SafeAir Mavic 3 Context

Market context

SafeAir Mavic 3 is ParaZero's ASTM-approved drone safety system for DJI Mavic 3 platforms, combining parachute recovery and impact-energy reduction.

  • Target environment: Commercial small-UAS operations, public-safety drones, inspection workflows, training fleets, and drones operating near people.
  • Workflow context: Emergency recovery, parachute deployment, operational risk reduction, compliance support, and mission approval for drone deployments.
  • Customer context: Drone operators, public-safety teams, inspection providers, training organizations, and small-UAS integrators.
  • Deployment model: Safety subsystem attached to customer drone platforms and incorporated into operating procedures, maintenance, and regulatory documentation.
  • Commercial maturity: Commercial ParaZero product positioned for DJI Mavic 3 safety and ASTM F3322-22 compliance support.
  • Adoption constraints: Adoption depends on platform compatibility, local operating rules, certification needs, added weight, maintenance, and mission risk profile.
  • Market position: Drone safety component that can affect whether a UAS is acceptable for real deployments.
  • Adjacent products: Halo BVLOS Connectivity Platform, Nano2 Mesh Rider Radio, Pixy LR S-Port Gimbal

Audience

UAV makers

Workflow

Emergency recovery, parachute deployment, operational risk reduction, compliance support, and mission approval for drone deployments.

Deployment environment

Commercial small-UAS operations, public-safety drones, inspection workflows, training fleets, and drones operating near people.

Specifications

  • Certification: ASTM F3322-22 approved; MoC 2511 and 2512 compliant
  • Compatibility: DJI Mavic 3 series excluding upward-mounted accessories
  • Weight: 185
  • Safe Altitude: 40.96 m / 134.41 ft minimum safe altitude
  • Descent Rate: 4.11 m/s average descent rate
  • Impact Energy: 8.2 J average impact energy
  • Initial Installation Time: up to 10 minutes
  • Parachute Reattachment Time: under 1 minute
  • Battery Runtime H: 4
  • Charge Time Min: 45 full; 20 to 80%
  • Maximum Operating Altitude M: 6000
  • Maximum Speed Kmh: 72
  • Maximum Wind Mps: 12
  • Operating Temperature C: 0 to 40; permissible to -10 when battery is warm/charged

Tags

  • Peer Group: Robot safety components, Drone Parachute Systems
  • Workflow: Drone Autonomy Stack, Drone Safety Recovery
  • Capability: Parachute Recovery
  • Stack Layer: Safety Layer

Comparable Systems

View SafeAir Mavic 3 overview