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10 Best Robotics Kits 2025 in the United States

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Our Top Picks

#1

Winner

Makeblock mBot2 Rover Emo Robot Programming for Kids, Interactive Robotics Kit Learning and Outdoor Play, Remote Control Coding for Kids 8-12 and up, STEM Educational Building Toys Gifts

Rating
10.0
Chosen by1,234
Skill Level
Type of Projects
Programming Language

Most important from
932 reviews

Skill Level
Building the robot took about 40 minutes, and while the instructions were a bit tricky for kids, the preprogrammed components made setup straightforward.
Type of Projects
This kit transforms learning into a memorable bonding experience, combining hands-on assembly with coding that boosts confidence and excitement.
Programming Language
Watching the robot come to life through programming creates an engaging and rewarding experience for both kids and adults.

The Makeblock mBot2 Rover Emo Robot is a versatile and engaging robotics kit designed for kids aged 8 to 12 who are new to building and coding. It offers a smooth learning curve, starting with a basic robot assembly and advancing to a more complex rover, which keeps kids challenged and entertained as they progress. The kit supports programming through the mBlock app, which is user-friendly and lets kids move from simple Scratch coding to Python, making it suitable for beginners and those ready to dive deeper into coding.

One standout feature is the robot’s interactive personality—it can dance, play music, and even express emotions, which makes learning feel playful rather than purely educational. The rover’s robust build and powerful drive system allow it to handle outdoor terrains, encouraging exploration beyond indoor play. The kit comes with numerous coding lessons and projects that align with STEM education standards, helping kids develop problem-solving and mechanical skills while having fun. It also benefits from an active online community and customer support, which is great for troubleshooting and inspiration.

On the downside, the robot weighs nearly 9 pounds and requires a lithium-ion battery, which might be a consideration for portability and charging. Some users may find the initial assembly and coding interface a bit challenging without adult guidance, especially younger children closer to the lower age limit. This kit is best suited for families looking for an educational gift that combines hands-on building, coding, and outdoor play. It encourages creativity and learning in a way that can grow with the child’s skills, making it a solid pick for STEM beginners aiming to explore robotics in an interactive and fun way.

Rating
10.0
Chosen by1,234
Skill Level
Type of Projects
Programming Language

Most important from
932 reviews

Skill Level
Building the robot took about 40 minutes, and while the instructions were a bit tricky for kids, the preprogrammed components made setup straightforward.
Type of Projects
This kit transforms learning into a memorable bonding experience, combining hands-on assembly with coding that boosts confidence and excitement.
Programming Language
Watching the robot come to life through programming creates an engaging and rewarding experience for both kids and adults.
#2

LEGO Technic NASA Mars Rover Perseverance Building Toys - STEM Model Kit for Boys & Girls, Ages 10+ Years - Gifts for Christmas - Detailed Set for Display - 42158

Rating
8.2
Support and Community

Most important from
1129 reviews

Support and Community
The AR app enhances the educational value, making it fun for both kids and adults.

The LEGO Technic NASA Mars Rover Perseverance Advanced Building Kit is tailored for young enthusiasts aged 10 and up, focusing on science and engineering. It offers an engaging project, simulating the challenges of space exploration with a detailed model of the Mars Rover and its companion, the Ingenuity helicopter. This kit is particularly appealing for those fascinated by space technology and engineering, nurturing a deeper interest through an interactive build.

In terms of skill level, the kit is designed for advanced builders but is accessible to younger audiences with a keen interest in engineering. While it doesn’t involve traditional programming, it offers a hands-on experience that encourages problem-solving and creativity as kids assemble the intricate parts. The inclusion of movable components, such as 360° steering and articulated suspension, adds to the educational value, illustrating real-world engineering principles.

The augmented reality app is a notable feature that enhances the learning experience by offering insights into the rover's mission and components, bringing the project to life. The absence of programmable components or sensors might limit its appeal for those looking for a robotics kit with coding opportunities and high-tech interaction. The kit is somewhat limited in terms of expandability; it is primarily a standalone model rather than a modular system that can easily integrate with other robotics parts or kits. LEGO’s strong community support and widespread user base are significant advantages, offering ample resources for assistance and idea sharing.

Rating
8.2
Support and Community

Most important from
1129 reviews

Support and Community
The AR app enhances the educational value, making it fun for both kids and adults.
#3

Makeblock mBot Ultimate 10 in 1 Robot Building Toys, Robotics Kit App Remote Control Robot Toys Compatible with Arduino C & Raspberry Pi, STEM Educational DIY Robotics for Kids Ages 12-16

Rating
8.2
Type of Projects
Components and Sensors

Most important from
194 reviews

Type of Projects
Great product! Well-made components! Our 12-year-old son built a cool mbot the very next day!
Components and Sensors
One of the best products for kids who are interested in mechanics. Sturdy built quality is excellent.

The Makeblock mBot Ultimate 10 in 1 Robot Building Kit stands out as a versatile choice for those interested in robotics, particularly for teenagers and adults who enjoy hands-on projects. With over 160 mechanical parts and electronic modules, it allows users to build ten different robot models, ranging from a robot arm to an RC tank, catering to various project interests. This flexibility makes it ideal for educational purposes, especially in STEM environments, as it encourages creativity and problem-solving skills.

A significant strength is its support for multiple programming languages. Beginners can use the intuitive Scratch block-based programming, while those with more experience can dive into Arduino IDE and even integrate Raspberry Pi for Python programming. This inclusivity makes it appealing for users at different skill levels, ensuring that both newbies and seasoned coders find value in the kit.

The construction quality is commendable, with industrial-grade aluminum alloy parts that are both lightweight and durable. This ensures that the robots built from this kit can withstand the wear and tear of frequent use, which is essential for long-term enjoyment. The Makeblock mBot Ultimate is a strong contender in the robotics kit category, particularly well-suited for educational contexts, making it a thoughtful gift for birthdays or holidays aimed at fostering a love for technology and engineering.

Rating
8.2
Type of Projects
Components and Sensors

Most important from
194 reviews

Type of Projects
Great product! Well-made components! Our 12-year-old son built a cool mbot the very next day!
Components and Sensors
One of the best products for kids who are interested in mechanics. Sturdy built quality is excellent.

Buying Guide for the Best Robotics Kits

Choosing the right robotics kit can be a fun and educational experience, whether you're a beginner or an experienced hobbyist. The right kit can help you learn about electronics, programming, and engineering in an engaging way. To make the best choice, consider your skill level, the complexity of the projects you want to undertake, and the specific features of the kits available. Here are some key specifications to consider when selecting a robotics kit.
Skill LevelSkill level indicates how complex the kit is and how much prior knowledge is required to use it. Kits are often categorized as beginner, intermediate, or advanced. Beginner kits are designed for those with little to no experience and usually come with detailed instructions and pre-programmed components. Intermediate kits may require some basic knowledge of electronics and programming, offering more customization and complexity. Advanced kits are for those with significant experience and often involve more intricate assembly and programming. Choose a kit that matches your current skill level to ensure a rewarding experience.
Type of ProjectsThe type of projects you want to work on will influence the kind of kit you should choose. Some kits are designed for building specific types of robots, such as wheeled robots, drones, or robotic arms, while others are more versatile and allow for a variety of projects. If you have a particular interest, such as building a robot that can navigate obstacles or one that can perform specific tasks, look for a kit that supports those projects. Versatile kits are great for those who want to experiment with different types of robots.
Programming LanguageRobotics kits often require programming to bring the robots to life. The programming language used can vary from kit to kit. Some common languages include Scratch, Python, and C++. Scratch is a visual programming language that is great for beginners and younger users. Python is user-friendly and widely used in education and industry, making it a good choice for intermediate users. C++ is more complex but offers greater control and efficiency, suitable for advanced users. Choose a kit that uses a programming language you are comfortable with or willing to learn.
Components and SensorsThe components and sensors included in a robotics kit determine what the robot can do. Basic kits might include simple motors and wheels, while more advanced kits could have a variety of sensors such as ultrasonic, infrared, or touch sensors, as well as cameras and advanced microcontrollers. These components allow the robot to interact with its environment in more sophisticated ways. Consider what kind of interactions and functionalities you want your robot to have and choose a kit that includes the necessary components.
ExpandabilityExpandability refers to the ability to add more components or upgrade the kit as your skills and interests grow. Some kits are designed to be modular, allowing you to easily add new sensors, motors, or other parts. This is important if you want to continue developing your robotics skills and take on more complex projects in the future. Look for kits that offer expansion packs or are compatible with widely available components.
Support and CommunityHaving access to good support and a community can be very helpful, especially if you are new to robotics. Some kits come with extensive documentation, tutorials, and customer support. Additionally, a strong online community can provide valuable resources, such as forums, user groups, and project ideas. This can make the learning process easier and more enjoyable. Check if the kit you are considering has a good support system and an active community.

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