With solid strength and reliable versatility. The industry-leading flagship flight platform DJI Matrice 400 has a super long endurance of 59 minutes, a load capacity of up to 6 kilograms, integrated laser and millimeter wave radar, can achieve wire level obstacle avoidance, and supports O4 image transmission industry enhanced version and aerial image transmission relay, making control more reassuring and operations easier. In addition, with powerful visible light and thermal imaging model detection, AR projection, ship takeoff and landing and other intelligent functions, coupled with rich automation capabilities, Matrice 400 can stand alone in various scenarios such as emergency rescue, power inspection, professional surveying and engineering construction.

The Matrice 400 has outstanding flight capabilities, with a forward range of up to 59 minutes and a hover time of up to 53 minutes even after adding a payload. It is a reliable helper for continuous operations such as search and rescue, firefighting, and large-scale surveying. It can also avoid large objects such as buildings and mountains at a flight speed of up to 25 meters per second.

The powerful load capacity helps Matrice 400 easily cope with various scenario requirements. The body comes with 4 external E-Port V2 interfaces, which can simultaneously mount up to 7 loads, with a maximum load capacity of 6 kilograms. It can freely switch between a single gimbal and a dual gimbal, and supports the third gimbal component on the belly of the machine.
 

Product Parameters

UAV surveying equipment provides efficient aerial data acquisition solutions for modern mapping, surveying, and inspection projects. Equipped with advanced positioning technology and intelligent sensors, it captures accurate geographic information while reducing fieldwork time and labor costs. UAV surveying equipment supports applications such as topographic mapping, infrastructure inspection, 3D modeling, and photogrammetry. It helps professionals improve project efficiency, enhance data accuracy, and complete complex surveying tasks in challenging environments with greater flexibility