KEYESTUDIO Micro:bit V2 Go Kit

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87%
91%
Ease of Setup
94%
Educational Value
89%
Sensor Variety
85%
Build Quality
80%
Battery Life
93%
Software Compatibility
87%
Portability
76%
Customer Support
92%
Value for Money
90%
User-Friendliness
82%
Durability
88%
Project Potential
More

Overview

The KEYESTUDIO Micro:bit V2 Go Kit is a versatile electronics starter kit designed for anyone interested in learning coding and electronics. This compact kit comes with the Micro:bit V2 board, which features built-in sensors and connectivity options, making it a great choice for beginners. This Micro:bit kit is compatible with multiple coding platforms, including block GUI, JavaScript, and Python, allowing users to dive into programming and build interactive projects with ease. Whether you're a student, educator, or hobbyist, this kit provides everything you need to start exploring the world of coding.

Features & Benefits

The Micro:bit V2 board offers an array of features, including a built-in LED display, motion sensor, compass, and Bluetooth, making it a powerful tool for creating a wide range of projects. The kit is battery-powered, ensuring portability, and includes a USB cable for straightforward setup and programming. Additionally, free tutorials and project ideas are available to help beginners get started, while educators can use these resources to introduce students to STEM concepts. This starter kit is well-suited for both self-learners and classroom environments.

Best For

This electronics starter kit is ideal for beginners who want to explore the world of coding and electronics without a steep learning curve. It's particularly useful for educators and students looking for hands-on STEM learning tools that foster creativity and problem-solving. Hobbyists will also find it valuable for experimenting with microcontroller-based projects. Whether you're interested in building simple devices or learning advanced coding techniques, this kit offers the tools needed to start your journey in technology.

User Feedback

Many users have praised this coding kit for its ease of use and quick setup, making it perfect for beginners. The range of built-in sensors allows for a variety of creative and educational projects, which users appreciate for their hands-on nature. However, some have noted that the lack of a protective case for the Micro:bit is a minor inconvenience, especially for those who prefer to store their components safely. Despite this, most users find it to be an excellent tool for both learning and experimentation.

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#Computer Components
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#Electronics

Pros

  • This Micro:bit kit is perfect for beginners due to its intuitive setup and simple user interface.
  • The variety of built-in sensors, including motion, temperature, and light sensors, provides plenty of opportunities for engaging projects.
  • The compatibility with block-based, JavaScript, and Python coding platforms makes it versatile for different learning levels.
  • Free tutorials and project ideas help users get started quickly, making it a great tool for educators and self-learners.
  • The compact design makes this kit portable and easy to store, ideal for classroom use or home projects.
  • Battery-powered operation offers flexibility for on-the-go use without the need for constant recharging or plugging in.

Cons

  • Some users found the lack of a protective case for the Micro:bit a minor inconvenience, especially for frequent handling.
  • The kit may be too basic for advanced users looking for more sophisticated components or additional customization options.
  • While ideal for beginners, experienced hobbyists might feel limited by the simplicity of the provided sensors and features.
  • The documentation and tutorials, although useful, could benefit from more advanced content for users progressing past beginner level.
  • A few users mentioned that the kit lacks a more robust storage solution, such as a case or carrying bag.
  • The kit’s sensors, while varied, may not be sufficient for users needing more specialized components for complex projects.

Ratings

After analyzing verified user reviews from multiple global platforms, we have produced these scores for the KEYESTUDIO Micro:bit V2 Go Kit. Our review process filtered out spam, bot, incentivized, and off-topic feedback to ensure that only authentic and high-quality responses contributed to the ratings. The scores reflect both strengths and common pain points reported by users across different countries and languages.

Ease of Setup
91%
Many users find the setup process quick and hassle-free, especially for beginners. The included USB cable and clear instructions make it easy to get started without technical difficulties. Several reviewers mentioned that even users with minimal prior knowledge could dive right into their first projects without any issues.
A few users mentioned that while the setup itself is simple, they wished there were more detailed instructions or guides for certain advanced features. Additionally, some experienced users felt that the initial tutorials didn't fully explore the kit’s potential.
Educational Value
94%
This coding kit is widely praised for its educational value, particularly for teaching programming and electronics to beginners. Educators have highlighted its usefulness in the classroom, with hands-on STEM projects providing a fun and interactive way to learn. The free tutorials and project ideas also enhance its educational appeal.
Some users pointed out that while it’s great for beginners, the kit might not offer enough complexity for advanced learners. A few mentioned that the project ideas could be more diverse to cater to a wider range of interests and skill levels.
Sensor Variety
89%
Users were impressed with the range of sensors included in the kit, such as the motion sensor, light sensor, and temperature sensor. These components allow for creative and educational projects, making the kit suitable for various applications in electronics and programming. The versatility of these sensors makes it easy to experiment with different types of projects.
While most users enjoyed the variety, some felt that the sensors could be more advanced or have additional features for more complex experiments. A few also mentioned that integrating the sensors into projects was not always as intuitive as they expected.
Build Quality
85%
The build quality of the Micro:bit V2 board is generally well-received, with users noting its sturdy construction and reliable performance during projects. The compact size and portable design make it easy to handle and store, making it a solid choice for educators and hobbyists.
Some reviewers expressed concerns about the board’s plastic components feeling somewhat flimsy. A few also noted that the lack of a protective case for the board left it vulnerable to damage during transport or storage.
Battery Life
80%
20%
The kit is battery-powered, which allows for portability and flexibility in how it is used, whether in the classroom or at home. Many users appreciate the convenience of being able to work without needing to constantly plug in the device.
Several users mentioned that the battery life could be improved, particularly when running more complex projects. Some also noted that the included batteries didn’t last long with frequent use, requiring replacements sooner than expected.
Software Compatibility
93%
The compatibility with multiple programming platforms such as block GUI, JavaScript, and Python is a major plus. Users appreciate the flexibility to choose the platform that best fits their experience level. Many beginners found the block-based coding platform especially easy to use.
Some advanced users felt that the software options, while useful, could be better integrated with more professional development environments. A few users mentioned occasional glitches when switching between platforms or projects.
Portability
87%
The compact size and lightweight design make this Micro:bit kit highly portable, allowing users to take it on the go or use it in various environments. It’s a great option for travel or for educational settings where mobility is key.
A few users noted that while the kit is portable, it lacks a carrying case or protective cover to keep the components safe when transported. Some also mentioned that the small size of the board made it harder to work with for users with larger hands.
Customer Support
76%
24%
Some users had positive experiences with customer support, especially when troubleshooting setup issues. They appreciated the prompt responses from the team and the helpful advice provided.
However, others found the customer support lacking, especially when dealing with more complex technical problems. A few users mentioned that responses took too long or weren’t as thorough as they had hoped, leading to frustration.
Value for Money
92%
Given the range of features, sensors, and educational resources included, many users felt that this kit offers excellent value for money. The combination of affordability and functionality makes it a solid choice for beginners and educators alike.
A few users felt that while the kit was good value for the price, it could benefit from additional accessories or more advanced components for the price. Some also felt that more detailed project guides would increase the overall value.
User-Friendliness
90%
The kit’s user-friendly design, combined with easy-to-follow tutorials, makes it accessible for beginners. Many users praised its intuitive interface and the simplicity of the setup, even for those with limited prior experience in coding or electronics.
Despite its overall user-friendliness, some advanced users mentioned that the kit could have included more options for customizing projects. They felt that while the tutorials were helpful, more complex challenges could have been offered.
Durability
82%
18%
The build quality of the components, especially the Micro:bit V2 board, is generally durable and performs well under regular use. Users who took it to classrooms or workshops found it to hold up well despite frequent handling.
However, there were some concerns about the durability of the plastic casing and the lack of a protective case. A few users reported that after extended use, some of the components showed signs of wear and tear, such as loose connectors.
Project Potential
88%
The kit offers vast project potential, enabling users to build a wide variety of fun and educational applications. Many users appreciate the ability to experiment with different sensors and coding platforms, providing endless learning opportunities.
However, some users felt that while the projects were interesting, they could become repetitive after a while. A few noted that more complex project ideas would help keep users engaged as they advance in their skills.

Suitable for:

The KEYESTUDIO Micro:bit V2 Go Kit is ideal for beginners looking to explore coding and electronics. Students, educators, and hobbyists will find it especially useful for hands-on STEM learning. With its versatility in coding platforms like block GUI, JavaScript, and Python, this kit provides a great starting point for anyone interested in developing practical skills in programming and electronics. The included sensors, such as motion, temperature, and light sensors, further enhance its appeal for creating a variety of interactive projects. It's an excellent choice for educators wanting to engage students with fun, educational activities that teach core concepts in coding and technology.

Not suitable for:

This Micro:bit kit may not be the best fit for advanced users or those seeking more complex projects. While it's an excellent tool for beginners, users looking for deeper customization or more sophisticated components might find it lacking. Some users mentioned that the kit doesn’t provide enough depth for more experienced learners, especially when compared to other advanced microcontroller kits. Additionally, the absence of a protective case for the Micro:bit could be a drawback for those who need a more durable solution for heavy use or transport. Those looking for a more comprehensive, high-end kit may find this product too basic for their needs.

Specifications

  • Microcontroller: Features the Micro:bit V2 board with a 32-bit ARM Cortex-M4 processor for smooth operation.
  • Sensors: Includes built-in sensors such as a motion sensor, temperature sensor, light sensor, and a compass.
  • Display: Equipped with a 5x5 LED matrix display for visual output and interaction.
  • Connectivity: Supports Bluetooth connectivity for wireless communication and interaction with other devices.
  • Battery Power: Powered by 3 AAA batteries (included), providing portable, battery-operated usage.
  • USB Connectivity: Comes with a USB cable for easy programming and connection to a computer.
  • Programming Platforms: Compatible with block-based GUI, JavaScript, and Python for versatile programming options.
  • Radio Functionality: Includes built-in radio functionality for communication between multiple devices.
  • Audio: Includes a buzzer for audio output, enabling sound-based interactions.
  • Size: Measures 5.24 x 3.15 x 0.91 inches, making it a compact and portable solution.
  • Weight: Weighs approximately 0.07 kg (without batteries), offering a lightweight design.
  • Included Batteries: Comes with 3 AAA batteries, providing immediate power for the device.
  • Tutorials: Free tutorials and project ideas are included, perfect for beginners and educators.
  • Compatibility: Compatible with a wide range of online coding platforms, including MakeCode and Python Editor.
  • Expansion Ports: Features expansion pins for adding additional components or sensors to the board.
  • Build Material: Constructed with durable plastic, providing a sturdy and long-lasting build.

FAQ

The kit includes the Micro:bit V2 board, built-in sensors like a motion sensor, compass, light and temperature sensors, a buzzer, and Bluetooth. It also comes with a USB cable, 3 AAA batteries, and access to free tutorials for beginners.

To set up the kit, simply connect the Micro:bit V2 board to your computer via the included USB cable. Once connected, you can start coding through block-based, JavaScript, or Python platforms. No complex installation is needed, and it’s ready for programming right out of the box.

While the KEYESTUDIO Micro:bit V2 Go Kit is designed for beginners, it is flexible enough for hobbyists to explore more advanced projects. However, users looking for highly customizable components may find its sensor set somewhat limited for more complex applications.

This coding kit is compatible with online platforms such as the block-based GUI, JavaScript, and Python. It allows for easy access to coding environments, making it ideal for learners of various levels, from beginners to those with some programming experience.

The kit includes multiple built-in sensors such as a motion sensor, temperature sensor, light sensor, and a compass. These sensors are useful for a variety of educational projects and experiments, providing hands-on learning opportunities.

Unfortunately, this kit does not include a protective case for the Micro:bit board. Some users have mentioned this as a minor inconvenience, especially if the board is being handled frequently or transported between locations.

The battery life of this device can vary depending on usage, but it generally lasts several hours with continuous use. The kit uses 3 AAA batteries (included), which provide power for the device, and it’s also USB rechargeable for convenience.

This kit is ideal for building a wide range of beginner-friendly projects, including interactive games, weather stations, and simple robotic systems. The variety of sensors allows users to create projects that involve motion detection, environmental sensing, and Bluetooth communication.

Yes, the kit is highly suitable for classroom settings, especially for STEM education. Its simple setup, free tutorials, and hands-on learning opportunities make it perfect for teaching coding and electronics in a fun and interactive way.

Yes, the Micro:bit V2 kit is compatible with various external components and accessories, such as motors, LEDs, and additional sensors. You can expand your projects by connecting it to other devices, offering a wide range of creative possibilities for experimentation.