Introduction to Owl Drone Parachute for DJI Matrice 30 Pro

The OWL-M30 Drone Parachute System is engineered to enhance flight safety and situational awareness with advanced technology and redundant design. Designed for the DJI Matrice 30 Series, this system integrates seamlessly with flight control using Onboard SDK interactions. It provides a robust safety solution, incorporating an emergency stop propeller system and parachute opening mechanism to ensure a controlled descent in case of emergencies. With a focus on rapid assembly and sensor redundancy, the OWL-M30 is built for reliability and ease of use, ensuring that drone operations remain safe and efficient.

Key Features

• Advanced Safety Mechanisms
  The OWL-M30 parachute system integrates deeply with the flight control PSDK interface and the Flyfire APS safety system. This combination allows real-time interaction with drone data, enhancing situational awareness and ensuring quick, accurate responses during critical flight scenarios.
• Sensor Redundancy for Enhanced Reliability
  The parachute system features a redundant sensor design to handle various emergencies. If one sensor group fails, the backup sensors seamlessly take over, ensuring accurate flight state assessment and maintaining overall safety.
• Quick and Easy Installation
  Designed for straightforward installation, the OWL-M30 parachute system does not interfere with the drone’s folding mechanism or operation. Its rapid assembly structure allows for quick setup and efficient field use.
• Replaceable and Reusable Components
  The parachute features a reusable design, enabling pilots to replace the parachute within 120 seconds after deployment. This quick replacement capability ensures that you can continue your operations without significant delays.
• Automatic Parachute Deployment
  The Flyfire APS algorithm continuously undergoes rigorous testing and updates to ensure reliability. In case of a sudden drone malfunction, the APS system automatically follows a strict sequence: stopping the propeller, deploying the parachute, and initiating an alarm, ensuring a safe descent and protecting both the drone and ground personnel.

INDUSTRIAL PARACHUTE SYSTEM

The OWL-M30 Drone Parachute integrates with flight control via the Onboard SDK, enhancing flight safety and situational awareness. It features a redundant design for key sensors, a rapid assembly structure, and an APS emergency stop propeller parachute opening system. In case of an emergency, the system halts the propeller, deploys the parachute, and ensures a slow descent to safeguard flight safety.

INTEGRATED FUSION ALGORITHM

The system combines deep integration with the flight control PSDK interface and the Flyfire APS safety system, providing two-way interaction to improve accident detection. During flight, the parachute system interacts with drone data in real-time, fusing its own sensor data at critical moments to comprehensively assess the drone’s flight state and enhance rescue chances.

QUICK SYSTEM REPLACEMENT

The OWL-M30 parachute is designed for easy installation and does not interfere with the drone’s folding mechanism. It can be quickly set up in the field, facilitating rapid deployment and use.

APS AUTOMATIC PARACHUTE DEPLOYMENT

To enhance parachute reliability, Flyfire continually tests and updates the APS algorithm. In the event of a sudden drone malfunction, the APS system automatically follows a safety protocol: stopping the propeller, deploying the parachute, sounding an alarm, and initiating a slow descent to protect the drone and personnel.

APS ALGORITHM UPGRADES

We continuously optimize the firmware to ensure compatibility between the parachute and drone systems. Updates are provided via the internet to maintain the highest safety and reliability standards for every flight.

UNLIMITED TRAVEL SAFETY

The OWL-M30 parachute is built with IP45 dustproof and waterproof standards and features a lightweight design for safer flying in all weather conditions. The modular design of consumable parts allows for easy replacement of the parachute cabin, minimizing operational interruptions.

RELIABLE PARACHUTE DEPLOYMENT

The parachute utilizes an advanced cloth launching method without a traction block, ensuring smooth and efficient deployment. This design enhances safety and control during emergencies, making each rescue operation more reliable.

SENSOR REDUNDANCY FOR SAFETY

The OWL-M30 parachute features a redundant sensor design to handle various incidents. If one set of sensors fails, the backup sensors activate to supplement data and accurately determine the drone’s flight status, preventing parachute failures and ensuring safety.

REPLACEABLE CONSUMABLES

The OWL-M30 parachute is designed for reusability. After deployment, pilots can replace the parachute within 120 seconds, ensuring that they do not miss any operational opportunities.