Drone Amplified Secures Landmark FAA Approval for MONTIS Drone-Based Avalanche Control System

LINCOLN, NE - Drone Amplified, the industry leader in uncrewed aerial ignition and payload systems, announced today that the Federal Aviation Administration (FAA) has granted regulatory approval for the operation of its MONTIS drone-based avalanche control system. This landmark decision provides a clear, legal framework for Drone Amplified and its U.S. customers to safely conduct drone-based avalanche control operations, marking a major leap forward for mountain safety and winter infrastructure management.

Avalanche mitigation relies on a comprehensive toolkit, including manned helicopters, fixed explosive towers, artillery, and skilled ground personnel. With this new FAA approval, transportation departments, ski resorts, and private entities now have a legal path to integrate the MONTIS drone system alongside these existing methods, providing teams with a versatile new option to remotely trigger controlled avalanches from a safe distance.

The FAA’s regulatory pathway for MONTIS officially recognizes the safety and reliability of Drone Amplified’s integrated hardware and software ecosystem. By incorporating highly precise uncrewed aerial systems (UAS) to complement traditional methods, organizations can fundamentally shift their risk management profile.

Key advantages of the MONTIS drone system include:

“Our mission is simple: use robotics to make the most dangerous jobs safer,” said Carrick Detweiler, CEO of Drone Amplified. “Avalanche mitigation crews protect communities and keep critical infrastructure open every single day. This landmark FAA approval is a testament to the rigorous engineering behind MONTIS and our close collaboration with partners like the Alaska Department of Transportation.”

Drone Amplified develops drone-based systems for hazardous environmental mitigation. They design hardware and software to support professionals working in wildfire and avalanche operations with tools intended to improve access, reduce exposure, and expand operational capability. The company grew out of research at the University of Nebraska–Lincoln and has offices in Nebraska and New Jersey.