The OWL-M350 Parachute: Elevating Safety with Advanced Upgrades
The OWL-350 parachute is ushering in a new era of advanced aerial safety with its updated APS 3.0 intelligent parachute opening algorithm. Deep integration with DJI flight platform sensor data ensures comprehensive three-dimensional situational awareness, ensuring safe flights and ease of operation. Together, we are securing airspace and fostering the growth of the drone industry.
Why do I need a Parachute?
For Complex drone operations and Beyond Visual Line of Sight (BVLOS) missions, incorporating parachutes is crucial for both risk mitigation and compliance purposes. Parachutes ensure the safety of people and property on the ground by reducing the impact in case of a drone malfunction or loss of control. Furthermore, they aid operators in adhering to aviation regulations, as regulatory bodies are more inclined to approve BVLOS missions when strong safety measures like parachutes are integrated, ensuring the drone can be safely brought to the ground even when operating beyond the pilot’s direct line of sight.
APS 3.0: The Pinnacle of Parachute Opening Algorithms
Building on algorithms from previous generations and extensive field testing with DJIM350 drones, we have perfected the APS3.0 system. Hundreds of real-flight tests have honed our parachutes' situational awareness, resulting in a 30% increase in sensor accuracy. Whether it’s rapid descent, spinning, or impact, the APS 3.0 system can swiftly and accurately judge the flight status, ensuring timely and precise parachute deployment. In critical situations, the system can cut power, stop the propellers, and deploy the parachute within milliseconds.Flyfire engineers diligently conduct field tests on actual aircraft to fine-tune software parameters, guaranteeing peak performance and reliability.
Safety and Redundancy: Uninterrupted Data Collection
The OWL-M350 parachute sensors feature a redundant design to handle diverse operational environments. Dual sensors ensure that if one fails, the other seamlessly takes over, providing continuous and accurate flight status data. This redundancy guarantees drone safety under all circumstances.
Top-Tier Umbrella Opening Algorithm Logic
Upgraded to APS 3.0, the OWL-350 parachute now utilizes DJI drone flight sensor data for unparalleled precision in identifying flight anomalies. The central processor, built with industrial-grade chips, determines the optimal moment to deploy the parachute, ensuring the safety of both people and property below.
Stay Informed: Real-Time Work Status Indicators
When paired with a drone, the OWL-M350 parachute's indicator light keeps pilots informed of its current status, differentiating between stationary, ascending, and alert modes. Below 15 meters, the parachute won’t deploy, ensuring safe operation without unnecessary deployments.
Parachute with Built-In Power Supply
The OWL-350 is equipped with a built-in battery, providing a 30-minute backup power supply in case of any disconnections during flight, ensuring a safe return journey.Crash landing speed: 3.5m/sKinetic energy upon contact: 55 joulesEquivalent to a DJI M350 free falling from 0.7 meters
Comprehensive Parachute Opening Warning System
Our parachute design adheres to international standards, featuring a warning system with two high-power buzzers that activate upon parachute deployment, alerting ground personnel to keep a safe distance.
New Racking System
The latest generation parachute introduces a robust aluminum alloy buckle holder, ensuring a damage-free and efficient setup process, preserving the drone’s original structure while providing enhanced safety features.
APS Updates and Continuous Support
Flyfire is committed to providing ongoing maintenance and software updates. Our software upgrades ensure seamless integration with the latest APS parachute opening software version
