I will create 3d printable stl files for your custom drone uav vtol quad drone frame


About this gig
Want a drone frame or part you can actually 3D print? I design custom, print-ready STL files for drones, UAVs, and quadcopter frames, built to your exact dimensions and printer specs.
What I deliver:
- Custom drone/quadcopter frame STL files, sized to your motors, FC stack, and battery
- Camera mounts, antenna mounts, battery straps, and other accessory parts
- Structural design that accounts for real print strength (wall thickness, infill orientation, layer stress)
- Files optimized for FDM or resin printing, no unsupported overhangs or fragile thin walls
- Multi part breakdowns for large frames that exceed your printer's bed size
I design for real world durability, not just visual accuracy, so parts hold up to crashes and vibration, not just look good on screen. Whether you're building a tinywhoop, a full-size UAV, or a custom accessory mount, I model it to fit your exact components.
Send me your drone specs (motor size, FC stack dimensions, battery size, printer type/bed size) and I'll design a frame or part that prints clean the first time.
Delivery style preference
Please inform the freelancer of any preferences or concerns regarding the use of AI tools in the completion and/or delivery of your order.
Get to know Danny Richard
3D Printing, Reverse Engineering Specialist and CAD Design
- FromUnited Kingdom
- Member sinceAug 2026
- Avg. response time1 hour
Languages
English, Spanish, Italian
Other Industrial & Product Design Services I Offer
FAQ
What file format will I receive?
STL by default, ready for slicing. I can also provide STEP or native CAD files on request if you need to make further edits yourself.
How is this different from your other drone CAD design gig?
This gig is focused specifically on print-ready structural parts (frames, mounts) for your own 3D printer. My other CAD gig covers full aerodynamic/assembly design and rendering, more suited to visual presentations or full airframe engineering.
I don't have exact measurements, just a rough idea. Can you still help?
Yes, tell me your motor size, FC stack size, and intended use, and I can design around standard component dimensions.
Will the part definitely print without support material or failures?
I design to minimize unsupported overhangs and thin fragile walls, but results can vary slightly by printer/material. I'll flag any part of the design that may need supports.
