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Nº de artículo:
85327362
LewanSoul Robotic Arm Kit, MaxArm for Arduino Python Programming ESP32 Open Source Smart Robot Arm with Bus Servo, Suction Nozzle, WiFi Bluetooth
Nº de artículo:
85327362
MXN 4465
Price Details
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*All items will import from Estados Unidos
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Haz tu pedido ahora y lo recibirás alrededor del Sábado, Agosto 08
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Nuestros socios logísticos principales
Unleash your creativity with the versatile MaxArm robotic arm—ideal for STEM education and open-source programming!
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Lo que Destaca
STEM Education Focus
Designed for educational purposes, the MaxArm robotic kit promotes hands-on learning in robotics and programming, perfect for students and hobbyists eager to explore technology.
Versatile Connectivity
Equipped with WiFi and Bluetooth, this robotic arm allows seamless remote control and integration with various devices, enhancing user interaction and project complexity.
Open Source Compatibility
With an open-source nature, users can customize and extend functionalities easily, fostering creativity and making it a great choice for DIY enthusiasts and advanced programmers.
Detalles de producto
| Brand Name | LewanSoul |
| Toy Figure Type | Miniature Figure |
| character | Robot Arm |
| Sub Brand | LewanSoul |
| Manufacturer Minimum Age (MONTHS) | 192.00 |
| Model Name | Starter Kit |
| Unit Count | 1.0 Count |
| Model Number | MAXARM-1 |
| Customer Package Type | FFP |
| Manufacturer Maximum Age (MONTHS) | 1200.00 |
| Manufacturer Part Number | MaxArm-1 |
| Set Name | Starter Kit |
| Age Range Description | Adult |
| Included Components | Robotic Arm |
| Item Type Name | Robotic Arm |
| Manufacturer | Hiwonder |
| Item Dimensions L x W x H | 6"L x 6"W x 10"H (15.2 x 15.2 x 25.4 cm) |
| Item Weight | 1.89 Kilograms |
| Number of Pieces | 1 |
| Size | 6.29 inches x 6.22 inches x 10.24 inches (16 x 15.8 x 26 cm) |
| Item Dimensions | 6.22 x 6.29 x 10.24 inches (15.8 x 16 x 26 cm) |
| Animal Theme | action figure |
| Theme | Science Fiction |
| Color | Green |
| Collection Name | Science Education Robot |
| Style | Starter Kit |
| Occasion | Party |
| Is Assembly Required | No |
| Additional Features | Light |
| Are Batteries Required | No |
| Is Autographed | No |
| Play Activity Location | Tabletop |
| Recommended Uses For Product | education, programming practice, robotics learning, mechanics learning |
| Indoor Outdoor Usage | Indoor |
| Educational Objective | Programming Skills |
| Operation Mode | manual, automatic |
| Power Source | External Power Supply |
| Supported Battery Types | No batteries required |
| Material Type | Aluminum |
| Outer Material | Aluminum |
| Inner Material | Aluminum |
¿Quién Debería Comprarlo?
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STEM Education
Ideal for students learning robotics, programming, and engineering principles through hands-on activities and experiments.
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Hobbyist Programmers
Enthusiasts who enjoy coding in Arduino and Python will appreciate the versatility and open-source nature of this kit.
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Tech Enthusiasts
Perfect for individuals interested in WiFi and Bluetooth connectivity for innovative project development and experimentation.
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Beginners in Robotics
May overwhelm complete beginners without prior knowledge of programming or robotics concepts, requiring foundational learning first.
DESCRIPCIÓN DEL PRODUCTO
LewanSoul Robotic Arm Kit, MaxArm for Arduino Python Programming ESP32 Open Source Smart Robot Arm with Bus Servo, Suction Nozzle, WiFi Bluetooth Connection, STEM Science Education, Starter Kit
¿Tiene alguna pregunta? Chatea con nosotros
Preguntas y respuestas de los clientes
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pregunta:
What is the MaxArm Robotic Arm Kit and its main features?
responder: The MaxArm Robotic Arm Kit is an advanced robotic arm designed for enthusiasts and learners, featuring compatibility with Arduino and Python programming. Key features include ESP32 integration for wireless communication, bus servos for precise movements, a suction nozzle for versatile manipulation, and both WiFi and Bluetooth connectivity. This makes it a powerful tool for teaching programming, robotics, and automation. Users can build, control, and program their robot arm for various applications, from simple tasks to complex robotic projects. -
pregunta:
How can I program the MaxArm Robotic Arm using Arduino?
responder: Programming the MaxArm Robotic Arm with Arduino involves using libraries specifically designed for controlling servos and the ESP32 module. Once the kit is assembled, you can upload sketches using the Arduino IDE to implement various movements, tasks, or logic operations. The open-source nature allows for a vast community contribution of codes and projects, making it a valuable learning resource. Whether for education or personal projects, mastering Arduino programming with MaxArm opens doors for innovative robotic applications. -
pregunta:
Can the MaxArm be controlled remotely?
responder: Yes, the MaxArm Robotic Arm can be controlled remotely through its WiFi and Bluetooth capabilities. This feature allows users to connect and operate the arm via their smartphones or computers, providing an interactive control experience. Ideal for projects requiring remote operation, this functionality enhances the learning experience, enabling users to explore IoT applications, data transmission, and live feedback. Users can create applications such as remote assistance, robotic demonstrations, or even interactive displays. -
pregunta:
What types of projects can I build with the MaxArm Robotic Arm?
responder: With the MaxArm Robotic Arm, the possibilities for projects are limitless. You can build applications ranging from a simple pick-and-place robot to a more complex automated assembly line. Educational projects can be developed to demonstrate robotic movements or grasping mechanics. Furthermore, hobbyists can integrate sensors for interaction or design contests and challenges showcasing creativity and technical skills. The versatility of the arm makes it an excellent platform for learning and innovation. -
pregunta:
Is the MaxArm compatible with Python programming?
responder: Absolutely! The MaxArm Robotic Arm is compatible with Python, allowing users to write scripts for advanced control and automation. Python's versatility and simplicity make it a preferred choice for many, enabling smooth coding for robotic tasks and automation routines. Users can access libraries specifically designed for the arm to streamline the programming process, making complex operations more manageable. This compatibility enriches the educational experience, allowing users to apply their coding skills in the field of robotics effectively. -
pregunta:
How strong is the suction nozzle on the MaxArm?
responder: The suction nozzle included in the MaxArm Robotic Arm Kit is designed for efficient gripping and manipulation of various lightweight objects. Its performance can depend on the motor power and the surface texture of the items being handled. Ideal for tasks such as lifting small blocks, cups, or even delicate items, it is particularly useful in educational demonstrations or hobby projects. With the effective use of suction, users can experiment with automation and grasping techniques. -
pregunta:
What are bus servos, and why are they used in the MaxArm?
responder: Bus servos are rotary actuators or motors that provide precision control of angular position. In the MaxArm, bus servos are employed to allow for smooth, coordinated movements of the robotic arm joints. This technology is superior to traditional servos as it reduces wiring complexity and enhances performance through better feedback control. Their use in the MaxArm enables users to create more intricate and nuanced movements, making projects more dynamic and realistic. -
pregunta:
Is the MaxArm suitable for beginners in robotics?
responder: Yes, the MaxArm Robotic Arm is designed to be user-friendly, making it suitable for beginners interested in robotics. The open-source nature and active community support offer a wide range of tutorials, resources, and forums to help users learn from others’ experiences. With step-by-step assembly instructions and accessible programming options, beginners can gradually develop their skills and confidence in robotics. It's an ideal starting point for those looking to explore technology hands-on. -
pregunta:
How does the WiFi/Bluetooth connection enhance the MaxArm's functionality?
responder: The WiFi and Bluetooth connectivity of the MaxArm Robotic Arm significantly enhances its functionality by enabling remote control and monitoring. This connectivity allows users to send commands and receive data wirelessly, transitioning from traditional wired setups to more versatile and innovative applications. Users can integrate the arm into smart home systems, participate in robotic competitions, or create interactive learning environments. This flexible function broadens the utilitarian scope of the robotic arm across various projects. -
pregunta:
Where can I buy the MaxArm Robotic Arm Kit?
responder: You can buy the MaxArm Robotic Arm Kit from Ubuy, which offers a reliable platform for purchasing this innovative product in Mexico. Ubuy stocks a variety of products, ensuring you can find the latest technologies and tools suited for your needs. The website provides detailed information about the kit, making it simple to make an informed decision before you buy. Experience the convenience of Ubuy when exploring robotics and smart technology.
LewanSoul Science Kits & Toys MAXARM-1 Editorial Review
The LewanSoul Robotic Arm Kit, MaxArm for ESP32, has garnered a mixed yet largely favorable reception within the tech and educational communities. It is praised for its robust features and versatility, making it an excellent option for hobbyists and educators alike. The robotic arm boasts advanced capabilities such as bus servos, WiFi and Bluetooth connectivity, and a suction nozzle, allowing it to perform a wide range of tasks—from simple automation to intricate robotics projects. One of the product's key strengths is its compatibility with Python programming. This allows users to implement extensive customization and control over the arm, which aficionados and educators find invaluable for teaching and experimentation in STEM fields. The inclusion of a comprehensive kit facilitates accessibility for beginners, while still offering enough depth to engage advanced users. Users are impressed with the arm's build quality and the potency of its servos, which contribute to smooth and precise movements. However, numerous reviews highlight a significant challenge: the lack of readily available code samples and clear instructions for live control through Python. Users have reported that while engaging the robotic arm is feasible, it often requires substantial trial and error to decipher the necessary control commands. This has led some users to characterize the MaxArm as more of a hobbyist toy than a tool suited for practical applications unless they possess a solid technical background. Those who have made it work acknowledge the potential but lament the steep learning curve, suggesting that the inclusion of proper documentation would elevate the experience. Overall, while the LewanSoul Robotic Arm Kit, MaxArm for ESP32, offers impressive features and versatility, users with limited technical skills may find themselves frustrated. Nevertheless, for tech-savvy individuals, the kit can indeed unlock a world of robotics exploration and automation potential. **
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Ventajas
- Advanced features (bus servos, suction nozzle, WiFi and Bluetooth connectivity)
- Compatibility with Python programming for extensive customization
- Robust build quality and strong servos for smooth movements
- Comprehensive kit suitable for both beginners and advanced users
- Excellent educational tool for STEM learning
Desventajas
- Lack of code samples and clear instructions for live control
Platform Trust & Buyer Confidence
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MXN 4465
Haz tu pedido ahora y lo recibirás alrededor del Sábado, Agosto 08
Este producto no está restringido en mi país. (Por favor haga click en el link de arriba si este producto no está restringido en su país, para que nuestro equipo pueda verificarlo y permitir la compra).
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Características y beneficios
- Robust design featuring link mechanism and inverse kinematics for precise movement.
- Supports Python and Arduino programming for diverse learning experiences.
- Compatible with multiple control methods, including apps, PCs, and wireless controllers.
- Expanded sensor ports for easy integration of various AI applications.
- ESP32 controller supports WiFi and Bluetooth for wireless data transmission.
- High-performance smart bus servos ensure accuracy and high payload capacity.
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