Description
Introduction to Owl Drone Parachute for DJI M300 RTK
Ensure the safety and security of your DJI M300 RTK with the OWL Drone Parachute system. Designed by Flyfire, this state-of-the-art parachute system enhances aviation safety by utilizing cutting-edge technology to minimize risks during forced landings. With ultra-high reliability and ease of installation, the OWL parachute system is an indispensable accessory for drone operators who prioritize safety. Whether you’re conducting industrial inspections or capturing aerial footage, the OWL parachute system provides peace of mind with its rapid deployment and robust design. Flyfire’s dedication to aviation safety is evident in every aspect of the OWL Drone Parachute system, making it a must-have for professional drone users.
Key Features:
- High-Power Buzzer: The built-in buzzer emits a continuous 110dB warning sound during forced landings, alerting pedestrians on the ground to ensure their safety.
- Quick Installation: The OWL parachute system can be installed in just 50 seconds by replacing the M300 arm screws with OWL’s replacement screws, without disassembling the bottom rack.
- Dual IMU and Barometer: Equipped with dual IMU and barometer sensors, the OWL system ensures ultra-high reliability by seamlessly integrating DJI’s environmental data with its own sensors to respond quickly in emergencies.
- Lightweight and Wind Resistant: Constructed from ABS engineering materials and reinforced with a carbon fiber board, the OWL system is lightweight (800g) and designed to minimize wind resistance, impacting the M300’s battery life by only 4 minutes and 15 seconds.
- Manual and Automatic Modes: The OWL system supports both manual and automatic parachute deployment. In emergencies, operators can manually override the system to deploy the parachute, ensuring maximum safety for personnel and property on the ground.
- IPX5 Protection: With a fully sealed parachute bin structure, the OWL system is dust and rain-resistant, offering maintenance-free operation for up to 2 years thanks to its built-in environmental monitoring system.
- Firmware Upgrades: Flyfire provides ongoing support through firmware updates, allowing users to optimize the OWL system with the latest algorithm improvements via easy cloud-based downloads.
Pioneering a New Era of Safe Flight
Flyfire is dedicated to enhancing aviation safety through advanced technology, promoting the secure development of industry-grade drones. The latest OWL UAV parachute system boasts a descent speed of just 3.5m/s and features built-in dual sensor redundancy. It integrates with the DJI M300 OSDK to access real-time UAV sensor data, using dual data fusion for highly reliable parachute deployment.
Strategic and Safe Operations
The OWL system incorporates Flyfire’s safety algorithm, reducing hazard response time to 0.5 seconds. In emergencies, the parachute can also be deployed manually, maintaining a descent speed of 3.5m/s (tested with a 9 kg load). During forced landings, a high-power buzzer emits a continuous 110dB warning sound to alert and protect pedestrians on the ground.
Easy Installation
Installing the OWL system is straightforward and quick. Simply remove the M300 arm screws, use the provided OWL replacement screws, and attach the bottom rack in place. The parachute bin can be installed in three easy steps, allowing immediate use without affecting the drone’s folding capability.
Ultra High Reliability
The dual IMU and dual barometer setup of the OWL system, combined with Flyfire’s safety algorithm, integrates M300 flight sensor data to quickly identify dangers and deploy the parachute within 0.5 seconds, ensuring the safety of ground personnel and property.
Lightweight and Wind Resistance
Using ABS engineering materials and 7075-T6 metal, the OWL system is both lightweight and structurally strong. The carbon fiber-reinforced base reduces wind resistance, minimizing the impact on the M300’s battery life by only 4 minutes and 15 seconds.
Maintenance-Free for 2 Years
The OWL parachute bin is fully sealed and IPX5-rated, resistant to dust and rain. Its built-in environmental monitoring system ensures maintenance-free operation for up to 2 years, providing a reliable backup for your flights.
Parachute Control
The OWL system features both manual and automatic parachute deployment modes. In emergencies, operators have the option to override the system and manually deploy the parachute, ensuring the safety of personnel and property on the ground.
Software Upgrade
Flyfire is committed to providing robust support for every OWL customer. Our engineers continuously integrate new test data for algorithm optimization. These updates are uploaded to the cloud, allowing consumers to download and upgrade their system with a single click
Specifications
| Application | Matrice 300 RTK |
|---|---|
| NET wweight | 800g |
| Volume | 19dm² |
| Area of parachute fabric | 7.29m² |
| Minimum parachute opening height | 20m (Only when the height exceeds 20m will the parachute opening function be activated.） |
| Standard load | 9kg (The speed reduction is ensured at the load of 3-4m/s) |
| Maximum load | 9kg (Exceeding 9kg may cause structural damage to the parachute) |
| Protection grade | IP45 |
| Working temperature | -20℃~50℃ |
| Working altitude | ≤3500m |
| Reaction time | 500ms~700ms |
| Reaction distance | 8.59m~20.96m |
| Classification of wind resistance | Level 7 |
| The lowering speed | 3m/s-4.5m/s,It can effectively protect the landing safety of aircraft |
| Duration of flight | 1h,Even if the aircraft suddenly loses power, OWL can still fly for an hour |
| Motherboard battery capacity | 210mA |
| Motherboard TF card capacity | 16G,The high-capacity memory card can record one-hour flight for 100 times and record each flight in real time |
| Remote control date cable | OSDK |
Group
| Working Frequency | 430-432Mhz、433-434.79Mhz |
|---|---|
| Maximum Omni-Directional Signal Distance (No Interference, No Occlusion) | SRRC：320m |
| Transmit Power | 10mW |
| Input Interface | Type-C |
| Operating Voltage/ Current | 5V/1.5A(Instantaneous Maximum Current) |
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