Introduction

A Georgia Tech aerospace engineering student has unveiled a custom-built, jet-powered RC drone that reached 491 mph, sparking attention across the RC community. Tomas Salvo's Reaper project combines high-performance engineering with an ambitious goal: becoming the first amateur pilot to break the sound barrier in radio-controlled flight.

What Happened

During a recent test flight, Salvo's Reaper drone sustained 491 mph for several minutes, climbed to 6,500 feet, and covered 31 miles while carrying a 2.6-pound payload. According to reporting, the aircraft maintained that top speed for a full four minutes, a feat that could redefine expectations for RC aircraft performance.

Why This Matters

The attempt is more than a speed milestone. Salvo is competing for the inaugural Boom Prize, which offers a substantial award to the first amateur-built radio-controlled airplane to break the sound barrier. At 491 mph, the Reaper still needs over 276 mph more to reach Mach 1, but the test data could influence future personal aviation and drone technology.

Key Takeaways

  • Reached 491 mph while carrying a 2.6-pound payload
  • Sustained top speed for four minutes at 6,500 feet altitude
  • Total flight range of 31 miles at full throttle
  • Project cost estimated at $70,000, with $40,000 spent on engines and testing
  • GoFundMe campaign has raised over $16,000 toward a $50,000 goal
  • Next test flight targeted for late November or early December
  • Competing for a major prize for breaking the sound barrier

Conclusion

Salvo's next test flight is expected in late November or early December. Whether he reaches Mach 1 remains to be seen, but the Reaper project is already pushing the limits of amateur RC aviation. Follow his progress on X for real-time updates.