ParaZero Announces Successfully Tests HALO Precision Airdrop
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ParaZero Announces Successfully Tests HALO Precision Airdrop System for Critical Supply Deliveries

ParaZero Technologies Ltd. (Nasdaq: PRZO) (the “Company or “ParaZero”), an aerospace company focused on safety systems for defense and commercial drones and urban air mobility aircrafts, announced today the successful completion of a development test for its HALO Precision Airdrop System, marking a significant milestone in the system’s progression toward operational readiness. The test showcased the HALO system’s ability to safely deliver sensitive and critical supplies, including blood units, under challenging conditions.

The field test, conducted with ParaZero’s proprietary HALO technology, involved multiple high-altitude drone airdrops. The system’s innovative parachute mechanism deployed at low altitude above the ground, ensuring minimal drift and a highly accurate landing. The test results demonstrated the resilience of blood units during the airdrop process, meeting stringent requirements for sensitive payloads. Based on the success of this phase, the Company plans to advance the HALO system into the next stage of development, aimed at addressing complex operational scenarios.

“We are thrilled to unveil the HALO Precision Airdrop System and share the success of its first field test,” said Boaz Shetzer, CEO of ParaZero. “This innovative system reflects over a decade of expertise in drone safety technology and addresses critical logistical challenges in complex operational environments. HALO has the potential to redefine how essential supplies are delivered in high-risk zones, minimizing risks while maximizing efficiency.”

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About the HALO Precision Airdrop System
The HALO Precision Airdrop System (High-Altitude Low-Opening) is designed to revolutionize drone-based logistical support by enabling precise and secure delivery of supplies in challenging environments. Leveraging ParaZero’s renowned parachute technology, HALO offers a cutting-edge solution to support military forces and emergency responders operating in high-risk zones.

Key features of the HALO system include:

  • Autonomous and Remote Operations: The drone can operate autonomously, allowing for flexible and covert missions.
  • Advanced Parachute Deployment: The system allows for low altitude opening, ensuring minimum drift.
  • Payload Versatility: The system is capable of carrying sensitive supplies, including medical equipment, tactical gear, and blood units, with potential scalability for heavier payloads.
  • Proven Safety: Initial testing validates the system’s ability to maintain the integrity of delicate payloads during high-altitude airdrops.

The HALO system was originally developed in collaboration with leading defense industry partners under military research initiatives. Its adaptability to various drone platforms, including widely available commercial models, makes it a versatile solution for military and humanitarian applications.

“We have a clear development plan to advance this product line, ensuring optimal solutions for field forces across various operational scenarios. We are actively engaging with end-users to refine our capabilities, providing the operational versatility required for efficient and seamless deployment of diverse payloads in the field,” said Yuval Gilad, Chief Product & Technology Officer at ParaZero.

Following this successful test, ParaZero will advance the HALO system to the next phase of development, focusing on refining the technology for operational deployment in military and humanitarian scenarios. The Company remains committed to providing innovative drone solutions that enhance safety and operational efficiency.


Publishdate:
Jan 15, 2025