Grow Your Business with Pilbara Drones
DJI Matrice 350 RTK.
D-RTK 2 HIGH PRECISION GNSS MOBILE STATION
D-RTK 2 HIGH PRECISION GNSS MOBILE STATION
Versatile, functional and mission-ready, the DJI Matrice 350 RTK drone platform delivers the industry-leading performance of the Matrice series in a new form factor that provides advanced flight, safety and video transmission.
Suitable for a range of applications including mapping, public safety and more, the M350 can be equipped with multiple payloads to suit your mission needs carrying upto 3 payloads
D-RTK 2 HIGH PRECISION GNSS MOBILE STATION
D-RTK 2 HIGH PRECISION GNSS MOBILE STATION
D-RTK 2 HIGH PRECISION GNSS MOBILE STATION
D-RTK 2 Mobile Station is DJI’s upgraded high-precision GNSS receiver that supports all major global satellite navigation systems, providing real-time differential corrections that generate centimeter-level positioning data for improved relative accuracy.
Zenmuse H30T: All-in-One Solution
ZENMUSE P1 CAMERA - TAKING PHOTOGRAMMETERY TO THE NEXT LEVEL
ZENMUSE P1 CAMERA - TAKING PHOTOGRAMMETERY TO THE NEXT LEVEL
Zenmuse H30T is a cutting edge, all weather, multi-sensor payload. H30T boasts five stellar modules: a high resolution 48MP wide angle camera, Infrared Thermal Camera, powerful 40MP zoom camera, high precision laser range finder and near-infrared auxiliary light tuned to 850 nanometres.
This versatile and highly capable payload is the perfect companion for DJI M350 drones, with the ability to adapt to your mission requirements.
ZENMUSE P1 CAMERA - TAKING PHOTOGRAMMETERY TO THE NEXT LEVEL
ZENMUSE P1 CAMERA - TAKING PHOTOGRAMMETERY TO THE NEXT LEVEL
ZENMUSE P1 CAMERA - TAKING PHOTOGRAMMETERY TO THE NEXT LEVEL
The Zenmuse P1 has set a new benchmark for Aerial Surveying with the introduction of Full-frame photogrammetry to the DJI Matrice 300 System.
This new all in one gimbal solution integrates a interchangeable high-end 45 MP full-frame sensor on a redesigned 3-axis stabilised gimbal.
Used with the D-RTK 2 Mobile Station high-precision GNSS receiver providing real-time differential corrections that generate centimeter-level positioning data for improved relative accuracy.