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Robot ROSMASTER X1 ROS Standard (Jetson nano 4GB)

Robot ROSMASTER X1 ROS Standard (Jetson nano 4GB)

ROSMASTER X1 is a mobile robot with all-wheel drive and a pendulum suspended chassis based on the ROS robot operating system. It supports Jetson NANO and Raspberry Pi 5 development boards.

$6.18

USD · Оптовые цены

В наличииДостаточно на складе

Категории:

1

Сертификаты

CEFCCRoHS

Доставка 7-14 дней

DHL/FedEx/UPS/авиа/море

Оригинал гарантирован

Официальные поставщики

Полный пакет документов

ECCN, CO, CI, PL, EUS docs

Поддержка 24/7

До и после продажи

Экспортный контроль

EAR99
Код ECCNEAR99
КлассификацияНе в контрольном списке (низкая чувств.)
РегионыВесь мир (кроме стран под санкциями OFAC)
Уровень клиентаВсе покупатели
ЛицензияНе требуется (NLR)

AI уверенность 90% · NLR — Лицензия не требуется. Рекомендуется заявление о конечном использовании.

Программа лояльности

Бронза
3%
$0k+
Серебро
6%
$10k+
Золото
10%
$50k+
Бриллиант
15%
$200k+

Скидка по уровню суммируется с оптовыми ценами

Order the ROSMASTER X1 ROS Standard robot on the Jetson nano platform with 4GB of RAM!

The ROSMASTER X1 ROS Standard robot is a device equipped with modern programming solutions. First of all, this is ROS (Robot Operating System) and the Jetson Nano 4GB platform. They allow you to create functionality in the field of artificial intelligence and autonomous navigation. Let's look at its purpose and functionality in more detail.

Purpose and functionality

The robot is designed to perform a variety of robotics-related tasks. It can be used for both teaching and research in the field of autonomous systems. Its main goal is to ensure a high degree of autonomy for the robot when performing various missions.

1. Jetson Nano 4GB. Provides high computing power and supports work with neural networks. This allows the robot to process data in real time with ease. He will be able to make effective decisions while navigating and interacting with the environment.   

2. ROS is a popular framework for robot software development. The system allows you to easily control the robot and exchange data between various nodes of the system. And also plan paths and manipulate the robot using a wide range of tools and libraries.

3. Offline navigation. The robot has the ability to navigate autonomously through the use of various sensors. These include lidars, cameras and infrared sensors. The robot can create maps of the environment, plan optimal routes and avoid obstacles.

4. Training and research. Thanks to its flexibility and power, ROSMASTER X1 can be used to train students and researchers. It is indispensable as a tool for studying robotics, machine learning, computer vision, etc. With it, you can create and test various algorithms and models in practice.

Order educational robots in the COPTERPARTS online store. We have a large selection of components and finished robots of any specificity.

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