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Flyfire is Revolutionizing the Age of Secure Aviation
Flyfire is committed to advancing the safety of aviation, utilizing cutting-edge technology to foster the secure progression of industrial-grade drones. The company’s latest industry-standard UAV parachute, named OWL, boasts a descent speed of a mere 3.5m/s. It incorporates dual sensor redundancy and interfaces with DJI M300 OSDK to acquire real-time UAV sensor information. A fusion of these two sets of data is employed to decide when to deploy the parachute, significantly enhancing reliability.
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.
Accurate Landing Specifications
Flyfire Technology's novel industry-grade UAV parachute landing system ensures the protection of both people and assets on the ground. The system’s specifications are detailed below:- Average landing speed when parachute is deployed: 3.5m/s- Parachute deployment reaction time: 0.5s- Endurance impact duration: 4 minutes 15 seconds- Equipment weight: 800g- Wind resistance classification: ≤Level 7
Strategic Planning Ensures Success
Equipped with Flyfire’s safety algorithm, OWL minimizes hazard response time to just 0.5 seconds. In urgent situations, the parachute can also be manually deployed. The descent is maintained at a steady speed of 3.5m/s (tested with a 9 kg weight). Additionally, a high-power buzzer emits a 110DB warning sound during forced landings, alerting pedestrians below to stay clear and ensuring their safety.
Effortless Setup
Installing OWL is a breeze. Simply remove the M300 arm screws (refer to the manual installation tutorial for specifics), replace them with OWL’s screws, and secure the bottom rack—all in a swift 50 seconds. The bottom rack doesn’t require disassembly for this process and aligns perfectly with the DJI M300 drone. Removing the parachute bin doesn’t interfere with folding the aircraft. When ready to use OWL, you can swiftly attach the parachute bin in just three steps and be ready to fly immediately.
Unmatched Reliability
Dual IMU and Barometer, Automatic Data Fusion with M300 Flight Sensors
OWL features a dual-redundant sensor design, seamlessly integrating DJI’s environmental perception data with its own sensor information through Flyfire’s safety algorithm. In the event of a potential hazard, OWL can promptly determine and execute parachute deployment and drone suspension commands within 0.5 seconds, ensuring the safety of individuals and property below.
Lightweight Design with Exceptional Wind Resistance
Flyfire engineers have selected ABS engineering and 7075-T6 (sn) metal materials to maximize structural strength and performance while minimizing product weight (800g). The impact on M300’s battery life is a mere 4 minutes and 15 seconds. Carbon fiber board reinforces the base, offering a lightweight yet robust structure that protects both OWL and the DJI M300 during parachute deployment. The streamlined design effectively minimizes wind resistance, ensuring smooth flight and full functionality of all lower load features without additional endurance loss from wearing OWL.
IPX5, Maintenance-Free for Two Years
OWL boasts a fully-sealed parachute bin and an IPX5 protection rating, safeguarding it from dust and rain. A built-in environmental monitoring system constantly checks the internal conditions of the parachute bin, allowing for a maintenance-free period of up to two years, providing solid support for your flights.
Parachute Deployment Options
OWL supports both manual and automatic parachute deployment modes. In emergency scenarios, operators have the option to bypass system judgments and manually deploy the parachute to safeguard people and assets below.
Software Upgrades and Support
Flyfire is dedicated to offering continuous support to all OWL users. Our engineers regularly update and optimize algorithms based on new test data. These updates are made available via the cloud, allowing users to easily download and apply them to their systems (please refer to the manual for upgrade details).
