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X-frame for FPV drone with propellers
Vehicles & Transport
Aircraft
Fpv Drone
X Frame
3d printable
Racing Drone
Freestyle Drone
Drone Frame
3D Printing
Game Development
VR / AR / XR
Product Design
Highly detailed 3D model of an X-frame for FPV drones, ready for 3D printing and assembly.
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Preview can be downloaded for free. Full quality is available after registration for 1 credit.
Preview is free. Full quality requires registration and 1 credit.
X-frame for FPV drone with propellers
3D model X-frame for FPV drone with propellers installed, side view
Model details
- Subcategory Aircraft
- Access Free download
Description
Overview and production context
Introducing a 3D model of an X-frame, specifically designed for FPV drones. This model precisely meets the specified parameters: 230-250mm diagonal, 3-4mm plate thickness, and designed for a 30.5mm stack, 2507 motors, and a 19x19mm camera with a 20-30° tilt angle. The arms feature a teardrop shape with rounded edges, and TPU dampers are included for better shock absorption. Channels for wires and niches for electronics (FC, ESC, VTX, receiver) are provided.
How to use this model
Use cases, fit and pre-production checks
This 3D model is ideal for 3D printing on printers supporting PA12+GF. Support structures are recommended, especially for complex frame elements. The model is divided into separate STL files for easy printing: center (top/bottom), 4 arms, standoffs, camera mount, and 4 propellers (CW/CCW).
The model is also excellent for use in gaming projects, flight simulators, and AR/VR applications. It can serve as a basis for creating realistic virtual drones or as an interactive element for educational purposes, demonstrating the construction and components of an FPV system.
FAQ
Answers for this exact model page
What components are included in the 3D frame model kit?
The kit includes separate STL files for printing the central part of the frame (top and bottom plates), four arms, standoffs, camera mount, and four propellers (CW/CCW).
What is the recommended material for 3D printing this frame?
PA12+GF (glass-filled nylon) is recommended for its strength and durability, essential for FPV drones.
Can this model be used to build a real drone?
Yes, the model is designed with the technical requirements for building a real FPV drone, including component dimensions and structural integrity when printed with appropriate materials.
What design features make this frame suitable for racing?
The frame has an optimized X-shape for stability and maneuverability, teardrop-shaped arms for better aerodynamics, and includes designated spaces for all necessary electronic components and channels for neat wire routing.
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