pokrc

pokrc / POKRION-Speed-Drone

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POKRION high-speed micro quadcopter open hardware platform

76
0
100% credibility
Found Mar 09, 2026 at 49 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
AI Summary

This repository shares open-source designs and files for building an experimental high-speed micro quadcopter drone platform.

How It Works

1
🔍 Discover POKRION

You stumble upon this exciting project for building a super-fast tiny drone while browsing drone enthusiast sites.

2
📥 Grab the Designs

You download the simple files for the drone's body, covers, and basic propellers to start your build.

3
🖨️ Make Your Parts

You print the plastic pieces at home or with a friend who has a printer, and shape the sturdy frame.

4
🛒 Pick Up Extra Bits

You buy a battery, motors, and other easy-to-find pieces to complete your speedy drone setup.

5
🔩 Assemble It All

You carefully put everything together, following the friendly guide, until your drone looks ready to zoom.

6
🚀 Take It for a Spin

You head to an open field, power it up, and watch in awe as it races through the air at thrilling speeds.

🎉 Master High-Speed Flying

Now you have your own custom fast drone for fun experiments and learning, zipping around safely.

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Star Growth

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AI-Generated Review

What is POKRION-Speed-Drone?

POKRION-Speed-Drone is an open hardware platform for building a high-speed micro quadcopter drone focused on extreme UAV performance through lightweight structures and aerodynamic tweaks. Developers get 3D-printable airframe parts, STL files for shells and fairings, a two-blade propeller design, plus carbon fiber frame and CNC motor mount plans—ready for fabrication via printing or machining. It solves the need for customizable, research-grade speed drone hardware without starting from scratch.

Why is it gaining traction?

This stands out with its emphasis on speed and micro-scale optimization, delivering designs tested with setups like 6S LiPo batteries, 1507 motors, and SpeedyBee flight controllers for real high-velocity flights. The hook is the open release of core structural and aero elements, letting tinkerers iterate on a proven experimental platform while keeping premium props proprietary. At 48 stars, it's niche but appeals to speed chasers over generic drone kits.

Who should use this?

UAV researchers prototyping fast micro drones for agility tests, RC hobbyists fabricating custom high-speed quadcopters, or makers experimenting with 3D-printed aero hardware. It's ideal for non-commercial projects like personal flight tuning or academic studies, paired with off-the-shelf FCs and GPS modules.

Verdict

Skip for production—1.0% credibility score, 48 stars, and README-only docs signal early-stage maturity with no tests or examples. Grab it if you're a drone hardware enthusiast okay with risks and restrictions like CC BY-NC-SA licensing.

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