OWL Drone Parachute for DJI M400 RTK

The OWL-M400 UAV Parachute System, specifically designed for the DJl Matrice 400 UAv, integrates the APs 3.0 Intelligent Parachute Deployment Algorithm. it not only inherits the reliabilityof its predecessors, but also delivers a quantum leap in situational awareness and decision-making, establishing a comprehensive three-dimensional flight situation, and ensuring that safetydecisions are made based on more precise and forward-looking insights into flight status.

The OWL-M400 UAV Parachute System, specifically designed for the DJl Matrice 400 UAv, integrates the APs 3.0 Intelligent Parachute Deployment Algorithm. it not only inherits the reliabilityof its predecessors, but also delivers a quantum leap in situational awareness and decision-making, establishing a comprehensive three-dimensional flight situation, and ensuring that safetydecisions are made based on more precise and forward-looking insights into flight status.

Firefly's independently developed APs 3.0 parachute deployment algorithm synchronizes andanalyzes multi-source attitude data in real time. By introducing a multi-dimensional dynamic riskassessment model, it constructs an integrated "UAV-Parachute" full-spectrum perceptionnetwork, realizing forward-looking, parachute deployment logic and intelligent decision-making
mechanisms.

Via thousands of real-world scenario simulations and accident data training optimization, the APS3.0 algorithm selects the optimal parachute deployment time based on aircraft attitude to makethe UAV maintain nose-up after parachute deployment, significantly reducing the risk of propellerentanglement while effectively protecting the core components of gimbal and head. lt guaranteesthe stable execution of emergency procedures, providing a safe and reliable emergency parachutedeployment guarantee for UVA flight.

The OWL-M400 parachute sensors feature a multi-redundancy design to handle various complexoperational environments, lf the anomaly of single group of sensor data is detected, the backupsystem seamlessly takes over immediately to ensure continuous and stable transmission of flightstatus data. The system will always maintain precise perception and identification of UAV flightattitude, providing uninterrupted safety assurance for flight safety.

Clear Multi-mode Status indicators: Real-time status is displayed via on-board LED indicators.
clearly showing three operational modes: Ground Standby, Ascending, and Airborne Alert. This
allows you to instantly verify the parachute's readiness at a glance.

The OWL-M400 parachute mount features a brand-new optimization, ergonomic design for moreconvenient installation. Utilizing a "mount + suspension lines" non-destructive installationscheme, it preserves the UVA's original structure and aerodynamic layout, achieving "low modifi.cation, zero damage."

A standard Type-C interface o n the tail of the parachute bay allows for portable connection to acomputer so that users can read complete flight data, including parachute deployment decisionprocesses, sensor status, and UAV-parachute interactions, enabling continuous optimization ofoperational workflows and safety strategies based on actual flight data.

Equipped with an independent dual-power system, the unit instantly switches to backup power inthe event of an airborne power failure, providing up to 1 hour of full-load long-lasting protection.Supporting fast charging, it can reach 70% capacity in just 30 minutes to ensure rapid readiness fortemporary missions. Charge for a moment and enjoy a worry-free battery life.