DJI Matrice 3D and Matrice 3TD: Elevate Your Projects to the Next Level

DJI Matrice 3D and Matrice 3TD are groundbreaking drones designed for professionals who need high precision and reliability in aerial photography and inspections. These models combine advanced technology, innovation, and safety to tackle even the most complex tasks effectively.

Key Differences and Capabilities:

High-Resolution Cameras: The Matrice 3D features a wide-angle camera with 48 MP resolution, offering exceptional image detail. The Matrice 3TD additionally includes a thermal camera, making it ideal for inspections in energy, construction, and agriculture where thermal analysis is required.

Innovative Navigation Systems:

Both models support GPS, Galileo, BeiDou, and GLONASS systems, ensuring accurate positioning and flight stability. The RTK module in the Matrice 3D and 3TD provides positional accuracy up to ±3 cm, which is crucial for high-precision mapping and surveying.

Advanced Protection and Safety:

Both drones are equipped with a six-sided obstacle detection system, ensuring flight safety in complex conditions. The IP54 rating makes them resistant to water and dust, providing reliable performance in any weather conditions.

Extended Flight Time:

These models offer up to 50 minutes of continuous flight on a single charge, allowing for long missions without frequent battery changes. This significantly increases work efficiency and covers larger areas in less time.

Specialized Applications:

The Matrice 3D is perfect for high-precision mapping and 3D modeling, while the Matrice 3TD, with its thermal camera, is indispensable for infrastructure inspections, heat leak detection, and monitoring object conditions. These drones provide unique solutions for a wide range of professional tasks, ensuring reliability and precision in every detail.

Choosing the DJI Matrice 3D or Matrice 3TD means investing in advanced equipment that can transform your approach to projects. These drones will be your reliable partner in achieving outstanding results and exploring new horizons in aerial photography and monitoring.