If you own a drone, it’s important that you understand the rules that keep you and others safe. Visit knowyourdrone.gov.au to find out more
The S1 can be programmed to automatically follow a line on the ground. The more math and physics knowledge that is applied, the more adeptly the S1 will be able to complete this task.
Recognize up to 44 Vision Markers which feature numbers, letters, and special characters that expand the possibilities for coding and combat.
Thanks to advanced computer vision technology, the S1 is able to identify and track any individual you select in the S1’s FOV.
The S1 is equipped with a built-in clap recognition module, which can be programmed for unique responses.
The S1 can recognize various physical gestures and can be programmed for self-defined responses.
The S1 can recognize other S1 units, an ability that can expand your gameplay and entertainment possibilities.
Compete against opponents on your own custom track. Unlock special skills like extreme speed by recognizing specific Vision Markers, or unleash weapons like dizziness against competitors to gain an edge and win the race.
In any competition, wisdom is equally as important as power. The S1 enables users to apply their classroom knowledge to compile custom coding, unlocking unique functions that will surprise onlookers and defeat competitors. With its new education concept, the S1 helps users embrace the joy of learning in new and exciting ways.
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.
• Professional robotic learning platform• Cultivates programming skills• Teaches physics & mathematics• Provides experience with AI Technology
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.
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.
Using a powerful CPU, the Intelligent Controller can simultaneously support functions such as low-latency high-definition image transmission, AI computing, and programming development. It also coordinates transmission seamlessly to execute command signals.
The S1 Blaster uses LED lights to outline launch trajectories for its gel beads and infrared beams. Vivid sound effects and recoil action add to the experience for an immersive battle simulation. For added safety, the Blaster uses non-toxic gel bead projectiles and even features limitations on launching rate and angle.
The gimbal’s yaw/pitch rotation range is 540° × 65°, offering an expansive field of view for the FPV camera. The built-in direct drive brushless motor works together with the IMU and advanced algorithms to allow gimbal movements with a vibration control accuracy [1] within ±0.02°, delivering smooth image transmission and a precision control experience.
The S1 comes with four Mecanum wheels, each with 12 rollers that allow omnidirectional movement and precision control. Front axes suspension allows for added versatility during operation.
The S1 comes with a customized M3508I motor that features an integrated FOC ESC with an output torque of up to 250 mN•m. Linear Hall-effect sensors with advanced algorithms allow closed-loop control for added precision. Additional safety mechanisms deliver outstanding stability.
Six intelligent armor panels cover the S1 to detect gel bead or infrared beam strikes. The referee system can analyze and communicate hit data, incorporating it into gameplay in real time.
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.
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.
The RoboMaster S1 supports Scratch and Python programming languages. This allows you to take your abilities to the next level, whether you are new to cording or are already an expert.
Classic visual programing language, widely used in global primary and secondary schools.
Widely used programming language in the field of artificial intelligence.
Motor Type
Brushless
Rotational Speed
1000 rpm (Maximum)
Maximum Torque
0.25N*m
Maximum Output Power
19 W
Operating Temperature
-10 to 40°C / 14 to 104°F
Driver
Field Oriented Control (FOC)
Control Method
Closed-Loop Speed Control
Protections
Overvoltage Overtemperature Soft-Start Short-Circuit Chip & Sensory Anomaly
Controllable Range
-20° to +35° (Pitch) ±250° (Yaw)
Mechanical Range
-24° to +41° (Pitch) ±270° (Yaw)
540°/s
Vibration
±0.02° (On the platform surface with the blaster idle)
Latency
Connection via Wi-Fi: 80-100 ms Connection via Router: 100-120 ms NOTE: Latency times depend on environmental conditions and mobile device
Live View Resolution
720p/30 FPS
Live View
Resolution: 720p/30 FPS Max Live View Bitrate: 6 Mb/s
Operating Frequencies
2.4 GHz, 5.1 GHz, and 5.8 GHz
Operating Mode
Connection via Wi-Fi Connection via Router
Maximum Transmission Distance
Connection via Wi-Fi FCC: 2.4 GHz 55.1" / 140.0 cm / 5.8 GHz 35.4" / 90.0 cm CE: 2.4 GHz 55.1" / 140.0 cm / 5.8 GHz 27.6" / 70.0 cm SRRC: 2.4 GHz 51.2" / 130.0 cm / 5.8 GHz 51.2" / 130.0 cm MIC: 2.4 GHz 66.9" / 170.0 cm / 5.1 GHz 55.1" / 140.0 cm Connection via Router FCC: 2.4 GHz 70.9" / 180.0 cm / 5.8 GHz 118.1" / 300.0 cm CE: 2.4 GHz 70.9" / 180.0 cm / 5.8 GHz 39.4" / 100.0 cm SRRC: 2.4 GHz 70.9" / 180.0 cm / 5.8 GHz 118.1" / 300.0 cm MIC: 2.4 GHz 66.9" / 170.0 cm / 5.1 GHz 70.9" / 180.0 cm
Transmission Power
(EIRP) 2.400-2.4835 GHz FCC: ≤30 dBm SRRC: ≤20 dBm MIC: ≤20 dBm 5.170-5.25 GHz FCC: ≤30 dBm SRRC: ≤23 dBm MIC: ≤23 dBm 5.725-5.850 GHz FCC: ≤30 dBm SRRC: ≤30 dBm
Transmission Protocol
IEEE 802.11 a/b/g/n
Sensor
CMOS 1/4" 5MP Effective Pixels
FOV
120°
Still Image Resolution
2560 x 1440 (Maximum)
Video Resolution
FHD: 1920 x 1080 30p (Maximum) HD: 1280 x 720 30p (Maximum)
Video Bitrate
16 Mb/s
Photo Format
JPEG
Video Format
MP4
Effective Range
Narrow Infrared Units (indoor lighting): 19.7' / 6.0 m Wide Infrared Units (indoor lighting): 9.8' / 3.0 m
Area
Between 40° to 10° (Narrow Infrared Units effective area decreases as distance from the target increases)
Width
360° (indoor lighting)
Capacity
2400 mAh
Charging Voltage
Nominal: 10.8 V Maximum: 12.6 V
Battery Type
Lithium-ion polymer (LiPo) 3S
Energy
25.92 Wh
Battery Life
In Use: Up to 35 Minutes (Measured at a constant speed of 2 m/s on a flat surface) On Standby: Up to 100 Minutes
Charging Power Output
29 W
Charging Temperature Range
5 to 40°C / 41 to 104°F
Weight
169.0 g / 6.0 oz
Input
100-240 V, 50-60 Hz, 1 A
Output
12.6 V=0.8 A or 12.6 V=2.2 A
Voltage
12.6 V
Rated Voltage
28 W
Speed Range
Forward: 0 to 3.5 m/s Backward: 0 to 2.5 m/s Sideways: 0 to 2.8 m/s
Rotation Speed
600°/s (Maximum)
Dimensions (L x W x H)
32.0 x 24.0 x 27.0 cm / 12.6 x 9.4 x 10.6"
3.3 kg / 7.3 lb
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