DJI Matrice 4T M4T drone Parachute Recovery Rescue System

The Manti 4 parachute is compatible with the DJI Matrice 4T drone, as well as the Matrice 4D/4TD drones when equipped with the Manti 4 Dock version. the parachute with with Dual – sensor detection and APS 3.0 Parachute Deployment Algorithm ,Save your parachute, keep your flight safe.
Powered by a new processor, computing speed has tripled, and the enhanced APS 3.0 algorithm enables a rapid deployment response time of just 500ms.
The Dock version of the Manti 4 adds key safety features such as FTS-based propeller stop and red-and-blue flashing warning lights, further enhancing operational safety during inspections.
The DJI M4T drone parachute is now applied to industrial drones such as the Matrice 4 and Matrice 4D/4TD for the first time, marking a significant upgrade in the Manti series.
Both models have undergone thousands of parachute deployment tests and false trigger detection simulations, ensuring the software’s stability and reliability.
As a result, the Manti 4 series has become a trusted partner for ensuring safe drone operations.

Dual – sensor detection of flight attitude

The DJI Matrice 4 parachute data from both an accelerometer and a barometric pressure sensor to accurately determine the drone’s flight attitude, providing enhanced precision and greater safety redundancy.With its forward-deployment parachute algorithm, it effectively eliminates the risk of propeller entanglement.

Forward Parachute Deployment Algorithm | 500ms Response Time | 5.5 m/s Descent Speed

Once the drone enters alert mode, Manti’s sensors continuously monitor its flight attitude in real time. The APS system analyzes flight posture 300 times per second and records flight logs.
In the event of an emergency, the parachute is deployed forward at the optimal moment.

The 1.1 m² canopy generates significant air resistance, while its three-layer special coating reduces air permeability. This results in a controlled descent speed of just 5.5 m/s, effectively minimizing impact energy and helping to protect people and property on the ground.

Significant Chip Upgrade
The processor speed has tripled compared to the previous generation, delivering more powerful and efficient data processing capabilities.
At the same time, it features lower power consumption and reduced heat generation, allowing the APS 3.0 system to operate more smoothly and reliably — further enhancing overall flight safety.

APS 3.0 Parachute Deployment Algorithm
Flyfire’s proprietary parachute deployment algorithm—APS 3.0—integrates data from the IMU and accelerometer to determine the optimal timing for parachute activation.
It can interface with the drone to access flight control data, and has been trained on data from thousands of real-world incidents.
Combined with Flyfire’s unique forward-deployment algorithm, it significantly reduces the risk of propeller entanglement during deployment, ensuring greater flight safety.

Flight Log Recording
With a newly added RTC (Real-Time Clock) and 128MB of storage, the system can accurately record detailed flight logs.
It automatically generates log files for each flight, which users can export and submit to Flyfire for precise analysis of crash causes.

Fast Charging — Ready Even When You’re in a Hurry
The system supports fast charging, reaching 70% in just 30 minutes — enough power for up to three flights*.
This ensures you’re always ready for safe and uninterrupted operation, even on short notice.

Quick and Easy Parachute Compartment Replacement
After the parachute is deployed, the system can be reused by simply replacing the parachute compartment.
The replacement process is straightforward, allowing individuals to complete it quickly and easily without any special tools or training.

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