Enabling Drones to Operate Everywhere, Safely.

ParaZero SafeAir™ Drone Safety System

ParaZero’s SafeAir^TM is a complete virtual safety net for enterprise drones and all commercial drone applications. The SafeAir^TM autonomous safety capabilities enable to operate the drones everywhere. Safely. Due to its independent capability to identify loss of control it provides recovery prior to complete loss of control and prevents a crash situation. SafeAir^TM systems are Parazero's 3^rd generation of safety systems, release after years of accumulated experience and thousands of flight hours with proven results and customer satisfactory testimonials.

Systems sold

Lighter weight

Sec. to deployment

Estimated accumulated hours with customers

Enables Autonomous and BVLOS Flight

ParaZero’s SmartAir^TM is a smart emergency computer for autonomous recovery triggering. It uses its independent sensors to monitor the drone’s systems and flight patterns with advanced algorithms to detect critical failures, identify emergencies and deploy safety measures as necessary. This includes cases of loss of control, free fall, complete loss of power, and other critical emergencies.

The SafeAir^TM drone safety technology is designed to meet and exceed future FAA safety standards, and enables regulation approved, commercial drone operation beyond visual light of sight (BVLOS) and above people due to its SmartAir^TM autonomously capability, and proven unmatched reliability.
The System includes a FTS module called TerminateAir™ to protect people from the rotors and to prevent entanglement with the parachute cords.
The SafeAir^TM drone safety technology enables reliable beyond visual light of sight (BVLOS) operations due to its smart and autonomously capability.

"The fact Airobotics' drone is equipped with a Parazero SafeAir™ system was pivotal in our decision to authorize the world's first autonomous drone flight."

Head of Airworthiness Division, CAAI

Trusted By

SafeAir Virtual Safety Net

SafeAir^TM comprehensive drone safety solution includes the SmartAir^TM emergency computer for autonomous activation and the unique patented active parachute for reduced impact energy in emergencies and loss of control.

SafeAir’s^TMeffectiveness and commercial aviation reliability expand operators’ envelope and provide new previously-inaccessible opportunities for businesses, customers and use cases, including autonomous operation, BVLOS, and over populated areas, significantly reducing the probability for 3rd party and drone damage.

SafeAir^TM is No. 1 in low altitude, all angle effectiveness, deploys in fractions of a second with the least altitude loss.

Fly safely near valuable infrastructure, in populated and urban areas, relying on the SafeAir^TM “virtual safety net”.

Compatible with Regulation and Standards

SafeAir™ Provides affordable commercial aviation reliability. Last resort, risk mitigation & energy reduction system, meeting future FAA, EASA and CAA regulation requirements for flight above people.

Commercial Aviation Reliability at Affordable Cost

ParaZero protects professional commercial drone manufacturers and users to include Industrial, Government, and Corporate. We adhere to strict high standards with the utmost reliability, with MTBCF of 10^-7ParaZero’s innovative drone safety solutions protect drone, people, and your company brand.

Custom Made

ParaZero designed and manufactured custom made safety systems for top commercial UAS manufacturers and service providers. The smart SafeAir^TM system is tailor made to communicate with different auto pilot systems and attach to various platforms. Parazero’s smart UAV safety solutions are in use in all segments including construction, inspection, film, news & media, 3D mapping, delivery, HLS, mining and manned personal transportation.

Fly Everywhere. SafeAir™

SafeAir^TM Safety System is the only solution protecting drones flying as low as 5 meters altitude

SafeAir^TM is compatible with different aerial systems including:
Drones, UAS, RPAS, UAV, fixed wing, manned, unmanned, single rotor, multi rotor and hybrid platforms.