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Robot hexápodo ROS para Jetson Nano con cámara de profundidad Lidar G4, compatible con PythonCCJavascript Kit de robot de programación
BOB 11392
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JetHexa es un potente robot hexápodo que combina funciones avanzadas con un control fácil de usar para posibilidades ilimitadas en robótica.
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What Stands Out
Detalles de producto
| Dimensiones del producto ( L x W x H ) | 21 x 25 x 9 pulgadas (53,3 x 63,5 x 22,9 cm) |
| Número de modelo del artículo | 200000828:200003983 |
| Edad recomendada por el fabricante | 16 años y más |
| Fabricante | Hola |
Who Should Buy?
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Robótica Entusiastas
Ideal para aficionados que disfrutan construyendo y programando robots para el aprendizaje práctico y la experimentación.
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Instituciones Educativas
Perfecto para escuelas y universidades centradas en robótica, informática y cursos relacionados con IA.
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Desarrolladores y Programadores
Ideal para desarrolladores que buscan trabajar en proyectos que involucran IA, SLAM y navegación autónoma, utilizando múltiples idiomas.
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Principiantes en Robótica
Puede resultar abrumador para usuarios sin experiencia previa ni comprensión de conceptos de robótica y programación.
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Usuarios ocasionales
No apto para quienes buscan dispositivos sencillos y listos para usar sin necesidad de programación o montaje.
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Compradores conscientes del presupuesto
Un costo más alto puede disuadir a los usuarios con un presupuesto limitado que necesitan soluciones robóticas asequibles y más simples sin funciones avanzadas.
DESCRIPCIÓN DEL PRODUCTO
Robot hexápodo ROS para Jetson Nano con cámara de profundidad Lidar G4, compatible con PythonCCJavascript Kit de robot de programación Autoequilibrio AI Vision Mapeo SLAM y navegación autónoma, Kit avanzado JetHexa
Preguntas y respuestas de los clientes
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Pregunta:
What programming languages does the ROS Hexapod Robot support?
Respuesta: The ROS Hexapod Robot is designed to support both Python and JavaScript programming. These languages are widely used for robotics and AI applications due to their versatility and ease of use. Users can create complex algorithms, implement AI solutions, or engage in SLAM mapping using these languages. For example, beginners can start with simple motion commands in Python, while more advanced users might develop intricate behaviors integrating computer vision tasks in JavaScript. -
Pregunta:
What makes the G4 Lidar Depth Camera special for this robot?
Respuesta: The G4 Lidar Depth Camera is a pivotal component that enables the ROS Hexapod Robot to perceive its environment accurately. This camera provides depth information which is crucial for tasks like obstacle avoidance and mapping. The integration of this camera allows the robot to create a 3D map of its surroundings, enabling advanced robotics applications like autonomous navigation. This feature is especially useful in research settings, educational robotics projects, or hobbyist explorations. -
Pregunta:
Can the hexapod perform autonomous navigation?
Respuesta: Yes, the ROS Hexapod Robot can perform autonomous navigation tasks. Utilizing the capabilities of the G4 Lidar Depth Camera along with its AI vision features, it can map its environment and navigate obstacles independently. This allows users to implement skills such as path planning and obstacle detection effectively. For instance, you can program the robot to explore a room without colliding with furniture, making it suitable for various automation tasks. -
Pregunta:
Is there a community or support for users of this robot?
Respuesta: Absolutely! The ROS (Robot Operating System) community is extensive and offers a wealth of resources for learning and troubleshooting. Users can access forums, tutorials, and documentation specifically related to programming techniques and project ideas for the hexapod robot. Such community engagement can be beneficial for both novices who require guidance and seasoned users looking for innovative applications to enhance their projects. -
Pregunta:
How does self-balancing work in the hexapod design?
Respuesta: Self-balancing in the ROS Hexapod Robot is achieved through the synergy of its sensors, control algorithms, and design. The robot utilizes accelerometers and gyroscopes to maintain stability, adjusting its legs dynamically to counterbalance any shifts in weight or external forces. For example, when it stands on an inclined surface or navigates uneven terrain, these systems work together to keep the robot upright, showcasing its advanced engineering capabilities. -
Pregunta:
What kind of projects can I create with this robot kit?
Respuesta: With the ROS Hexapod Robot kit, users can undertake a variety of projects ranging from simple robotic movements to complex AI-driven tasks. You can create educational demonstrations on robotics principles, develop smart home applications, or engage in research involving computer vision and AI. For instance, students can program their hexapod to autonomously navigate a maze, thereby gaining hands-on experience with robotics technology and programming. -
Pregunta:
Does the robot come with a built-in battery or power supply?
Respuesta: The ROS Hexapod Robot is typically powered through an external battery, which is not included in the kit. Users are encouraged to choose a compatible power source based on the robot's specifications. This flexibility allows for the choice of battery size and type that meets the project's duration and power needs. Users often utilize rechargeable battery packs for longer operational periods, which is particularly useful during educational workshops or extensive testing. -
Pregunta:
What is SLAM mapping, and how does it apply to this robot?
Respuesta: SLAM, which stands for Simultaneous Localization and Mapping, enables the ROS Hexapod Robot to create a map of its surroundings while simultaneously keeping track of its position within that map. The G4 Lidar Depth Camera and onboard sensors work together to collect environmental data, allowing the robot to navigate dynamically. This technology is especially useful in scenarios such as indoor navigation, where the robot needs to explore and adapt to changing environments effectively. -
Pregunta:
Can I customize the functionalities of the hexapod robot?
Respuesta: Yes, one of the significant advantages of the ROS Hexapod Robot is its extensive customization capabilities. Users can modify existing functionalities or add new features through programming. With its support for Python and JavaScript, developers can create new behaviors, integrate additional sensors, or even build custom applications. This adaptability makes the robot suitable for research, educational projects, or personal experimentation, allowing users to tailor the robot to their specific needs. -
Pregunta:
Where can I buy the ROS Hexapod Robot for Jetson Nano in Bolivia?
Respuesta: You can buy the ROS Hexapod Robot for Jetson Nano, along with its G4 Lidar Depth Camera, from Ubuy in Bolivia. Ubuy offers a wide range of robotics products and kits, making it a top choice for your purchasing needs. The platform also features detailed product descriptions and reviews, ensuring that you make an informed decision when selecting your robotics kit.
LewanSoul Robots Editorial Review
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ventajas
- Highly versatile programming options
- Advanced AI vision capabilities
- Excellent for educational purposes
- Robust self-balancing feature
- High-quality Lidar depth camera
Contras
- Setup may take some time for beginners.
Product Price History
Información importante
- Limitaciones: Para los productos enviados al extranjero, ten en cuenta que cualquier garantía del fabricante puede no ser válida; las opciones de servicio del fabricante pueden no estar disponibles; los manuales del producto, las instrucciones y las advertencias de seguridad pueden no estar en los idiomas del país de destino; los productos (y los materiales que los acompañan) pueden no estar diseñados de acuerdo con las normas, especificaciones y requisitos de etiquetado del país de destino; y los productos pueden no ajustarse al voltaje del país de destino y a otras normas eléctricas (lo que requiere el uso de un adaptador o convertidor, si procede). El destinatario es responsable de asegurarse de que el producto puede ser importado legalmente al país de destino. Cuando hagas un pedido a Ubuy o a sus filiales, el destinatario es el importador registrado y debe cumplir todas las leyes y normativas del país de destino.
- No todos los productos que aparecen en Ubuy están a la venta, ya que Ubuy es un motor de búsqueda a nivel mundial. Los productos están sujetos a las normas de exportación/comercio.
BOB 11392
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Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.
características y beneficios
- Desarrollado por NVIDIA Jetson Nano B01 para informática de alto rendimiento.
- Admite el Sistema Operativo Robot (ROS) para capacidades de programación versátiles.
- Cuenta con funcionalidades avanzadas de IA como aprendizaje profundo, procesamiento de imágenes y evitación dinámica de obstáculos.
- Control fácil de usar a través de la aplicación WonderAi para iOS y Android, así como las opciones de PC y manejo inalámbrico.
- Equipado con cámara de profundidad 3D y Lidar para navegación y mapeo precisos.
- Patrones de movimiento personalizables con ángulos ajustables para una máxima maniobrabilidad.