
3D model description
Foldable Quadcopter V2.0 is a fully 3D-printed, modular drone designed for hobbyists, makers, and rapid prototyping. Its reinforced frame and foldable arms mean it’s compact for transport, easy to repair, and built to survive and recover from crashes. V2.0 supports both high-capacity (8000mAh) and standard 4S LiPo batteries for extended or flexible flight times, and implements field-tested features for reliable performance.
Key features:
Strong, crash-tested frame and foldable arms for portability and durability
Modular components for easy upgrades and quick repair
Parachute-ready payload drop system for safe recovery or deliveries
Real-time FPV video (analog or digital, OpenHD-ready) via gimbal mount
Compatible with 4S and 8000mAh batteries, up to 20 minutes flight time
Assembly & Documentation
Included:
Step-by-step illustrated assembly manual (labeled 3D views)
Complete wiring diagrams and electronics layout
3D print orientation and part list with recommended settings
Upgrade and crash-repair tips for modular maintenance
📘 Click here for the Full Assembly Manual
📺 Build Video
What's Included
STL files for all 3D-printed modules (frame, arms, gimbal, locks)
Wiring diagram (flight controller, ESCs, payload/servo system)
Printing and orientation instructions for best strength and fit
Printer Requirements
Build Volume: 300 × 300 × 300 mm (or larger)
Material: PLA/PLA+ recommended
Printer Type: FDM
Nozzle: 0.4 mm (best results)
Layer Height: 0.2 mm
Infill: 20–30% (variable for parts)
Features
Modular, crash-resistant 3D-printed frame and arms
Foldable design for compact storage and transport
Repair-friendly: fast arm/part replacements
Payload drop via servo hook or parachute
Pixhawk, CUAV and OpenHD FPV compatible
Real-time video feedback and telemetry
Battery options: 18+ min Time of Flight at 3S 8000mAh / 4S Compatible
License
Standard Digital File License on Cults3D.Designed by The Mech Ninjawww.themechninja.com
Files (1)
Reviews0
No reviews yet
Be the first to share your opinion about this 3D model.





