Home DEFENSE ParaZero Receives the Israeli MoD Approval to Market Globally its DropAir Precision Airdrop System in Collaboration with Heven Drone

ParaZero Receives the Israeli MoD Approval to Market Globally its DropAir Precision Airdrop System in Collaboration with Heven Drone

by Editor
ParaZero Receives the Israeli MoD Approval to Market Globally its DropAir Precision Airdrop System in Collaboration with Heven Drone

ParaZero Technologies Ltd. an aerospace company focused on safety systems for commercial unmanned aerial systems and counter UAS systems, announced that official marketing approval from the Israeli Ministry of Defense’s Defense Export Controls Agency (DECA) was received for the DropAir™ Precision Airdrop System, developed in collaboration with Heven Drones (“Heven”) , a leading U.S. drone manufacturer with roots in Israel that specializes in custom autonomous UAV platforms. This authorization from DECA enables ParaZero and Heven to actively market their joint DropAir-integrated solution to global clients across commercial, defense, and humanitarian sectors.

“Receiving DECA approval for our DropAir system and Heven integration is a major achievment,” said Boaz Shetzer, CEO of ParaZero. “It validates the system’s compliance with export regulations and paves the way for expanded collaboration with defense, logistics, and emergency response customers worldwide.”

“At Heven, we are focused on building a drone ecosystem that can support the most critical of missions – from contested logistics to disaster relief – in the most hostile environments,” said Heven CEO Bentzion Levinson. “In ParaZero, we have found a partner that shares our commitment to precision and mission success. We congratulate them on this milestone and look forward to our ongoing collaboration.”

The DropAir system, integrated with Heven’s advanced UAVs, enables accurate and safe aerial delivery of critical payloads, including medical supplies, tactical equipment, and humanitarian aid. The combined solution is designed for autonomous deployment, enhanced safety, and mission-critical precision—especially in hard-to-reach or hazardous environments.

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