DJI recently revealed the Mavic 2 Enterprise Advanced, featuring a 640×512 px, 30Hz thermal resolution camera and a 48MP visual camera with a 1/2” CMOS sensor and the all new RTK module.
+ RTK Module $779 (Sold Separately)
Mavic 2 Enterprise Advanced
Powerful insights with powerful sensors
DJI recently revealed the Mavic 2 Enterprise Advanced, featuring a 640×512 px, 30Hz thermal resolution camera and a 48MP visual camera with a 1/2” CMOS sensor and the all new RTK module. With these all new powerful features, the M2EA will be the go to tool in firefighting, search and rescue and inspection.
This game changing drone packs a serious punch in such a small package, professionals will be able to make quicker and more informed decisions in real-time. Thanks to its high resolution thermal and visual sensors, 16x thermal and 32x visual zoom and Centimeter-level Positioning with RTK, you’ll never be second guessing.
Watch our Mavic 2 Enterprise Advanced Launch video below to learn about everything that is new and improved.
High Resolution Radiometric Thermal
Make educated and informed decisions by quickly identifying objects onsite using the M2EA's integrated high-resolution thermal sensor, which supports Spot Meter and Area Measurement.
640 x 512 Thermal Resolution | 30 Hz Frame Rate | 16x Zoom | +/— Temperature Measurement Accuracy
Zoom in to Stay Safe
Capture clear images and videos from a safe distance. The M2EA's high-resolution visual camera supports ultra zoom, so no details is missed.
48 MP Visual Camera | 1/2" CMOS Sensor | 4x Lossless Zoom | 32 x Digital Zoom
Dual Vision at Your Service
Tap to switch between visual, thermal, or split view feeds for different project needs.
Achieve centimetre-level accuracy using the Mavic 2 Enterprise Advanced with the RTK Module (Sold separately). Create up to 240 waypoints to conduct automated, detailed inspection missions in complex environments.
The lightweight and portable M2EA can take off in less than a minute. Zip through complex operating environments thanks to the faster ascent and descent speed.