DJI RoboMaster S1 Educational Robot

DJI RoboMaster S1 Educational Robot

DJI RoboMaster S1 Educational Robot

B&H # DJRMS1 MFR # CP.RM.00000103.01
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Product Highlights

  • Learn Programming Concepts
  • Supports Scratch 3.0 & Python
  • Expand Robotics & Technical Knowledge
  • Project-Based Courses & Video Tutorials
  • 520°/65° Yaw/Pitch HD FPV Camera
  • 4WD Omnidirectional Movement
  • 6 Audio/Visual Recognition Functions
  • IR/Bead Blaster with Sound Effects
  • Multiple Combat & Racing Game Modes
  • Intelligent Sensing Armor Detects Hits
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DJI ROBOMASTER S1 Overview

  • 1Description

Enter the world of programming, robotics, and AI with the RoboMaster S1 Educational Robot from DJI. It's a fun and interactive hands-on robot tank that you construct and program yourself. Play games, perform tasks, and learn valuable skills along the way.

DJI's "Road to Mastery" project-based series of courses and RoboAcademy video tutorials are engineered to make beginners into experts while expanding a genuine understanding of robotic principles & technical knowledge. When constructed, you can breathe life into the S1 with your own custom programming.

You can program in block-based Scratch 3.0 programming language or Python. When adding functions and skills to the S1 robot, you can utilize six different audio/visual recognition functions.

Programming is done via a compatible tablet or smartphone which can also be used to control the S1. Use the 1080/720 gimbal camera to enjoy an immersive first-person experience and have fun playing solo or multiplayer games against other S1 robots.

46 Customizable Parts
The RoboMaster S1 is assembled from 46 customizable components. This gives you the opportunity to make the S1 your own by expanding and customizing its capabilities. Six PWM ports are included for the addition of optional accessories for even further customization.
RoboMaster App
The RoboMaster App is at the heart of experiencing what the S1 has to offer. It gives you control of the robot and the ability to program new abilities into it. The app supports iOS, Android, and Windows devices, such as smartphones, tablets, and laptops. The multi-platform nature of the app lets different platforms to play together, as well as share custom programs.
AI Programming + 6 Recognition Functions
What the RoboMaster can do is entirely up to you and how you combine the six different recognition functions. They include a combination of visual and audio recognition abilities

Line Follow: Create your own fun and interactive course for the S1 to automatically follow
Vision Markers: The S1 can recognize and react to up to 44 visual markets such as numbers, letters, and special characters
Follow: You can give the S1 the ability to track and follow a person in its field of vision
Clap: Program responses to audible clapping based on varying rhythms and quantity of claps
Hand Gestures: The S1 can respond to an array of physical hand gestures
S1 Robots: Your S1 can recognize other S1 robots and perform custom movements based on your programming
Road to Mastery
Designed to foster a programming mindset, this series of project-based courses and tasks are meant to take you from beginner to expert
RoboAcademy
The video tutorials included in the RoboAcademy are meant to deliver immersive instructions on how to control your RoboMaster S1. They are also designed to be a fun and engaging way to gain a better understanding of physics, mathematics, and basic programming
Scratch & Python
Different abilities can be programmed into the S1 to customize it to your liking. For beginners, Scratch 3.0 is a programming language that's an excellent entry into learning logical coding concepts with a visual, block-based UI. For more advanced programmers, the RoboMaster S1 also supports the widely used Python language as well.
Low-Latency HD FPV + 2-Axis Gimbal
Using the low-latency 1080p/720p gimbal camera, you can enjoy a first-person view of the action when driving and playing games. The camera is attached to a 2-axis gimbal that features a 540° yaw and 65° pitch, for an expansive field of view. To help keep your streaming video smooth and stable, the gimbal operates on a brushless motor that works with an IMU and custom algorithms to keep vibration control accuracy to within ±0.02°.
Built-In Blaster + Game Modes
The built-in blaster uses LED lights to track targets and opponents in a variety of gaming modes, firing either infrared beams or physical non-toxic gel beads. The bead hopper can hold approximately 430 beads at once. The inclusion of sound effects and recoil when firing help to immerse you in the experience. For added safety, the S1 features limitations on firing rate and angle.

The blaster can be used in a variety of game modes and the reactions of your S1 during gameplay can be augmented with custom coding, such as "Hit and Run", where you can make the S1 turn and counterattack automatically once hit. Here's a list of the game modes you can enjoy with the S1

Target Practice & Target Race: Solo gaming modes that require you to scan visual markers with the S1 and either practice firing or race from marker to marker
Race: A multiplayer mode where multiple S1 robots race to scan visual markers in sequence as fast as possible
Free-for-All: A multiplayer mode where multiple S1 robots use the integrated blaster to fire gel beads or infrared beams at each other. Additional mystery bonuses can be used to gain an advantage. They include Dizziness, Electromagnetic Interference, Extreme Speed, and Invincibility.
Intelligent Sensing Armor
Six intelligent armor panels surround the tank and are designed to detect hits when going into battle with your RoboMaster S1. It can detect infrared or physical strikes from incoming gel bead ammunition. Hits are registered and communicated in real time during gameplay. Multiple LED lights on the sides of the blaster turn off one-by-one after hits, giving you a visual indication of score/damage.
4WD Omnidirectional Movement
The custom M3508I motor features an integrated FOC ESC and outputs torque of up to 250 mN-n. Linear Hall-effect sensors help to give you precise control over a front suspension with four-wheel drive. Each of the four Mecanum wheels has 12 rollers, allowing the RoboMaster S1 to achieve omnidirectional movement.
In the Box
DJI RoboMaster S1 Educational Robot
  • Chassis Front Armor
  • Mecanum Wheel Mounting Plate
  • 4 x Mecanum Wheel Damping Ring
  • 48 x Mecanum Wheel Roller
  • Tube of Grease
  • Motion Controller
  • Bottle of Gel Beads
  • Screwdriver Handle
  • 4 x M3508I Brushless Motor and ESC
  • 4 x Motor Mounting Plate
  • Screw Box
  • Safety Goggles
  • X-Shaped Front Shaft Cover
  • Cable Retainer
  • Intelligent Battery Charger
  • Intelligent Battery
  • AC Power Cable
  • 2 x Left-Threaded Inner Hub
  • 2 x Left-Threaded Outer Hub
  • 2 x Right-Threaded Inner Hub
  • 2 x Right-Threaded Outer Hub
  • 4 x Damping Ring Bracket
  • Chassis Cabin Cover
  • Masking Tape
  • 7 x Vision Markers
  • Chassis Cover
  • Intelligent Controller
  • Front Axle Cover
  • Front Axle Module Base
  • Gimbal
  • Camera
  • Blaster
  • Gel Bead Container
  • Speaker
  • 4 x Hit Detector
  • Camera Cable
  • Data Cable (13.8")
  • 2 x Data Cable (9.1")
  • 4 x Data Cable (4.7")
  • Chassis Rear Armor
  • Chassis Left Armor
  • Chassis Right Armor
  • Limited 6-Month Warranty (Intelligent Controller, Motion Controller, Camera Module, Gimbal Module, Blaster, Speaker Module, Hit Detector, M3508I Motor and ESC, Intelligent Battery with Less Than 200 Charge Cycles, and Intelligent Battery Charger)
  • Table of Contents
    • 1Description

    DJI ROBOMASTER S1 Specs

    Motor
    Motor Type Brushless
    Rotational Speed 1000 rpm (Maximum)
    Maximum Torque 0.25N*m
    Maximum Output Power 19 W
    Operating Temperature 14 to 104°F / -10 to 40°C
    Driver Field Oriented Control (FOC)
    Control Method Closed-Loop Speed Control
    Protections Overvoltage
    Overtemperature
    Soft-Start
    Short-Circuit
    Chip & Sensory Anomaly
    Gimbal
    Controllable Range -20° to +35° (Pitch)
    ±250° (Yaw)
    Mechanical Range -24° to +41° (Pitch)
    ±270° (Yaw)
    Rotational Speed 540°/s
    Vibration ±0.02° (On the platform surface with the blaster idle)
    Controller
    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
    Camera
    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
    Operating Temperature 14 to 104°F / -10 to 40°C
    IR Interface
    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)
    Battery
    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 41 to 104°F / 5 to 40°C
    Operating Temperature 14 to 104°F / -10 to 40°C
    Weight 6.0 oz / 169.0 g
    Charger
    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
    Chassis
    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) 12.6 x 9.4 x 10.6" / 32.0 x 24.0 x 27.0 cm
    Weight 7.3 lb / 3.3 kg
    Other Specifications
    Other Supports microSD cards up to 64 GB
    Blaster Controllable Launching Frequency: 1-8 Seconds
    Blaster Maximum Launching Frequency: 10 seconds
    Blaster Initial Launching Speed: (approximately) 26 m/s
    Blaster Average Load: (approximately) 430
    Hit Detector Detection Requirements: For detection to be activated, the gel bead must be ≥0.2" / 0.6 cm in diameter, launching speed must be ≥20 m/s, and the angle between the hit direction and hit detector plane must be no less than 45°
    Hit Detector Maximum Detection Frequency: 15 Hz
    Gel Bead Diameter: 0.2 x 0.3" / 0.6 x 0.7 cm
    Gel Bead Weight: 0.1 oz / 0.1-0.2 g
    App Compatibility: iOS 9.0 or Later & Android 5.0 or Later

    DJI ROBOMASTER S1 Reviews

    Can I use the DJI Controller with the S1 or is ...

    Can I use the DJI Controller with the S1 or is control limited only to the S1 App?
    Asked by: Ronald
    The manufacture only states you can control this robot by using their RoboMaster App, in a iOS, Android, and a Windows computer.
    Answered by: jessica
    Date published: 2019-06-14

    What is the S1's controller processor?

    What is the S1's controller processor?
    Asked by: Ronald
    Unfortunately, the manufacture doesn't specify the processor they installed on this Educational Robot. However, the CPU itself should be sophisticated to handle all the features the manufacture states this product can support, and do.
    Answered by: jessica
    Date published: 2019-06-14
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