BSR-ESP32 Robot
RM 890.00
I. Main Control Board Requirements
Main Control Chip:
- ESP32 main control board, equipped with a dual-core 32-bit processor, operating frequency no less than 240MHz, built-in Bluetooth Low Energy and 2.4GHz Wi-Fi modules, supporting IEEE 802.11 b/g/n protocols to ensure stable and efficient data transmission, meeting the wireless communication needs between the robot and external devices.
Interface Resources:
- Rich interface resources, including at least 10 interfaces: 4 motor interfaces, 4 sensor interfaces, 2 servo motor interfaces for easy expansion with various sensors and actuators; 1 DC battery interface; and at least 1 Type-C interface for program download, power supply, and data transmission. Some interface functions can be used interchangeably.
II. Display Module
- Equipped with an OLED display screen, size no less than 0.96 inches, resolution no less than 128*64, with an integrated driver chip, good viewing angle; using the SPI communication protocol, capable of displaying graphics, text, images, and other information in real time.
III. Programming Methods
- Supports graphical programming, compatible with mainstream graphical programming platforms such as Mind+ and Mixly, lowering the programming threshold and facilitating rapid robot program design for beginners; also supports text-based programming environments such as the Arduino IDE, meeting the in-depth programming needs of professional developers.
IV. Actuator System
Drive Module:
- Equipped with at least 3 high-speed motors, rated voltage 5-12V, providing sufficient torque and power output; paired with 2 wheels, diameter not less than 60mm.
V. Sensor Module
Photoelectric Tracking Module:
- Configured with 5 photoelectric tracking modules, operating voltage 3.3-5V, with analog value output function, accurately detecting black lines or color differences on the ground, with an adjustable detection distance within the range of 0-5cm, fast response speed, and strong anti-interference ability, meeting the requirements of robot tracking tasks.
VI. Power Supply System
- The system uses a 7.4V 1000mAh lithium battery to ensure the robot's runtime under full load. The battery has overcurrent, overvoltage, and undervoltage protection functions to ensure stable system operation and battery life.
VII. Other Requirements
- The system must be compatible with 8mm building block components; the number of building blocks must be no less than 310, and the types of building blocks must be no less than 20.
Quantity
Key Features
AI & Manual Hybrid: Supports manual piloting, block-based coding, and advanced AI integration.
Environmental Flexibility: Fully adjustable frequency settings for stable performance in any venue.
Precision Obstacle Navigation: Designed for high-accuracy flight, utilizing sensors and AI to navigate complex mid-air paths with surgical precision.
Swarm Performance: Capable of synchronized swarm performances of up to 20 drones.
Real-World Application Modes: Features a Transport Mode for courier simulation or dropping medical supplies.
Collaborative Robotics: Designed for complex logistics relay tasks with ground-based units.
Unit Condition & Warranty
Field-Tested Excellence: These units are certified pre-owned, with only 6 to 12 months of light competitive use.
Performance Guaranteed: Every drone is fully functional and has undergone a rigorous multi-point inspection to ensure it’s arena-ready.
Sales Terms: As these are high-performance competition units offered at a specialized rate, there is no warranty on the drone chip.