DJI FlightHub 2

DJI FlightHub 2 is a comprehensive cloud-based fleet and mission management platform engineered to maximize operational efficiency and real-time collaboration for commercial drone programs. Serving as a centralized command center, it unifies aerial intelligence across diverse hardware ecosystems—including the Matrice series, Mavic 3 Enterprise, and automated DJI Dock systems. By aggregating data streams into a secure cloud environment, FlightHub 2 enables operations managers, remote commanders, and field teams to coordinate complex workflows across public safety, emergency response, surveying, and industrial inspection sectors.

At the core of the platform is an advanced suite of situational awareness tools designed to sync teams dynamically. FlightHub 2 integrates elevation data with satellite imagery to produce a 2.5D Base Map, giving operators immediate terrain awareness when editing flight routes or dispatching units. Field teams can tap a button to generate a One-Tap Panorama Sync for instantaneous 360° aerial situational overviews, or leverage Cloud Mapping to stitch raw sensor data into high-resolution RGB or infrared orthomosaics directly during a flight. Combined with low-latency Mission Live Streaming and Live Annotations—which allow users to draw lines, polygons, and drop pins across shared maps simultaneously—the platform ensures all personnel operate from a single, unified interactive map.

Beyond active mission control, FlightHub 2 functions as a robust automation engine for unmanned operations. Operators can plan precise, multi-angle flight paths (such as Waypoint, Slope, and Geometric routes) from a desktop web browser and synchronize them automatically with pilots in the field or remotely scheduled DJI Docks. When paired with automated docking hardware, the system executes completely hands-free workflows—managing automated takeoffs, landings, data offloads, and scheduled battery conditioning. Post-mission, the platform’s built-in intelligent Analyzer utilizes Multimodal Large Language Models (LLMs) and computer vision to search media, perform volumetric calculations, flag physical site changes, and generate automated inspection reports.