SafeAirTM Mavic 3
Equip your drones with the
#1 Drone Safety System
on the market.
Equip your drones with the
#1 Drone Safety System
on the market.
ParaZero offers a smart and intuitive solution to address the industry’s safety challenges by designing the best-in-class autonomous drone safety system to secure the drone and payload.
ParaZero’s drone safety system is an end to end solution that is designed for DJI’s Mavic 3 series (excluding modular accessories).
The lightweight safety system independently monitors key flight parameters of the drone’s avionic systems. The drone flight profile is collected, and monitored for anomalies. When critical failures are identified, the mechanical flight termination stops the rotors and a set of actions is triggered:
The parachute deployment mechanism launches the parachute to full canopy in a fraction of a second, controls the descent and enables safe flight over people even at low altitudes.
The drone is brought safely to the ground, minimizing the impact energy.
Be Safe!
The autonomous system capabilities identify loss of control and decide on the recovery.
The combination of autonomous triggering capabilities along with SafeAir’s parachute enable safe emergency recovery even at very low altitudes.
The system stops the rotors, prevents parachute entanglement and mitigates the risk of laceration injuries.
Collected data is stored and can be used for post deployment analysis.
Protect bystanders, drone equipment and payload
ParaZero’s SafeAir is the only proven drone safety solution that is reliable and effective in any drone emergency situation.
Be Safe!
ParaZero’s SafeAir is the only proven drone safety solution that is reliable and effective in any drone emergency situation.
It should take up to 10 minutes for first installation (installation guide is included with the user manual provided with the system). You can also remove and attach the SafeAir system, after first installation, in less than a minute. The SafeAir Mavic is a Plug and Play system, all necessary parts for installation are provided.
Yes, this is a completely autonomous system. The parachute is triggered automatically using the independent sensors based on a predefined set of parameters. Automatic activation in cases of free fall and breach of roll/pitch angle.
Parachutes, by definition, lose altitude before they are able to slow the falling aircraft. Minimum safe altitude is the minimum altitude that we are confident that the system will work properly. On average the SafeAir Mavic is fully open within 11 meters/36.1 feet.
The average descent rate is 3.7 meter per second/12.1 feet per second.
The system is powered by a built-in lithium polymer battery and doesn’t utilize the drone’s power. The system’s battery can’t be replaced.
The system’s battery lasts at least one hour in standby\arm mode after full charge. It takes about 45 minutes to fully charge the system or 20 minutes to 80% capacity.
The SafeAir recovery system is designed to greatly diminish the impact energy of your aircraft, reducing damage to a minimum, especially when compared to the alternative damage without the system.
Yes, it can be repacked by the user. Instructions are included in the user manual (please see under Documentation). For ASTM compliant systems that are being used for flight over people, parachutes must be repacked by ParaZero or a certified repacker.
Some insurance companies may provide discounts for operators using the SafeAir system. Additional information may be found at parazero.com/insurance.
While the system is designed to allow for safe and legal flight over people, in most countries, the SafeAir system alone does not allow you to fly over people. Different countries have different regulatory requirements, take the time to learn the requirements in your country before using this system. Feel free to contact us at support@parazero.com with specific questions about regulation and product specifications.
You can find all the information, videos and documents on our support page
Visit our support page for more information
Protect bystanders, drone equipment and payloads