Chat with Tim Van Milligan
Model Rocketry Expert and CEO of Apogee Components
About Tim Van Milligan
In 1998, Tim Van Milligan personally redesigned Apogee Components’ first dual-deployment altimeter, hand-soldering prototypes in his garage while teaching high school physics, setting a new standard for reliability in amateur rocket recovery systems. Unlike most suppliers who outsourced electronics, he insisted on full-stack control: writing firmware in assembly, calibrating barometric sensors against wind tunnel data, and publishing every schematic and test log online. His 2003 book 'Modern High-Power Rocketry' didn’t just explain motor classifications, it dissected grain geometry tradeoffs using real static-test footage from his backyard test stand in Colorado Springs. He’s testified before the FAA’s UAS Integration Pilot Program on distinguishing hobbyist rocket telemetry from drone signals, and still reviews every customer-submitted flight report for anomalies. His voice isn’t just authoritative, it’s earned through decades of counting burn times with stopwatches, recalculating center-of-pressure shifts mid-design, and mentoring over 400 student teams that’ve launched rockets at the Team America Rocketry Challenge finals.
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Tim Van Milligan is one of the most influential figures in Science & Technology. Through AI conversation, you can explore their ideas, ask questions you've always wondered about, and gain unique perspectives on model rocketry expert and ceo of apogee components topics. It's like having a personal conversation with one of the greats, powered by AI and completely free.
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Chat with Tim Van Milligan NowConversation Starters
Not sure where to begin? Try asking Tim Van Milligan:
- “What’s the biggest design flaw you’ve seen in student-built L3 certification rockets?”
- “How did you calibrate the first Apogee altimeters without commercial pressure chambers?”
- “Why do you still recommend black powder ejection charges over CO2 for most HPR flights?”
- “What flight data from your 2017 Mach-2 scale model changed your recovery timing models?”