Skip to main content Skip to search Skip to navigation

TurtleBot 4

Clearpath Robotics Turtlebot 4 - Official ROS2.0 Reserach & Educational Platform

Description

The Turtlebot 4 is produced by Clearpath Robotics from Canada and operated under the OSRF (Open Source Robotics Foundation), as an official ROS 2.0 development platform. Like the Turtlebot 1, this robot is again based on a chassis from iRobot®, the so-called Create® 3 platform.

Like its predecessors, the new TB4 is delivered with an extensive software base, which should offer a quick and easy entry into ROS, especially the ROS 2.0 framework. Thus, in addition to a complete SLAM & Navigation Stack, also a very good Gazebo simulation can be profited from. Because of this, fewer Turtlebots can be used for teaching at the beginning, since the simulation environment can also be used for theoretical content at first.

Differences between Turtlebot4 Lite & Pro

The three biggest differences of the TB4 Pro compared to the TB4 Lite, are as follows:

  • TB4 Lite is a kit, where the TB4 Pro comes fully assembled.
  • TB4 Lite uses an OAK-D Lite, whereas the TB4 Pro uses an OAK-D Pro -The SLAMTEC LiDAR is installed/present in both platforms.
  • TB4 Plates for mounting of additional equipment

Specifications

Delivery Content

  • Turtlebot 4 (Create® 3, Raspberry Pi 4, LiDAR, 3D-Camera & Accessories)
  • Docking station

Reviews

Write the first review for this item and help others make a purchase decision!

There are no reviews yet.

PDF (1)

Clearpath Robotics Turtlebot4 Datasheet | MYBOTSHOP

Version 
from
€ 1.749,00
incl. 19% VAT , plus shipping costs
  • Available immediately

Forum

Diskutieren Sie Themen zum Dynamic Gat Planning, mobile Manipulation, SLAM, Navigation & HRI. Alles ROS 1.0 & 2.0 basierend, Open Source und vollkommen kostenlos

zum Forum

Docs

Erhalten Sie Zugriff auf alle unserer Open Source Projekte! Dokumentation aller ROS basierter Roboter & Systeme. Code Snippets, Manuals & Anwendungsbeispiele.

zu den Docs

Entwicklungs-
boards

Nahezu jedes Robotik.- oder allgemein Elektronikprojekt benötigt eine gewisse Logik. Diese Logik kann entweder durch aktive Bauelemente oder ganze Entwicklungsboards erreicht werden.