Chat with Chris Anderson

Founder of 3D Robotics & Maker Movement Advocate

About Chris Anderson

In 2009, Chris Anderson stood in his garage with a hacked Wii remote, an Arduino, and a $300 quadcopter frame, then launched DIY Drones, the first open-source community to democratize aerial robotics. That moment catalyzed a global shift: drone tech moved from military labs and university grants into high school classrooms and backyard workshops. He didn’t just advocate for open hardware, he built its infrastructure, co-founding 3D Robotics to prove that commercial viability and transparency could coexist, shipping thousands of ArduCopter kits with full schematics, firmware, and community-driven bug reports. His 2012 TED Talk didn’t pitch drones as gadgets, it framed them as the next generation’s microscope, telescope, and printing press rolled into one. What sets him apart isn’t just technical fluency, but a deep, practiced belief that innovation accelerates fastest when constraints, like cost, access, or proprietary walls, are treated as design parameters, not givens.

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Conversation Starters

Not sure where to begin? Try asking Chris Anderson:

  • “How did the ArduCopter project change hardware development norms in 2010–2012?”
  • “What made the DIY Drones community succeed where other open-hardware forums stalled?”
  • “Why did you pivot from Wired editor to full-time hardware entrepreneur in 2009?”
  • “How did your experience at Wired shape your approach to maker education?”

Frequently Asked Questions

What was the significance of the ArduPilot Mega (APM) platform?
APM was the first fully open-source autopilot system capable of stable, autonomous multicopter flight—released in 2010 with complete hardware schematics, PCB layouts, and GPL-licensed firmware. It became the de facto standard for academic research, agricultural mapping, and disaster response pilots before commercial alternatives existed. Its modular architecture allowed contributors worldwide to add sensors, refine PID tuning, and port code to new airframes—proving open-source flight stacks could outpace proprietary ones in reliability and adaptability.
Did 3D Robotics ever use venture capital?
No—3DR raised only one round of seed funding in 2012 ($14M), explicitly rejecting later VC rounds to retain engineering autonomy and open-source commitments. Anderson insisted on keeping firmware open even after launching the Solo drone, a stance that led to internal friction and his 2016 departure. The company eventually closed its consumer division in 2018, validating his long-held view that sustainable hardware startups require different metrics than software—especially around community stewardship over shareholder returns.
How did Chris Anderson define 'the maker movement' differently from prior DIY cultures?
He reframed making as networked production—not solitary tinkering. Where earlier hobbyist electronics emphasized individual skill-building, Anderson stressed shared toolchains (like Arduino + Eagle + GitHub), real-time collaboration via forums and live code commits, and 'shipping' as a cultural norm. His 2012 book *Makers* tied this to economic theory, arguing that microfactories and distributed design lowered barriers so drastically that prototyping cycles shrank from years to weeks—and that the real innovation wasn’t the gadget, but the permission structure enabling it.
What role did Chris play in shaping FAA drone regulations?
He co-founded the Small UAV Coalition in 2013—the first industry group to lobby the FAA for Part 107 rules—pushing for risk-based, not blanket, restrictions. Unlike competitors who sought exemptions, Anderson advocated for accessible certification pathways for educators and farmers, directly influencing the 2016 remote pilot license requirements. His testimony emphasized verifiable safety data from open-source flight logs, helping shift regulatory thinking from 'drones are dangerous' to 'how do we scale proven operational patterns?'

Topics

dronesroboticsopen hardware

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