RoboMaster

RoboMaster transforms mobile devices into powerful robotics control centers, enabling real-time tactical combat and programmable automation directly from your screen.

Core Features & Technical Capabilities

RoboMaster, developed by DJI TECHNOLOGY CO., LTD, provides a comprehensive platform for controlling and programming robotic battle vehicles. The application connects wirelessly to RoboMaster robots, delivering a first-person view (FPV) piloting experience with low-latency video transmission. Users can engage in competitive matches, utilizing precise gimbal control, chassis movement, and weapon systems. The app includes a dedicated programming interface where users create custom behaviors using Scratch or Python, enabling autonomous navigation, target tracking, and automated firing sequences. A built-in battle mode supports multiplayer arenas with real-time damage tracking, health points, and scoring systems. The engineering mode allows for component diagnostics, firmware updates, and system calibration directly from the mobile interface.

Key Advantages & User Experience

• Real-time FPV control with low-latency video stream — Direct gimbal and chassis manipulation through touchscreen gestures for precise combat maneuvers.
• Multi-language programming environment — Visual Scratch blocks and Python scripting for creating autonomous behaviors and tactical routines.
• Multiplayer battle arenas with live scoring — Real-time damage feedback, health bars, and elimination tracking during competitive matches.
• Comprehensive system diagnostics interface — Live voltage, motor temperature, and signal strength monitoring for proactive maintenance.
• Custom skill and combo programming — Sequence multiple actions including movement, rotation, and firing into single-tap execution commands.

Download mobile app now — Connect, command, and conquer with full robotic control at your fingertips.

Internet connection required for multiplayer matches. In-app purchases available for additional robot components and customization packs.