DJI Matrice 4 Enterprise The DJI Matrice 4 Enterprise is a powerful multi-sensor drone designed specifically for geospatial applications such as surveying, mapping, construction, and mining. It combines advanced AI capabilities with precision sensors to streamline professional aerial data collection. Performance and Efficiency Equipped with an RTK module, the Matrice 4E delivers an extended flight time of up to 49 minutes, providing longer operational windows for large-scale projects. Its multi-directional capture system includes three orthogonal and five oblique directions, boosting mapping productivity by 40% compared to traditional methods. The drone can fly at speeds up to 21 m/s and capture images as frequently as every 0.5 seconds for faster data acquisition. Precision and Imaging Featuring Advanced Distortion Correction 2.0 technology, the Matrice 4E ensures in-camera image precision with residual distortion of less than two pixels. Each wide-angle camera is factory calibrated, and when paired with DJI Terra software, it produces highly accurate 3D models and maps. Simplified Operation and Navigation The Matrice 4E integrates smart 3D capture capabilities directly into the remote controller, enabling intuitive mapping route planning and detailed 3D modeling. Its advanced obstacle avoidance system allows safe navigation in complex environments, facilitating close-range operations with confidence. Recommended Application Scenarios with M4E: Large-Scale MappingWith extended flight time, the Matrice 4E supports more effective mapping operations. Its multi-directional capture and 0.5-second interval shooting boost mapping speed and efficiency. Small-Scale Detailed Building ModelingSmart 3D capture and the advanced RC Plus 2 enable precise modeling without extra devices. Enhanced obstacle avoidance ensures safe flights in complex, close-range environments. High-Resolution Asset Surface InspectionTriple tele cameras provide versatile zoom options, while smart photo and spotlight features improve low-light image quality. Vision positioning supports reliable operation in low-GNSS or confined spaces.
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