Description: DJI RoboMaster S1 - educational robot
The kit consists of elements for self-assembly of the DJI brand robot.RoboMasterallows users to understand science,mathematics, physics, programmingand other issues through engaging entertainment modes and intelligent functions. The kit includes 46 programmable components, 6 programmable Artificial Intelligence AI modules, an HD FPV camera, an Omni 4-Wheel Drive and much more.
Key features of the RoboMaster
- Intelligent controller- thanks to a powerful processor, the controller can simultaneously transmit high quality images with low latency, perform AI calculations and perform programmed functions.
- Blaster- uses LEDs to mark the trajectory of gel beads and infrared beams. The robot produces sound effects during the shot, giving the impression of simulating a battle. For safety reasons, the blaster uses non-toxic gel balls and has speed and angle restrictions.
- 2-axis mechanical gimbal- the range of rotation / deflection of the gimbal is 540° x 65°, which provides a wide field of view of the FPV camera. Built-in brushless motor with drive, works with IMU sensors and advanced algorithms to enable gimbal moves with control accuracy of ± 0.02°, ensuring smooth image transmission and control precision.
- Mecanum- RoboMasterwheelsare equipped with four Mecanum wheels, each with 12 rollers, which enable multi-directional movement and precise control.
- Powerful motor- The robot is equipped with a custom M3508I motor with integrated FOC ESC controller, with an output torque of up to 250 mN*m, Linear Hall sensors with advanced algorithms, allow closed-loop control for additional precision. Additional safety mechanisms ensure exceptional stability.
- Intelligent Armor- DJI RoboMaster is covered with six intelligent panels that can detect the impact of a ball or infrared beam. The refereeing system can transmit hit data, incorporating it into the game in real time.
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Attention! The set consists of self-assembly elements, the manufacturer provides ausermanual. |
DJI RoboMaster S1.
Programming the DJI RoboMaster
The robot can be programmed in Python and Scratch. This allows you to develop your programming skills, whether you are just beginning your programming adventure or already know the basics and want to further develop your skills and become an expert.
Scratch 3.0 is a classic visual programming language used in primary and secondary schools around the world.
Python is a widely used language in the field of artificial intelligence.
Unlimited possibilities
The kit contains 46 configurable elements, giving you unlimited room for innovation. Six PWM ports and one SBUS port support custom accessories for further expansion of the robot. The RoboMaster can be controlled via a remote control using the SBUS protocol, and complex codes can be programmed using an external programming board.
Only the robot kit is sold, the other components can be purchased separately.
Artificial Intelligence in DJI RoboMaster S1
- Line recognition - the robot can be programmed to follow the line. The more knowledge in mathematics and physics is applied, the better the RoboMaster can handle this task.
- Character Recognition - RoboMaster can recognize up to 44 markers, which contain numbers, letters and special characters that extend the possibilities of programming and fighting.
- Tracking objects - thanks to advanced computer vision technology, the robot is able to identify and track every person selected in the RoboMaster's field of vision.
- Audio Commands - The S1 is equipped with a module detecting clapping sound, which can be freely programmed.
- Gesture recognition - The robot can recognize different physical gestures and can be programmed to respond independently.
- Recognition of other robots - The RoboMaster is able to recognise other S1 units, a capability that can extend the possibilities of play and entertainment.
Contents of the DJI RoboMaster S1.
DJI RoboMaster S1 specifications
| Camera | |
|---|---|
| FOV | 120° |
| Maximum resolution of the image | 2560 x 1440 |
| Maximum video resolution |
FHD: 1080 / 30 fps HD: 720 / 30 fps |
| Maximum video transmission speed | 16 Mb/s |
| Image format | JPEG |
| Video format | MP4 |
| Sensor | CMOS 1/4, 5 MPx |
| Operating temperature | from -10°C to 40°C |
| Impact sensor | |
| Requirements |
For the sensor to be activated, the following conditions must be met:
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| Maximum detection frequency | 15 Hz |
| Brushless motor M3508I | |
| Maximum speed | 1000 rpm |
| Maximum moment | 0.25 N*m |
| Maximum output power | 19 W |
| Operating temperature | from -10°C to 40°C |
| Controller | FOC |
| Method of control | Closed loop speed control |
| Safeguards |
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| Blaster | |
| Controlled starting frequency | 1 / s to 8 / s |
| Maximum starting frequency | 10 / s |
| Initial start-up speed | Okay. 26 m/s |
| Average capacity | 430 |
| Gimbal | |
| Controlled scope |
Jump: from -20° to 35° Deviation: ±250° |
| Mechanical range |
Jump: from -24° to 41° Deviation: ±270° |
| Maximum rotation speed | 540°/s |
| Precision control (on flat surface and Blaster at rest) | ± 0,02° |
| Intelligent controller | |
| Delay |
WiFi connection: from 80 ms to 100 ms Connection via router: from 100 ms to 120 ms |
| Quality of live viewing | 720p / 30 fps |
| Maximum live speed | 6 Mb/s |
| Frequency of operation |
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| Mode of operation | Connection via WiFi, connection via router |
| Maximum transmission distance | Wi-Fi connection:
Connection through a router:
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| Transmission Power (EIRP) | 2,400 to 2,4835 GHz
5.150 to 5.250 GHz
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| Transmission standard | IEEE802.11 a / b / g / n |
| Intelligent battery | |
| Capacity | 2400 mAh |
| Nominal charging voltage | 10,8 V |
| Maximum charging voltage | 12,6 V |
| Battery type | Li-Pol 3S |
| Energy | 25,92 Wh |
| Mass | 169 g |
| Operating temperature | from -10°C to 40°C |
| Charging temperature | from 5°C to 40°C |
| Maximum charging power | 29 W |
| Battery life during use | 35 min |
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Battery life in standby mode |
Okay. 100 min |
| Charger | |
| Entry | 100 V to 240 V, 50-60 Hz, 1 A |
| Exit | 12.6 V / 0.8 A or 12.6 V / 2.2 A |
| Voltage | 12,6 V |
| Power | 28 W |
| Gel ball | |
| Diameter | 5.9 mm to 6.8 mm |
| Mass | from 0.12 g to 0.17 g |
| Application | |
| Name | RoboMaster |
| iOS | iOS 10.0.2 or higher |
| Android | Android 5.0 or higher |
| Ruter | |
| Recommended models | TP-Link TL-WDR8600; TP-Link TL-WDR5640 (China) TP-Link Archer C7; NETGEAR X6S (Global) |
| Recommended external power supply for router | Power Bank |
| MicroSD card | |
| Supported microSD cards | up to 64 GB |
Useful links
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