ParaZero SafeAir Pro Parachute

Smart & Effective Protection

The ParaZero SafeAir Pro Parachute is an industry-leading autonomous drone safety system designed to protect bystanders, payloads, and the DJI Matrice 350 RTK in the event of an emergency. This end-to-end safety solution continuously monitors flight data, detecting critical failures and deploying a parachute to ensure a controlled descent and safe landing.

Using independent sensors, the system detects anomalies in real-time and automatically triggers a rapid response sequence, minimizing risk and impact.

Key Features & Benefits

• Reliable parachute system – Proven autonomous safety solution for drone emergencies.
  
• EASA MOC Light-UAS.2511 compliant – Meets global aviation safety standards for professional drone operations.
  
• SmartAir Pro on-board computer – Equipped with an integrated IMU, including a gyroscope, accelerometer, magnetometer, barometer, temperature, and humidity sensors for precise monitoring.
  
• Quick & easy installation – Plug-and-play design allows for seamless integration in just 10-15 minutes.
  
• Autonomous & manual deployment – The parachute deploys automatically in emergencies or can be triggered manually.
  
• Integrated safety alerts – Features an audio warning buzzer, LED indicator, and manual deployment receiver for enhanced situational awareness.
  
• Black box data logging – Flight data is stored for post-incident analysis via a USB-C connection.
  
• Extended battery life – 4-hour battery ensures system readiness for long missions.
  
• Self-repackable parachute – The system allows operator repacking, with certified repacking required to maintain ASTM compliance.
  
• Industrial-grade durability – Built for harsh environments and demanding operations.
  
• Latest software version – Runs on software version 3.31, build ID 5.00.

The ParaZero SafeAir Pro Parachute is a must-have safety system for commercial and enterprise drone operators, providing unparalleled reliability and compliance for DJI Matrice 350 RTK missions in high-risk environments.