Arrow is proving open source hardware works for aircraft. Our first platform, Project Quiver, has 12 dev-kits being deployed worldwide—every design file, from mechanical CAD to PCB schematics, fully open.
Mission: Increase physical connectedness to the people and places you love.
Our flagship project is an open-source multipurpose quadcopter platform designed for reliability, modularity, and real-world use.
| Spec | Value |
|---|---|
| Max Takeoff Weight | 25 kg |
| Payload Capacity | 5-8 kg |
| Hover Endurance | 25-31 minutes |
| Flight Controller | ArduPilot (Pix32 V6) |
| Attachment Interfaces | 3 (bottom, left, right) |
Dev-kits are available for loan — build attachments, test integrations, contribute to the ecosystem.
📦 project-quiver — CAD files, PCB designs, assembly guides, flight logs
| Repo | Description |
|---|---|
| project-quiver | Hardware designs, assembly guides, flight test logs |
| project-flight-tracking | Flight tracking platform |
| website | Documentation site (Docusaurus) |
| dao-aips | Arrow Improvement Proposals (governance) |
Arrow isn't a company—it's a global collective coordinated through Ethereum.
Why it matters for hardware:
- Borderless contributors — Engineers in Texas, Germany, and beyond collaborate and get paid in stablecoins + $ARROW tokens
- Radical transparency — CAD files, PCB designs, flight logs—all open source. Even our governance proposals are public.
- Decentralized manufacturing — Community manufacturers worldwide, not a single factory
Governance happens through Arrow Improvement Proposals (AIPs), voted on via Snapshot and discussed on our DAO Forum.
We're proving open source hardware can work like open source software.
- Discord: discord.gg/arrow — where the community lives
- Docs: arrowair.com/docs — technical documentation
- Contribute: Contributors Hub — tools, frameworks, compensation
Whether you're an engineer, designer, writer, or just curious about the future of flight—there's a place for you here.
Building the future of transportation, one commit at a time.