation, and stable flight performance ensures smooth video output suitable for professional productions.
Filmmakers and content creators can confidently use this frame to record dynamic scenes, aerial tracking shots, and intricate fly-throughs with minimal post-processing stabilization required.
Freestyle and Racing Performance
Although primarily designed for cinematic use, the GEPRC CL20 Drone Frame also performs admirably in freestyle and racing scenarios. Its rigid frame structure allows for agile maneuvering, quick response to throttle input, and precise handling — all key features for competitive FPV racing.
Professional and Recreational FPV Use
The GEPRC CL20 Drone Frame caters to a wide range of users, from professionals creating commercial video content to hobbyists exploring FPV flying for enjoyment. Its reliability, ease of maintenance, and adaptability make it suitable for diverse aerial applications.
Advantages of the GEPRC CL20 Drone Frame
1. Superior Build Quality
The GEPRC CL20 Drone Frame is built with precision using high-grade carbon fiber, 7075 aluminum alloy, and injection-molded plastic. This combination ensures exceptional rigidity while keeping the structure lightweight. Every CNC-machined part contributes to durability and resistance against crashes, ensuring long-term reliability for demanding pilots.
2. Enhanced Stability
Equipped with an advanced anti-jello damping system and EVA vibration absorbers, the frame delivers unmatched flight stability and smooth footage. Its pusher-style design lowers the center of gravity for improved balance and control, allowing precise, cinematic performance in tight spaces or open environments.
3. Flexible Compatibility
Supporting both 25.5×25.5mm and 20×20mm mounting patterns, the GEPRC CL20 Drone Frame works seamlessly with DJI O3 Air Unit, Insta360 GO2, Action2, and Naked GoPro cameras. It accommodates both analog and digital systems, giving pilots freedom to customize and upgrade without limitations.
4. Compact Design
The 2-inch pusher configuration offers exceptional maneuverability in confined areas, making it perfect for indoor and cinematic flights. Despite its small footprint, the frame’s smart layout allows organized component installation and optimal weight distribution for smooth handling and quick deployment.
5. Aerodynamic Efficiency
The aerodynamic pusher layout minimizes drag and optimizes airflow, enhancing lift and flight smoothness while reducing noise. This results in longer flight times, efficient motor performance, and stable handling during both slow cinematic flights and high-speed freestyle maneuvers.
6. Ease of Maintenance
With its modular structure, each plate and part can be replaced independently. The open frame layout allows quick access to electronics, simplifying repairs and upgrades. Pilots can easily service their drone, reducing downtime and ensuring consistent performance over time.
7. Lightweight Durability
The frame achieves the perfect balance between strength and agility. Carbon fiber plates and aluminum columns provide rigidity, while injection-molded prop guards and EVA bumpers protect components from shocks. The lightweight design improves responsiveness and flight precision.
8. User-Friendly Assembly
Designed for convenience, the GEPRC CL20 Drone Frame includes pre-cut plates, labeled hardware, and mounting slots for easy wiring. Both beginners and professionals can assemble or modify the frame quickly, enabling clean builds and smooth customization.
9. Professional-Grade Performance
Built for filmmakers and FPV enthusiasts alike, this frame supports powerful motors, 4S batteries, and high-quality VTX systems. It delivers stable cinematic footage and agile freestyle performance, making it suitable for professional and recreational use alike.
10. Safety and Protection
Integrated propeller guards and EVA dampers shield the drone and surroundings from damage. Anti-slip battery pads and secure straps enhance safety during aggressive maneuvers. The frame’s protective features ensure longer lifespan and safer operation in tight or risky environments.
Technical Specifications
| Specification | Details |
|---|---|
| Model | GEPRC CL20 Drone Frame |
| Frame Type | 2-Inch Pusher Cinewhoop |
| Material | Carbon Fiber + Aluminum + Injection Molded Plastic |
| Top Plate Thickness | 2 mm |
| Bottom Plate Thickness | 1.5 mm |
| Arm Thickness | 2.5 mm |
| Compatible Propellers | 2 inch |
| FC/VTX Mounting Pattern | 25.5×25.5mm / 20×20mm |
| Camera Compatibility | DJI O3, Action2, Insta360 GO2, Naked GoPro 8–11 |
| Color | Black |
| Shipping Weight | 0.35 kg |
| Dimensions | 21 × 11 × 6 cm |
Conclusion
The GEPRC CL20 Drone Frame is a masterfully engineered piece of FPV innovation that redefines the potential of micro cinewhoops. Combining aerodynamic finesse, structural integrity, and exceptional vibration control, it is designed to deliver professional-level performance in a compact format.
Whether you aim to film cinematic sequences, explore confined environments, or enjoy the art of freestyle FPV flight, the GEPRC CL20 Drone Frame provides the foundation for smooth, efficient, and reliable aerial performance. Built with precision and backed by GEPRC’s reputation for quality, it stands as an essential choice for every FPV enthusiast and professional pilot.
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