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The RoboMaster S1 is a game-changing educational robot built to unlock the potential in every learner. Inspired by DJI's annual RoboMaster robotics competition, the S1 provides users with an in-depth understanding of science, math, physics, programming, and more through captivating gameplay modes and intelligent features.
Designed to win
The S1‘s design is a striking example of machine efficiency. With powerful configurations, the S1 lets you create, conquer, and push your limits as far as you’re ready to go.
Build it!
A modular design lets you build your S1 from the ground up, furthering the fun and providing hands-on experience with every screw and wire.
Learn by Doing
The RoboMaster S1 bridges the digital world with the real one, bringing abstract theories to life through practical operations. The S1 supports Scratch and Python programming languages, allowing users to experience math, physics, and AI technology in a cutting-edge and inspiring way.
Scratch & Python Programming
The S1 supports the Scratch and Python programming languages. This allows you to take your abilities to the next level, whether you are new to coding or are already on your way to becoming an expert.
Endless Possibilities
Up to 46 customizable components give you unlimited space for innovation, enabling you to grow and learn in an exciting way that expands the capabilities of your S1, and yourself. Six PWM ports and one SBus port support customized accessories, granting further options. Operate your S1 with a remote controller that supports SBUS protocol, or program complex codes with an external development board to explore the unlimited possibilities of the S1 and the magic of the robotic world.
Experience AI Technology
AI technology lets the S1 recognize gestures, sounds, and even other S1 robots. Playing with the RoboMaster S1 opens the doorway to AI learning, giving you a practical introduction to the technologies of tomorrow.
Get Started with Automatic Driving
By utilizing Vision Markers to create "traffic lights" and other obstacles, users can write their own programs that allow the S1 to drive automatically and execute complex tasks. Explore mathematical principles involving robotic control and motion mechanics through the S1's six programmable artificial intelligence modules. Get an in-depth understanding of AI as you develop these skills and many more.
RoboMaster Robotics Competition
The S1 was inspired by DJI’s annual RoboMaster robotics competition. Since being founded in 2015, over 20,000 students from more than 400 schools have participated in this thrilling competition that tests wit, engineering, and problem-solving skills.
The World is Your Arena
Build your own competition arena anywhere, anytime and enjoy a variety of gameplay modes with an immersive FPV experience unlike any other. You can even record and share all the action with the touch of a button.
Designed to win
The S1‘s design is a striking example of machine efficiency. With powerful configurations, the S1 lets you create, conquer, and push your limits as far as you’re ready to go.
Build it!
A modular design lets you build your S1 from the ground up, furthering the fun and providing hands-on experience with every screw and wire.
Learn by Doing
The RoboMaster S1 bridges the digital world with the real one, bringing abstract theories to life through practical operations. The S1 supports Scratch and Python programming languages, allowing users to experience math, physics, and AI technology in a cutting-edge and inspiring way.
Scratch & Python Programming
The S1 supports the Scratch and Python programming languages. This allows you to take your abilities to the next level, whether you are new to coding or are already on your way to becoming an expert.
Endless Possibilities
Up to 46 customizable components give you unlimited space for innovation, enabling you to grow and learn in an exciting way that expands the capabilities of your S1, and yourself. Six PWM ports and one SBus port support customized accessories, granting further options. Operate your S1 with a remote controller that supports SBUS protocol, or program complex codes with an external development board to explore the unlimited possibilities of the S1 and the magic of the robotic world.
Experience AI Technology
AI technology lets the S1 recognize gestures, sounds, and even other S1 robots. Playing with the RoboMaster S1 opens the doorway to AI learning, giving you a practical introduction to the technologies of tomorrow.
Get Started with Automatic Driving
By utilizing Vision Markers to create "traffic lights" and other obstacles, users can write their own programs that allow the S1 to drive automatically and execute complex tasks. Explore mathematical principles involving robotic control and motion mechanics through the S1's six programmable artificial intelligence modules. Get an in-depth understanding of AI as you develop these skills and many more.
RoboMaster Robotics Competition
The S1 was inspired by DJI’s annual RoboMaster robotics competition. Since being founded in 2015, over 20,000 students from more than 400 schools have participated in this thrilling competition that tests wit, engineering, and problem-solving skills.
The World is Your Arena
Build your own competition arena anywhere, anytime and enjoy a variety of gameplay modes with an immersive FPV experience unlike any other. You can even record and share all the action with the touch of a button.
| Camera | |
| FOV | 120° |
| Max Still Photo Resolution | 2560×1440 |
| Max Video Resolution | FHD: 1080/30fps HD: 720/30fps |
| Max Video Bitrate | 16 Mbps |
| Photo Format | JPEG |
| Video Format | MP4 |
| Sensor | CMOS 1/4″; Effective pixels: 5 MP |
| Operating Temperature Range | -10 to 40 °C (14 to 104 °F) |
| Narrow Infrared Units | |
| Effective Range | 6 m (in indoor lighting conditions) |
| Effective Area | Varies from 10° to 40° Effective area decreases as distance from the target increases. |
| Wide Infrared Units | |
| Effective Range | 3 m (in indoor lighting conditions) |
| Effective Wide | 360° (in indoor lighting conditions) |
| Hit Detector | |
| Detection Requirements | For the Hit Detector to be activated, the following conditions must be met: Gel bead diameter ≥ 6mm, launching speed ≥20m/s, and the angle between the hit direction and hit detector plane is no less than 45°. |
| Maximum Detection Frequency | 15 Hz |
| S1 | |
| Weight | Approx. 3.3 kg |
| Dimensions | 320×240×270 mm (length × width × height) |
| Chassis Speed Range | 0-3.5 m/s (forward) 0-2.5 m/s (backward) 0-2.8 m/s (sideways) |
| Max Chassis Rotational Speed | 600°/s |
| M3508I Brushless Motor | |
| Max Rotational |
1000 rpm |
| Max Torque | 0.25N·m |
| Max Output Power | 19 W |
| Operating Temperature Range | -10 to 40 °C (14 to 104 °F) |
| Driver | FOC |
| Control Method | Closed-loop speed control |
| Protection | Overvoltage protection Overtemperature protection Soft-start Short-circuit protection Chip and sensor anomaly detection |
| Blaster | |
| Controllable Launching Frequency | 1-8/s |
| Max Launching Frequency | 10/s |
| Initial Launching Speed | Approx. 26 m/s |
| Average Load | Approx. 430 |
| Gimbal | |
| Controllable Range | Pitch: -20° to +35° Yaw: ±250° |
| Mechanical Range | Pitch: -24° to +41° Yaw: ±270° |
| Max Rotational Speed | 540°/s |
| Vibration Control Precision (on the flat surface and with the Blaster idle) | ±0.02° |
| Intelligent Controller | |
| Latency | Connection via Wi-Fi: 80-100ms Connection via Router: 100-120ms (unobstructed, free of interference) |
| Live View Quality | 720p/30fps |
| Max Live View Bitrate | 6 Mbps |
| Operating Frequency | 2.4 GHz, 5.1 GHz, 5.8 GHz |
| Operating Mode | Connection via Wi-Fi, Connection via Router |
| Max Transmission Distance | Connection via Wi-Fi: FCC, 2.4 GHz 140 m，5.8 GHz 90 m CE, 2.4 GHz 130 m，5.8 GHz 70 m SRRC, 2.4 GHz 130 m，5.8 GHz 90 m MIC, 2.4 GHz 130 m Connection via Router: FCC, 2.4 GHz 190 m，5.8 GHz 300 m CE, 2.4 GHz 180 m，5.8 GHz 70 m SRRC, 2.4 GHz 180 m，5.8 GHz 300 m MIC,2.4 GHz 180 m |
| Transmission Power (EIRP) | 2.400-2.4835 GHz FCC: ≤30 dBm SRRC: ≤20 dBm CE: ≤19 dBm MIC: ≤20 dBm 5.150-5.250 GHz FCC: ≤30 dBm SRRC: ≤23 dBm CE: ≤20 dBm MIC: ≤23 dBm 5.725-5.850 GHz FCC: ≤30dBm SRRC: ≤30dBm CE: ≤14 dBm |
| Transmission Standard | IEEE802.11a/b/g/n |
| Intelligent Battery | |
| Capacity | 2400 mAh |
| Nominal Charging Voltage | 10.8 V |
| Maximum Charging Voltage | 12.6 V |
| Battery Type | LiPo 3S |
| Energy | 25.92 Wh |
| Weight | 169 g |
| Operating Temperature Range | -10 to 40 °C (14 to 104 °F) |
| Charging Temperature Range | 5 to 40 °C (41 to 104 °F) |
| Maximum Charging Power | 29 W |
| Battery Life in Use | 35 minutes (measured at a constant speed of 2 m/s on a flat surface) |
| Battery Life on Standby | Approx. 100 minutes |
Charger |
|
| Input | 100-240 V, 50-60Hz, 1A |
| Output | Port: 12.6 V=0.8A or 12.6 V=2.2A |
| Voltage | 12.6 V |
| Rated Voltage | 28 W |
Gel Bead |
|
| Diameter | 5.9-6.8 mm |
| Weight | 0.12-0.17 g |
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