Los clientes de DigiKey en Estados Unidos pueden elegir entre una amplia gama de opciones de entrega rápidas y fiables, con tarifas de envío que comienzan desde tan bajas como $4.99.
Cuenta de crédito para instituciones y empresas calificadas
Pago por adelantado a través de transferencia bancaria
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Tiempo promedio de envío de 1 a 3 días. Consulte la página de productos, carrito y pago para estimar la velocidad del envío actual.
Se pueden aplicar cargos adicionales de envío.
Para obtener más información, visite Ayuda y soporte
One of the things I love most about OpenSauce is that it is not just about seeing cool technology. It is about finding projects that make you want to go home and build something of your own.
If you've ever stood in front of a classroom full of students while an XRP robot starts driving in unexpected circles and you're not entirely sure why — this post is for you.
This project is a modification to the standard XRP chassis that ships with the kit.
Explore the WPI XRP Medal Challenge and create unique robotics builds with sensors, extensions, and maker creativity for hands-on innovation.
Build a low-latency XRP robot control system using ESPHome and a UART WiFi bridge. Stream sensors, control motion, and integrate with Home Assistant.
Discover how the XRP robot brings affordable robotics and AI education to classrooms with scalable curriculum and EDU discounts.
Combine LiDAR sensing and game controller input to create an XRP robot that navigates safely while providing haptic feedback alerts.
In this tutorial, we’ll demonstrate how to set up a communication channel between a ROS 2 node running on a Raspberry Pi and an Arduino-compatible microcontroller to control a simple robot.
In this tutorial, we take the next step and create a complete system using both TF2 broadcasters and listeners.
In this tutorial, we begin working with TF2, the ROS 2 library that handles coordinate transformations.
In this tutorial, we’ll explore how ROS 2 launch files simplify node orchestration.
In this tutorial, we'll explore how to use parameters in ROS 2 to dynamically configure nodes.
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