ParaZero receives approval to fly drones over people
ParaZero Technologies says achieving this standard marks a significant step towards achieving the highest standards in drone safety.
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The SafeAir system autonomously detects flight anomalies and deploys a parachute for drones. | Source: ParaZero Technologies
ParaZero Technologies recently received ASTM F3322-22 approval for its SafeAir Mavic 3 system. Operators of DJI’s Mavic 3 drones, who are also using the SaferAir system, will be eligible for approval to fly drones over people and moving vehicles.
The ASTM F3322-22 standard specifically pertains to the deployment of parachutes for smaller drones, ensuring their safe descent during emergencies. ParaZero said all the testing of its SafeAir technology was monitored and approved by a third-party testing agency.
“ParaZero is determined to lead the drone market by adhering to strict regulatory standards and providing added value to our customers. The current approval allows drone operators to use our safety system to fly over people and moving vehicles. This approval was granted thanks to our advanced technology, and we intend to continue offering the market advanced safety solutions,” Boaz Shetzer, CEO of ParaZero, said.
The Tel Aviv, Israel-based aerospace company is focused on safety systems for commercial drones and urban air mobility aircraft. It hopes to use its SafeAir technology to unlock the full potential of the commercial drone industry by enhancing operational safety, mitigating risk, and enabling organizations to benefit from regulatory approvals for advanced use cases.
Inside the testing process
The SafeAir system autonomously detects flight anomalies and deploys the parachute. The ASTM F3322-22 testing process challenges ParaZero’s SafeAir system in three critical areas. The first is hovering and full forward speed. Tests in this area ensure the parachute deploys effectively during stationary and high-speed flights.
Next the team conducted full power cut and critical motor failure testing. These tests simulate sudden power losses and motor failures to ensure quick parachute deployment, preventing free fall. Finally, the testing agency looked at shock load. During these tests, the team deployed the parachute from maximum altitude to test mechanical integrity under high-stress conditions.
ASTM International was originally known as the American Society for Testing and Materials. It is a globally recognized organization that has been developing international standards for over 125 years. These standards ensure consistent performance and set safety requirements across various industries.
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