Aero X25 Drone 3D print model

Aero-X25 Drone: Fixed-Wing UAV for Professionals and HobbyistsThe Aero-X25 Drone is a state-of-the-art fixed-wing UAV designed for exceptional performance, modularity, and versatility. Its lightweight construction and innovative X-tail design make it ideal for enthusiasts and professionals looking to explore advanced UAV capabilities.

Key FeaturesInnovative X-Tail Design

The unique X-tail configuration enhances aerodynamic stability and control, setting it apart from traditional V-tail drones.Lightweight and Durable

Carefully engineered for minimal weight while maintaining durability, ensuring smooth and efficient flight.Camera-Ready

Camera payload not included but compatible with various mounts. STL files for camera mounts can be downloaded separately from the link below.Modular and Easy to Build

Designed for 3D printing and straightforward assembly. Perfect for makers and drone enthusiasts.SpecificationsWingspan: 705 mmLength: 550 mmFlight Controller Dimensions: Maximum 50 mm x 35 mmHardware Requirements:Servos: 4 x 9g servosBattery: 2-4S LiPo batteryMotor: 2306 brushless motorOptional Reinforcement: 3 mm to 3.4 mm carbon fiber tube (length 40 mm) for added stability

ApplicationsThe Aero-X25 is suitable for a variety of use cases, including:

Aerial Surveillance: Ideal for monitoring wide areas and collecting intelligence.Recreational Flying: Enjoy smooth, stable flights and test different configurations.Research and Development: Perfect for UAV design experimentation and innovation.Payload Testing: Compatible with custom payloads for research or hobby projects.

3D printing settings3D Printing GuidelinesRecommended Filament: PETG or PC for strength and durabilityInfill Density: 10% to balance lightweight construction and strengthLayer Height: 0.2 mm for a good balance of detail and print timePrint Speed: 50-60 mm/s for optimal qualityNozzle Temperature:230°C for PETG260°C for PCBed Temperature:80°C for PETG110°C for PCCooling:Minimal for PETGNone for PC to prevent warpingAdhesion: Use adhesive or a suitable bed surface to ensure proper adhesion and prevent warpingAssembly TipsDry Fit Components: Ensure all printed parts align properly before final assembly.Reinforce the Structure: Use optional carbon fiber tubes in the wings or fuselage for added rigidity.Surface Finish: Light sanding can improve both aerodynamics and aesthetics.Download and BuildAccess the STL files for the Aero-X25 Drone and additional camera payload designs from the link below