Kuongshun ESP32 Cam 328P Robot Kit Open Source Development Board Smart Robot Car ESP32 Camera Robotics Starter Kit for Arduino
KUONGSHUN ESP32 Cam 328P Robot Kit Open Source Development Board Smart Robot Car ESP32 Camera Robotics Starter Kit for ArduinoDIY Educational Programmable Camera Robot Robotics Kit(Open source development board ESP32 camera dual motherboard)Overview:Camera Robot are great motivational tools for kids to learn computational thinking and programming. It provides a gateway to the world of STEM/STEAM (science, technology, engineering, arts and mathematics) for students from primary to secondary level
- High-precision sensing output for advanced robotic control
- Dual-voltage logic compatibility supporting 3.3V and 5.0V inputs
- Integrates easily with standard I2C and SPI serial interfaces
- Ultra-compact form factor suitable for miniature space setups
- Factory-calibrated for immediate out-of-the-box prototyping
- Low power consumption ideal for battery-operated smart devices
- Robust electromagnetic interference (EMI) shield shielding
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(855) I-BUY-ROBO (855) 428-9762KUONGSHUN ESP32 Cam 328P Robot Kit Open Source Development Board Smart Robot Car ESP32 Camera Robotics Starter Kit for Arduino
DIY Educational Programmable Camera Robot Robotics Kit
(Open source development board ESP32 camera dual motherboard)
Overview:
Camera Robot are great motivational tools for kids to learn computational thinking and programming. It provides a gateway to the world of STEM/STEAM (science, technology, engineering, arts and mathematics) for students from primary to secondary levels. With the ability to expand the features available on it, even college students and hobbyists of all ages can benefit from thinking and inventing endless possibilities. From remote control, programming unique tasks, and completing design challenges, it makes learning robotics, electronics, and programming fun and provides a practice-based steam education. Its unique two-board construction allows it to be used as the “brain” for instrumentation-based prototypes and wireless usability that will expand the wireless connectivity and later IR4.0 (industrial revolution 4.0) based solution.
to make wireless control robot. 8) How to ride Sideways and Park Sideways. 9) How to track ultrasonic object. 10) How to make a
Robot that takes photos, And more!
Which students and children will learn? Fundamentals of electronic circuitry Machine interface method Programming problem solving and debugging Practical robotics software architecture using IED Programming creativity Programming applications Programming collaboration Step-by-step tutorials, user guides and instructions
Description:
1. Learning kit IDE is based on C language programming development board.
2. Suitable for beginners to learn programming development and application.
3. It contains a variety of building chassis and electronic components, and is an introductory learning tool kit with high
integration and cost effectiveness.
4. This intelligent robot * developed based on bit4 development board, equipped with OV2640 camera equipment, which can realize
photo and video media function * .
5. We offer a wealth of educational resources and code guides to learn about mechanical drives, basic programming, engineering,
physics and circuits.
It mainly includes four modules:1. ESP32 microcontroller
2. Open source development board
3. Omni-directional wheel
4. Camera equipment
5. Ultrasonic sensor module
Working voltage: 5vInput voltage: 7-12v
Maximum output current: 2A
Maximum power consumption: 25W(T = 75C)
Motor speed: 5V 200rpm
Ultrasonic induction angle: 15 degrees
Ultrasonic detection distance: 2cm ~ 400cm
Blue-tooth remote control distance: 10 ~ 50 meters
Servo motor angle range: 0 ~ 180° 10 ~ 360°
1. Multi-function: omni-directional movement, three-way tracking, ultrasonic obstacle avoidance and following, camera function,WiFi control;
2. Easy assembly: no welding circuit, easy to add terminal connection port, provide with assembly manual, clear and efficient;
3. High quality: acrylic material, thickened chassis, high quality Omni wheels;
4. High extension: rich interface to extend other sensors and modules;
5. Basic C IDE programming: Code based on C computer language;
6. Advantage function: ESP32 camera development board to realize multi-function WiFi control.
Use Cases
Autonomous navigation, self-balancing robots, drone flight stabilization, obstacle avoidance, and IoT tracking applications.
Compatibility Notes
Fully compatible with Arduino, Raspberry Pi, ESP32, STM32, and standard 3.3V/5V microcontroller logic levels.
Frequently Asked Questions
Yes, it communicates over standard I2C/SPI pins and works seamlessly with the Arduino IDE and library frameworks.
It is designed to work safely on both 3.3V and 5V power rails, offering wide logic-level compatibility.
The module comes pre-calibrated from the factory, but you can implement software calibration offsets in your code for higher precision in custom environments.
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