ACEBOTT 4WD STEM Robotic Car with Camera and ESP32 | WiFi Control for Arduino

• ✔ Advanced control system with ESP32
• ✔ Omnidirectional 4WD drive for maximum mobility
• ✔ Integrated camera for FPV and visual programming
• ✔ Intuitive control via WiFi app
• ✔ Rich set of sensors for interactive projects
• ✔ Perfect platform for STEM education and Arduino projects
• ✔ Durable construction for long-term use

Discover the world of robotics and programming with the ACEBOTT 4WD STEM Robot Car, the ultimate educational kit designed for students, DIY enthusiasts, and experienced roboticists. Powered by a powerful ESP32 microcontroller, this innovative robot offers a unique combination of omnidirectional movement, live camera feed, and intuitive control via a mobile app. It is an ideal tool for teaching coding, electronics, and mechanics.

🚀 What can this robot do?

• **ESP32 controller:** The heart of the robot, enabling advanced programming and wireless communication.
• **4WD omnidirectional drive:** Four independently controlled motors allow the robot to move in all directions, turn in place, and perform complex maneuvers.
• **Integrated Camera:** Provides live video (FPV – First Person View) to the mobile app, ideal for exploration or visual projects.
• **WiFi control:** The robot is fully controllable via WiFi using an intuitive mobile application.
• **Sensor equipment:** Equipped with an ultrasonic sensor for distance measurement, an IR receiver and a tracing sensor for line tracking.
• **Interaction Modules:** Includes TT motors, servo module, LED module, and piezo buzzer for sound and light effects.

🔍 Explore every detail

The ACEBOTT robot car is designed for maximum flexibility and expandability. With support for the Arduino IDE and ACECODE programming environments, users can easily customize the robot's behavior, experiment with different algorithms, and develop their programming skills. The robust construction ensures durability even under heavy use, making it an excellent choice for school projects and home DIY.

With a built-in battery and a long battery life of 2 hours in line tracking mode, you can focus on learning and having fun without constantly recharging. Communication capabilities via UART and WiFi further expand its potential for complex robotic systems and IoT projects.

❌ Are you bothered by the limited options of robotic building kits?

Many educational robots offer only basic functionality that quickly becomes boring. They lack flexibility, advanced sensors, or the ability to be expanded, limiting the real potential for deeper learning and creative experimentation.

✅ Regain your interest in robotics!

Say goodbye to boredom with the ACEBOTT 4WD STEM Robot Car! This kit is designed to inspire and keep kids engaged with its rich functionality, open programming platform, and unlimited expansion options. Discover, create, and learn with a robot that grows with your skills.

🌟 More than just features, real benefits

• 4WD all-wheel drive: -> Benefit: Enables unmatched maneuverability and exploration of complex terrain, expanding project possibilities.
• Integrated camera: -> Benefit: Provides a first-person perspective, ideal for remote sensing, security applications, or visual programming.
• ESP32 microcontroller: -> Benefit: Provides high performance and wide connectivity options (WiFi), supports more complex algorithms and IoT projects.
• Arduino IDE/ACECODE support: -> Benefit: Opens the door to thousands of learning materials and community support, simplifies programming for beginners and advanced users.
• Comprehensive sensor equipment: -> Benefit: Allows the robot to interact with its surroundings, automatically avoid obstacles and follow a line, increases the depth of educational projects.

🎯 Who is it the ideal choice for?

• **Students and Educators:** For hands-on teaching of STEM subjects, robotics, and programming at all levels.
• **Robotics enthusiasts and DIYers:** For custom projects, experimenting with artificial intelligence, and developing automation skills.
• **Families with children:** For a fun and educational way to spend your free time that develops logical thinking and creativity.

❓ Do you have concerns? We will answer them

• Concern: Is the robot too complex for beginners? -> Answer: Thanks to Arduino IDE support and the clear ACECODE environment, the robot is accessible even for complete beginners, with plenty of online tutorials.
• Concern: How long will the battery last? -> Answer: The robot is powered by two 18650 lithium-ion batteries and offers up to 2 hours of battery life in line following mode, which is enough time for most projects.
• Concern: What if I need help with programming? -> Answer: ACEBOTT has strong community support, and the Arduino ecosystem offers a huge number of resources and forums to solve any problems.

⚙️ Technical specifications

Programming software	Arduino IDE, ACECODE
Input sensors	Ultrasonic sensor, IR receiving module, Trace sensor
Output modules	TT motor, Servo module, LED module, Piezo buzzer
Voltage	7.2~8.4V (2x 18650 Lithium Battery)
Battery life	2 hours (line tracking mode)
Distance measurement method	Ultrasonic distance sensor
Tracking method	Infrared tracking
Communications	UART, WiFi

🤔 Frequently Asked Questions (FAQ)

What programming languages ​​does the robot support?

The robot is primarily programmable via the Arduino IDE, which means you can use C++. It also supports the ACECODE visual programming environment, which is ideal for beginners.

Is there a mobile app available for controlling the robot?

Yes, the robot can be controlled using a special mobile application via WiFi, which allows easy control and access to camera functions.

Can I connect additional sensors or modules to the robot?

Thanks to the open ESP32 platform and Arduino compatibility, the robot is highly expandable. You can easily add additional sensors and modules to expand its functionality.

What type of batteries does the robot use and are they included in the package?

The robot is powered by two 18650 lithium-ion batteries. The package contents are not specified, so we recommend checking the availability of batteries before purchasing.

Is this robot suitable for teaching in schools?

Absolutely. Thanks to its comprehensive features, programming support, and emphasis on STEM principles, it is ideal for educational institutions as a practical tool for teaching robotics, electronics, and coding.