AVSS Drone Parachute for DJI Dock 2


Options: PRS-M3DT
Price:
Sale price$3,499.00 CAD

Description

OVERVIEW

The PRS-M3DT, a drone parachute for the DJI Dock 2 that operates the DJI M3D or DJI M3TD, easily integrates into your mission. The attachment bracket secures the parachute recovery system without interfering with sensitive GPS modules. The system includes an electronic module to power the Parachute Pod™ and flight termination system. The onboard system comes equipped with an automatic triggering device to deploy the drone parachute. For end users in the European Union, the PRS-M3DTEX is your choice for EASA MOC 2511 (Enhanced Containment) requirements. The PRS-M3DTEX includes an independent flight termination system and an independent method to trigger the parachute.

KEY FEATURES

  • Less than 0.5-second automatic deployment
  • Plug-and-play flight termination system with an option of 0 meter/feet deployment
  • Manual deployment through the PSDK and an independent deployment option for EASA MOC 2511 compliance
  • ASTM F3322-22, EASA MOC 2512, and EASA MOC 2511 (Q3, 2024)  and third-party documentation that is relevant to Civil Aviation Authorities

COMPLETE SET INCLUDES

  • One Parachute Pod™
  • Electronic module
  • Flight termination system – PSDK
  • Flight termination system – External/Independent (EASA MOC 2511)
  • Autonomous triggering System
  • Attachment bracket
  • Independent triggering device (EASA MOC 2511)
  • Electronic module batteries
  • One (1) year, two (2) deployment warranty
  • CAA, ASTM F3322-22, EASA MOC 2511, and EASA MOC 2512 documentation

Specifications

Total weight: 145 grams / 0.32 lbs

Average descent rate: 4.34 mps / 14.24 fps

Average impact energy: 14.8 J / 10.9 ft-lb

Minimum deployment altitude: 34.8 m / 114.17 ft

PRS-M3DT, includes:
• EM, Pod, Bracket, FTS, and 
Accessories;

PRS-M3DTUS, includes:
• EM, Pod, Bracket, FTS, and 
Accessories; 
• FAA Flight Over People

Note: Depending on the Civil Aviation Authority data collection and analysis requirements, performance metrics may require different calculation methods.

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