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About Robotics Platforms
Robotics platforms provide the foundation for robot development and research. They typically combine mechanical systems, motors, sensors, controllers, onboard computing, batteries, and software frameworks into a single expandable system.
Modern robotics platforms can be used for autonomous navigation, artificial intelligence, machine vision, manipulation, human-robot interaction, education, and advanced research. Many platforms also support ROS or ROS 2, allowing developers to work with industry-standard robotics tools.
Choosing a Robot
Select the right platform based on your use case, budget, payload, and software needs.
ROS Support
Understand ROS and ROS 2 compatibility before choosing a robotics platform.
Expansion
Learn about sensors, accessories, controllers, interfaces, and hardware upgrades.
Research & Education
Find platforms suitable for universities, laboratories, classrooms, and development teams.
Frequently Asked Questions
A robotics platform is a complete or semi-complete robot system designed for education,
research, development, or prototyping. It may include a mechanical frame, motors, sensors,
controllers, batteries, software, and expansion interfaces.
Start by defining your use case: education, research, inspection, manipulation, navigation,
AI development, or prototyping. Then compare mobility type, payload, sensors, battery life,
ROS support, programming environment, available documentation, and expansion options.
For beginners, the best platform is usually one with strong documentation, safe operation,
simple programming options, and a large user community. Educational robots, small mobile robots,
Arduino-compatible robots, Raspberry Pi robots, and ROS-ready starter platforms are often good choices.
Many research and development platforms support ROS or ROS 2, but compatibility depends on the
specific robot, controller, sensors, and software package. Always check the product page before
ordering, especially if your project requires a specific ROS version.
Educational robots are usually designed for learning, classroom use, and beginner-friendly programming.
Research robots are typically more configurable, expandable, and powerful, making them suitable for
advanced robotics, AI, SLAM, navigation, manipulation, and sensor integration projects.
In many cases, yes. Some platforms include expansion ports, mounting points, GPIO, USB, Ethernet,
CAN, I2C, UART, or dedicated payload interfaces. Before adding hardware, check power requirements,
mounting compatibility, communication interfaces, and software support.
Check the robot size, payload, runtime, operating environment, software compatibility, available SDKs,
ROS support, documentation, spare parts, battery and charger requirements, shipping restrictions,
and whether accessories are included or sold separately.
Yes. If you are unsure which platform is best for your project, contact RoboSavvy with your application,
budget, preferred software environment, payload requirements, and any sensors or accessories you plan to use.
Related FAQ Categories
Need help choosing a robotics platform?
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