Delivering the world's
most advanced robotics
to where they're needed.
We bridge global OEM manufacturers and local research institutions, enterprises, and governments — providing hardware, integration, and long-term support for advanced robotic systems.
Bridging the gap between global innovation and local implementation.
The most advanced robotic platforms in the world — humanoids, quadrupeds, collaborative arms, autonomous mobile robots, and modular aerial systems — are designed and manufactured by a concentrated group of OEMs, primarily in China, Europe, and the United States.
But the institutions that need them most — universities building Embodied AI research programs, enterprises automating complex workflows, governments deploying autonomous systems for public infrastructure — often lack the procurement channels, technical integration support, and after-sales infrastructure to access these platforms.
Pan Robotics exists to close that gap. We are the distribution, integration, and support layer that connects the world's leading robotics manufacturers with the institutions that will define how these machines are used.
Two verticals.
One mission.
We distribute advanced robotic hardware across two complementary verticals: ground-based platforms sourced from the world's leading OEMs, and our open-source modular aerial research system.
Advanced Ground Robotics
Sourced through direct OEM partnerships with the world's leading manufacturers. Open-interface, developer-ready, research-grade hardware.
Quiver — Modular Aerial Platform
Developed by Arrow Air DAO. Distributed and supported locally by Pan Robotics.
Quiver is an open, modular "flying computer" designed for research. Swappable flight controllers, interchangeable companion computers, and standardized payload interfaces let researchers focus on their work — not on fighting the platform.
Not just a reseller.
An implementation partner.
Distribution without integration is just shipping. We embed with your team from hardware selection through to research output — ensuring the platform becomes a productive tool, not shelf inventory.
Procure
- Negotiate directly with global robotics manufacturers
- Handle customs, importation, forex, and end-user licensing
- Configure hardware for research or enterprise deployment
- Institutional pricing and volume bundling
Integrate
- SDK access, ROS2 bridging, and API endpoint integration
- 3-to-5 day intensive onboarding workshops
- Custom payload development and sensor fusion
- Simulation-to-real deployment (Gazebo, Isaac Sim)
Support
- Local diagnostic equipment and critical spares inventory
- Priority technical support and firmware updates
- Research sprint guidance and publication strategy
- Scaling from pilot to multi-unit lab deployment
From manufacturer
to end-user.
Anywhere.
Our distribution network spans multiple continents — connecting OEM factories in Shenzhen and Hangzhou with research institutions and enterprises across Africa, Asia, and North America. We handle the entire chain: negotiation, procurement, customs, delivery, integration, and ongoing support.
Universities & Research Labs
Equipping academic institutions with developer-ready robotic hardware for Embodied AI, locomotion, manipulation, and autonomy research.
Enterprise & Industry
Providing industrial-grade robotic systems for automation, inspection, logistics, and precision manufacturing workflows.
Government & Public Sector
Deploying autonomous platforms for infrastructure monitoring, agricultural assessment, environmental sensing, and public safety.
Curated access to the
world's leading OEMs.
We maintain direct relationships with robotics manufacturers across China, Europe, and the United States — organized into tiers based on market maturity, ecosystem depth, and strategic fit for our distribution regions.
High-volume, established OEMs with mature product lines, global distribution infrastructure, and proven developer ecosystems. These are the platforms with the largest installed base and the most active research communities.
Rapidly scaling manufacturers with differentiated technology — often leading in a specific capability like dexterous manipulation, dynamic locomotion, or humanoid design. High innovation velocity with growing market presence.
Focused OEMs building for specific niches — tactile sensing, compact humanoids, specialized locomotion, or novel form factors. Often the source of breakthrough capabilities that larger players later adopt.
Platform categories include humanoids, quadrupeds, collaborative arms, dexterous manipulators, autonomous mobile robots, and modular aerial systems.
Ready to equip
your institution?
Whether you're a university building a robotics research lab, an enterprise exploring automation, or a government agency deploying autonomous systems — we'd like to hear from you.
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