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Item #:
91649695
MaxArm Robot Arm with Secondary Development ESP32 Open Source Programming Robot Arm with Glowing Ultrasonic, Color, Touch, Sound, Light, Digital Tube
90% of respondents would recommend this to a friend
Item #:
91649695
XCD 853
Price Details
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MaxArm robotic arm employs a link mechanism design and integrates inverse kinematics, allowing the end effector to move along the x, y, and z axes.
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What Stands Out
Open Source Flexibility
The MaxArm offers open source programming with ESP32, allowing for customizable development and integrations, making it ideal for hobbyists and educators who seek to innovate and enhance their robotics projects.
Diverse Sensor Integration
Equipped with ultrasonic, color, touch, and sound sensors, this robot arm delivers interactive functionality, addressing the need for versatile performance in robotics experiments or educational demonstrations.
User-Friendly Design
The inclusion of a PS2 handle and digital tube displays ensures an intuitive user experience, making it accessible for beginners while still providing engaging challenges for advanced users in their programming endeavors.
Product Details
| Brand Name | LewanSoul |
| Manufacturer Maximum Age (MONTHS) | 144 |
| Set Name | MaxArm Robot Arm Kit |
| Unit Count | 1.0 Count |
| Size | Medium |
| Material Type | Plastic |
| Number of Players | 1 |
| Educational Objective | Teach programming, robotics, electronics, and AI concepts |
| Power Source | USB power |
| Supported Battery Types | No batteries included |
| Operation Mode | Manual |
| Is Assembly Required | No |
| Theme | Robot |
| Color | Green |
| Subject Character | Generic Robot Figure |
| Item Weight | 4 lbs (1.81 kg) |
Who Should Buy?
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Hobbyist Developers
Ideal for hobbyists looking to explore robotics and programming with hands-on projects and customizable features.
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STEM Educators
Great for educators teaching robotics or coding, providing an interactive platform for students to engage and learn.
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Tech Enthusiasts
Perfect for tech enthusiasts interested in building or experimenting with robotic applications using advanced sensors and controls.
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Beginners
May not be suitable for complete beginners without prior experience in programming or robotics projects.
Product Description
MaxArm Robot Arm with Secondary Development ESP32 Open Source Programming Robot Arm with Glowing Ultrasonic, Color, Touch, Sound, Light, Digital Tube Sensors Kits, Vision Module, PS2 Handle
Have any Query? Chat with us
Customer Questions & Answers
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Question:
What is the MaxArm Robot Arm and what are its main features?
Answer: The MaxArm Robot Arm is a programmable robotic arm designed for educational and development purposes. It features the ESP32 microcontroller, allowing for open-source programming, which means you can customize its functions. The arm is equipped with glowing ultrasonic sensors, color sensors, touch sensors, sound detection, and various light indicators. These features make it ideal for robotics projects, educational demonstrations, and creative coding exercises. -
Question:
How can I program the MaxArm Robot Arm?
Answer: Programming the MaxArm Robot Arm is straightforward due to its compatibility with the ESP32 microcontroller. You can use various programming languages such as Arduino, MicroPython, or other compatible platforms. This flexibility allows you to create custom commands and sequences that dictate how the robot interacts with its environment. Use cases include automating tasks, interacting with users, or even engaging in simple competitions, enhancing learning and creativity. -
Question:
What materials is the MaxArm Robot Arm made from?
Answer: The MaxArm Robot Arm is typically constructed from durable plastic and metal components designed to withstand various movements and activities. This robust design ensures longevity and reliable performance, making it suitable for both hobbyists and educational environments. The use of quality materials contributes to the overall precision and fluid motion of the arm, making it effective for experiments, demonstrations, and hands-on learning projects. -
Question:
Can I integrate additional sensors with the MaxArm Robot Arm?
Answer: Yes, you can integrate additional sensors with the MaxArm Robot Arm due to its open-source nature and multiple I/O ports available on the ESP32 microcontroller. This capability allows you to enhance the arm’s functionality by adding more sensors for tasks like temperature detection, additional motion tracking, or further environmental interaction. Such integrations support complex projects, bringing versatility and innovation to your robotic endeavors. -
Question:
Is the MaxArm Robot Arm suitable for beginners in robotics?
Answer: Absolutely, the MaxArm Robot Arm is designed with beginners in mind, featuring user-friendly programming options and comprehensive documentation. It provides an excellent entry point for those new to robotics and programming. The integration of sensors like touch and ultrasonic also encourages hands-on practice and experimentation, making it a great choice for educational institutions or hobbyists starting their robotics journey. -
Question:
What programming languages can be used with the MaxArm Robot Arm?
Answer: The MaxArm Robot Arm can be programmed using various languages, primarily focusing on Arduino and MicroPython. This versatility allows users to choose a language that best suits their skills and project requirements. Many users appreciate that they can transition between languages as they grow more comfortable with coding. This adaptability is beneficial for learning environments as it encourages exploration and mastery over time. -
Question:
What kind of projects can I create with the MaxArm Robot Arm?
Answer: With the MaxArm Robot Arm, the possibilities are vast. You can create automated tasks like picking and placing objects, programming it for drawing or painting, or even setting up a simple game that involves interaction with users. Additionally, the arm's sensors allow for educational demonstrations in science and engineering, making it a favorite among schools and robotics clubs for project-based learning. -
Question:
Does the MaxArm Robot Arm support remote control?
Answer: Yes, the MaxArm Robot Arm can be programmed for remote control capabilities using Wi-Fi or Bluetooth, enabled by the ESP32 microcontroller. This allows you to control the arm from a distance, either through a mobile app or a web interface. Such functionality is particularly useful for demonstrations where real-time interaction is required or in complex setups like remote-controlled educational showcases. -
Question:
What is included in the MaxArm Robot Arm kit?
Answer: The MaxArm Robot Arm kit typically includes the robotic arm assembly, the ESP32 microcontroller, various sensors, and necessary wiring to connect everything together. Along with these components, you'll often find documentation or online resources that provide guidance on assembly and programming. These comprehensive kits facilitate a complete learning experience, ensuring you have all you need to start creating projects immediately. -
Question:
Where can I buy the MaxArm Robot Arm in Saint Kitts and Nevis?
Answer: You can purchase the MaxArm Robot Arm with Secondary Development ESP32 on Ubuy. Ubuy offers a convenient shopping experience with various options to choose from, making it easy to find exactly what you need. This platform is equipped with detailed product descriptions and user reviews to assist in making an informed decision about your purchase.
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Pros
- Open source for customization
- Multiple sensor integrations
- Glows and reacts to stimuli
- Easy to program with ESP32
- Great for learning robotics
Cons
- Initial setup may take time.
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XCD 853
Order now and get it around Saturday, September 05
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Features & Benefits
- Advanced link mechanism design for precise movement.
- Utilizes inverse kinematics for multi-axis control.
- Compatible with Python and Arduino programming.
- Supports diverse control methods: apps, PC, wireless controllers.
- Equipped with multiple sensor ports for enhanced AI applications.
- High-precision smart bus servos for heavy payload handling.
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