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Emergency response and post-incident inspection. We operate throughout Luxembourg and within a 50 km radius beyond our borders.
Optimize your automated operations with this comprehensive pack combining the Matrice 5TD drone, the O4 Ground Station, and the AP1 safety parachute.
Designed for rapid deployment and continuous surveillance, this system enables immediate on-site intervention without human presence, thanks to seamless integration with DJI FlightHub 2.
The Matrice 5TD features a flight time of up to 59 minutes in hover or during flight. Its top speed reaches 21 m/s in FlyTo mode, facilitating rapid intervention over large areas. Its robust design allows operation in temperatures ranging from -40° to 50°C.
Flight safety is ensured by multi-directional obstacle detection using six fisheye cameras, a rotating LiDAR, and three millimeter-wave radars, allowing precise navigation even near complex infrastructure such as power lines.
The 3-axis gimbal integrates a complete optical configuration: a 50 MP wide-angle sensor, a 70 mm medium telephoto lens, and a 252 mm super telephoto lens with 176x hybrid zoom. For night vision and thermal inspection, it features a 1280 x 1024 pixel thermal sensor and infrared lighting.
The integrated laser rangefinder offers a range of 3 000 m, allowing for the marking of precise coordinates and distance measurements during critical inspections.
The O4 Ground Station is the pivot of your installation. Featuring an IP67 protection rating, it ensures a stable O4 Enterprise video link and integrates an RTK receiver for centimeter-level positioning. It manages communications via a dual modem 4G and an Ethernet PoE connection.
The AP1 parachute, mounted on the drone, is essential for operations in populated areas. It deploys manually or automatically in 600 ms, limiting descent speed and meeting European safety standards for C5/C6 classes.
The system integrates advanced artificial intelligence capable of detecting 17 types of objects in real-time on the video feed. FlightHub 2 acts as a co-pilot capable of interpreting natural language commands to automate mission planning, drone deployment, and data analysis. This automation allows moving from detection to action without human intervention by triggering specific tracking or captures. The system excels in change detection by comparing current data with 3D models or historical photos to identify damage or unauthorized new structures in minutes, drastically reducing analysis time compared to manual image-by-image review.
Post-operational processing uses AI to automatically annotate mission results. Automated workflows can be triggered by third-party alerts, facilitating rapid Drone-as-First-Responder (DFR) incident response. The multimodal model's capabilities allow the virtual cockpit to search for specific objects via text or image, automatically alerting operators to any anomalies detected in the field.
Data protection is structured in four stages: collection, transmission, storage, and deletion. As soon as flight and sensor data are generated, they transit via an encrypted channel to prevent interception or hacking. Transmission between the drone and the station is secured by TLS 1.2+ and AES-256 protocols, while uploads to the cloud use HTTPS, WSS, and TLS to ensure total integrity.
Storage of sensitive information such as coordinates, emails, or phone numbers is protected by AES-256-CBC encryption. DJI provides full transparency with a complete access log. If needed, data deletion is possible at three levels: user account, complete organization, or physical device (via factory reset or cache clearing), ensuring compliance with strict corporate security policies.
The O4 Ground Station installation is optimized for complex environments, particularly near skyscrapers where it can be fixed to rooftops to improve signal quality. The O4 Ground Station allows for bypassing ground obstacles due to its high-altitude deployment, connected via a Cat 6 Ethernet cable. It supports multi-station roaming, ensuring transparent switching between multiple stations to eliminate blind spots in coverage.
A planned feature allows deployment on motorized mobile platforms, where the drone can take off and land on an onboard station after the vehicle moves. Configuration requires a preliminary on-site survey with a Matrice 4 series aircraft to validate signal coverage and performance. Custom flight zones are enforced directly by the flight controller to keep the aircraft within strict authorized limits.
The DJI Care Enterprise Plus maintenance program offers comprehensive protection including free replacement of defective parts and unlimited repairs within the coverage amount limit. For the drone, a replacement battery is provided annually. Coverage is shared for the entire fleet of simultaneously activated equipment, simplifying logistical management for large fleets. The warranty includes free return shipping and priority assistance from technical experts.
In addition to standard coverage, the official extended warranty service covers the aircraft body, gimbal, and O4 station. This program guarantees the use of original parts and repairs performed by certified engineers, extending operational reliability over the long term without additional costs for critical preventive maintenance.
| Total weight (drone) | 2600 g |
|---|---|
| Maximum flight time | 59 min |
| Max speed (FlyTo) | 21 m/s |
| Thermal resolution | 1280 x 1024 |
| Payload capacity | 450 g |
| Drone protection rating | IP55 |
| Laser rangefinder distance | 3 000 m |
| Service temperature | -40°C to 50°C |
| Wind resistance | 12 m/s |
| Parachute weight | 107 g |
| AP1 trigger time | 600 ms |
| Parachute descent speed | 6 m/s |
| Station dimensions | 170 x 170 x 352 mm |
| Station protection rating | IP67 |
| Station power supply | Ethernet PoE |
| Communication method | TLS 1.2+ / AES-256 / HTTPS / WSS |
| Third-party integration protocols | OpenAPI / MQTT Bridge |
| Thermal switching threshold | 12 lux |
| Service temperature (Station O4) | -40°C to 55°C |
| Data transfer rate (Wi-Fi) | 80 MB/s |