V1.2 3D Printable Drone Test Gyroscope Kit STL Files by 3D Flight Lab for Makers, Engineers & STEM Education

 Version 1.2 ---. Version 1.3 out now!

🌀 3D Flight Lab Drone Gyroscope – STL Files for DIY Printing, Testing & STEM Projects

by Binary Box LLC

Unlock precision drone testing and calibration with the 3D-printable gyroscope rig from 3D Flight Lab, a project developed by Binary Box LLC. Designed for hobbyists, engineers, educators, and FPV enthusiasts, this modular, print-at-home kit offers a safe, efficient way to test and tune drones, helicopters, VTOLs, and multirotors.

🎯 Key Features

✅ Complete STL file pack – digital download only

🛠 Modular design with H-Type, V-Type, and Universal base styles

🧩 Compatible with most consumer-grade printers (build volume ≥ 250 mm recommended) - but printing on smaller printers is possible, see note below.

🔁 Designed for easy upgrades, part replacements, and customizations

🧪 Ideal for STEM classrooms, maker labs, and flight engineering projects

🧰 Uses standard hardware – no exotic parts required

🕹 Test drones safely on the bench before live flight

📦 What's Included

All STL files for the latest version of the 3D Flight Lab Drone Gyroscope

Modular base options: H‑Type, V‑Type, and Universal

Step-by-step PDF assembly guide and slicer-ready print recommendations

Optional print profiles for Bambu Labs and Prusa slicers

Access to our Discord community for support and idea-sharing

👨🔬 Who It's For

Drone hobbyists and FPV pilots seeking safer calibration and tuning

Engineers and prototyping teams working on multirotor and flight projects

STEM educators and students learning the physics of flight and motion control

Makers and tinkerers looking for a hands-on, print-and-build challenge

💡 Printing Notes

Recommended materials: PLA or PETG for strength and durability

Includes printable tolerances and fastener guides

Uses standard M3 screws, nuts, and bearings (listed in instructions)

Designed for FDM printers with a minimum bed size of 250×250 mm for optimal efficiency

Printing on smaller beds is possible, but may require creative part orientation or angled placement, which can be less efficient or more challenging to manage—adjust accordingly based on your slicer and printer capabilities

🔁 Stay Updated – Get Free Upgrades for Life

Want automatic access to future add-ons, upgrades, or improved STL files?

👉 Register for free at 3DFlightLab.com to:

Be first in line when we release new versions, attachments, or part upgrades

Get exclusive beta files and prototype tools

Join the 3D Flight Lab community and connect with other makers

Registered users on our site will receive lifetime access to all future STL file updates—no additional purchases required.