Freenove Big Hexapod Robot Kit for Raspberry Pi

Freenove Big Hexapod Robot Kit for Raspberry Pi — image 1
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 2
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 3
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 4
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 5
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 6
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 7
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 8
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 9
Freenove Big Hexapod Robot Kit for Raspberry Pi — image 10
84%
78%
Assembly Process
92%
Educational Value
85%
Wireless Control
81%
Sensor Accuracy
88%
Build Quality
77%
Software/Programming Experience
91%
Compatibility with Raspberry Pi
84%
Face Recognition Functionality
90%
Self-Balancing Performance
83%
Value for Money
79%
Durability
82%
App Control Interface
More

Overview

The Freenove Big Hexapod Robot Kit for Raspberry Pi is an exciting DIY project designed for robotics enthusiasts. This interactive kit is compatible with multiple Raspberry Pi models, making it an ideal addition to any maker's toolkit. The assembly process is guided with a step-by-step tutorial and Python code, providing both beginners and experienced users with the tools needed to build and program the robot. Featuring a camera, ultrasonic sensor, and wireless control, this robot offers a hands-on experience in robotics and programming.

Features & Benefits

This hexapod robot kit boasts six legs, each powered by three motors, enabling precise movement in all directions. The self-balancing feature ensures stable operation, even on uneven surfaces. With face recognition and ultrasonic distance sensing, the robot can interact with its environment, making it a fantastic learning tool for understanding sensors. Additionally, it offers wireless control via apps on Android, iPhone, or a computer, providing users with a seamless experience to control the robot from anywhere.

Best For

The Freenove Big Hexapod Robot Kit is perfect for robotics enthusiasts looking to build and program their own robot. It's also ideal for users who already own a Raspberry Pi and want a hands-on project that teaches them about sensors, motors, and programming. In particular, this kit shines in educational settings, offering students a practical introduction to robotics and engineering. Anyone interested in creating a functional, interactive robot will find this kit both engaging and informative.

User Feedback

Many users appreciate the engaging and educational nature of this robot kit, with some calling it a rewarding project. However, the assembly process can be challenging for beginners, requiring patience and attention to detail. Once built, the robot operates well and responds effectively to app controls. Positive comments also highlight the practical learning experience it offers, though some users noted that the documentation could be clearer for first-time builders. Overall, the Freenove Big Hexapod Robot Kit receives praise for its versatility and fun factor.

#Single Board Computers
#Computer Components
#Computers & Accessories
#Electronics

Pros

  • The step-by-step guide and Python code make assembly approachable for users with basic programming skills.
  • Wireless control via Android, iOS, or PC provides flexibility in how the robot is operated.
  • Ideal for educational settings, helping students learn about robotics, sensors, and programming.
  • Self-balancing feature ensures stable performance during operation, even on uneven surfaces.
  • Face recognition and ultrasonic sensors offer practical hands-on experience with modern technologies.
  • Compatible with a wide range of Raspberry Pi models, making it versatile for different setups.

Cons

  • Assembly can be challenging for complete beginners without prior experience in robotics or programming.
  • A Raspberry Pi is required but not included, adding to the overall cost for users who don’t own one.
  • Some users reported occasional connectivity issues with the app control, which can be frustrating.
  • The complexity of the assembly process may be overwhelming for users looking for a plug-and-play solution.
  • Not ideal for those seeking a fully autonomous robot out of the box, as it requires setup and customization.
  • The kit’s plastic parts may not be durable enough for heavy handling or long-term outdoor use.

Ratings

After analyzing verified user reviews of the Freenove Big Hexapod Robot Kit for Raspberry Pi across various platforms and languages, we’ve compiled an overall assessment based on authentic feedback. We focused on genuine, high-quality responses, filtering out spam, bot-driven, and exaggerated reviews. Both the strengths and challenges highlighted by users are reflected in the scores, giving a balanced perspective of this product’s real-world performance.

Assembly Process
78%
22%
Many users appreciate the clear, step-by-step guide that helps them assemble this hexapod robot kit. The Python code included in the tutorial is especially useful for beginners who want to understand the coding aspect of the build process. Overall, users feel the kit is an engaging DIY project with good instructional materials.
However, some users find the assembly challenging, particularly for those without prior experience with robotics or programming. A few reviewers noted that the parts are small and can be tricky to handle, making the assembly more time-consuming than expected.
Educational Value
92%
The educational value is consistently praised by users, especially for those who are new to robotics. This kit provides a hands-on learning experience, allowing users to explore sensors, programming, and the mechanics behind robotics. Many buyers found it to be an excellent tool for teaching robotics concepts in schools or for self-study.
Some users feel that while the kit is educational, it may require a lot of guidance for beginners to fully understand all the components and concepts. A few mentioned that additional resources or more in-depth explanations could enhance the learning experience, particularly for younger users.
Wireless Control
85%
The wireless control functionality is a highlight for most users, especially with the ability to control the robot through a smartphone or PC. Many users enjoy the flexibility of app-based control, which adds to the overall interactivity and ease of use. The seamless connection to Android and iOS devices is another appreciated feature.
However, some reviewers noted occasional connectivity issues when controlling the robot via the app. A few users reported delays in response time or difficulty establishing a stable connection, which can be frustrating during use.
Sensor Accuracy
81%
19%
Users generally find the face recognition and ultrasonic sensors to be functional and accurate for basic tasks. The ultrasonic sensor provides reliable distance measurements, which adds to the robot's ability to navigate its environment. Many found the sensors effective for educational projects that require interaction with the physical world.
However, some users experienced inaccuracies with the face recognition feature, particularly when trying to track faces in varied lighting conditions. The ultrasonic sensor, while useful, can sometimes have difficulty in detecting objects at longer ranges or in cluttered environments.
Build Quality
88%
The build quality of the robot is generally well-received, with users noting that the components are sturdy and durable. The six-legged design with three motors per leg provides solid performance and stability, which many buyers find impressive. The overall structure is robust and can handle some rough handling during assembly and use.
Some users mentioned that certain plastic parts feel a bit fragile, especially during the assembly phase. A few reported minor issues with the durability of specific components, particularly the joints, which may require careful handling to avoid breakage.
Software/Programming Experience
77%
23%
The inclusion of a Python code tutorial adds a great value for those looking to learn or enhance their programming skills. Users appreciate the flexibility to modify the code and experiment with different functionalities, making it a useful tool for practicing coding in a robotics context.
Some users felt the Python code tutorial could be clearer or more user-friendly for beginners. A few experienced difficulties with troubleshooting and debugging, as the instructions might not address all potential issues, leaving less experienced users frustrated.
Compatibility with Raspberry Pi
91%
This hexapod robot kit’s compatibility with various Raspberry Pi models is widely appreciated. Many users find it easy to integrate with their existing Raspberry Pi devices, whether it’s the Pi 3, 4, or 5 models. The instructions provide clear details on how to connect and configure the kit with these devices.
A few users with older Raspberry Pi models had trouble with compatibility or setup, requiring additional adjustments or modifications. Some found that certain features were not fully optimized for every Raspberry Pi version, which could cause minor limitations.
Face Recognition Functionality
84%
The face recognition functionality is an exciting feature for many users, especially for those looking to explore AI and robotics. It offers a unique interactive element, allowing the robot to recognize faces and respond accordingly. Users enjoy experimenting with this feature in different settings.
However, a few users reported inconsistent performance with the face recognition feature, especially in low light conditions. Some mentioned that it struggled with distinguishing faces from a distance, leading to occasional misidentification or failure to detect faces.
Self-Balancing Performance
90%
The self-balancing feature is widely praised for its ability to keep the robot stable and functioning smoothly. Users appreciate the stability it adds, especially when navigating uneven surfaces or performing complex movements. This feature is essential for a hexapod robot and works well in most situations.
Some users found that the robot occasionally struggles to maintain balance when facing extreme inclines or when carrying additional weight. A few reported that fine-tuning the balance settings was necessary for optimal performance, which could be a bit of trial and error.
Value for Money
83%
Many users feel this kit offers great value for the price, especially considering the functionality and educational potential it provides. The ability to control the robot wirelessly, along with the detailed tutorial, makes it a cost-effective choice for those interested in robotics projects.
However, some buyers mentioned that while the kit is reasonably priced, the lack of a battery included is a downside. Additional costs for the required power supply or a Raspberry Pi may be a consideration for those on a budget.
Durability
79%
21%
Users generally find the robot kit durable enough for everyday use, with its robust construction handling most tasks and experiments. The six legs and motors perform well in typical indoor environments, and the robot can endure regular handling during assembly and testing.
However, a few users expressed concerns about the long-term durability of certain plastic components, particularly under frequent use. There were reports of minor cracks or wear after extensive operation, especially in joints or sensitive areas, requiring extra care.
App Control Interface
82%
18%
The app control interface receives positive feedback, especially for its intuitive design and ease of use. Users find it convenient to operate the robot from their smartphones, with quick response times and clear control options. This makes it accessible for all skill levels.
Some users noted that the app interface could be more responsive or polished, especially during more complex movements. A few mentioned occasional app crashes or delays in response, which can detract from the overall user experience.

Suitable for:

The Freenove Big Hexapod Robot Kit for Raspberry Pi is ideal for robotics enthusiasts, educators, and DIYers looking to explore interactive, hands-on learning experiences. Users with Raspberry Pi devices will benefit from its easy compatibility with models like the Pi 3, 4, and 5. This kit is especially well-suited for those interested in programming and building a functional robot, thanks to its clear step-by-step assembly guide and Python code tutorial. Students or hobbyists who want to understand sensors, motors, and robotics in a practical context will find this product both engaging and educational. The included wireless control system adds versatility, making it a great choice for those who prefer app-based interaction through Android, iOS, or PC.

Not suitable for:

This robot kit may not be the best choice for complete beginners without prior knowledge of robotics or programming. Users who are unfamiliar with assembling kits may find the process frustrating, especially as it requires patience and careful attention to detail. Additionally, since it does not include a Raspberry Pi, it’s unsuitable for those who do not already own one. The occasional connectivity issues reported with the app control could be a concern for users looking for a completely seamless experience. It also may not be the right fit for individuals seeking a fully autonomous robot out of the box, as it requires manual assembly and setup to get started.

Specifications

  • Compatibility: Compatible with Raspberry Pi 5, 4B, and 3B+ models.
  • Legs: Equipped with six legs, each featuring three motors for precise movement.
  • Motors: Each leg has three motors for a total of 18 motors, enabling detailed and smooth movement.
  • Camera: Includes a camera for visual feedback and interactive capabilities.
  • Ultrasonic Sensor: Equipped with an ultrasonic sensor for distance measurement and obstacle avoidance.
  • Self-Balancing: Features self-balancing technology to ensure stability during operation on uneven surfaces.
  • Wireless Control: Supports wireless control via Android, iOS, or PC through an app.
  • App Control: Can be controlled via an app compatible with Android, iOS, and PC platforms.
  • Assembly: Assembly is required, with a detailed step-by-step guide and Python code provided.
  • Power Supply: Operates on 5V power, but the battery is not included in the kit.
  • Dimensions: Measures 10.91 x 10.12 x 3.54 inches, making it compact for most setups.
  • Weight: Weighs approximately 5.85 lbs, providing a balanced weight for stable operation.
  • Sensors: Incorporates both camera and ultrasonic sensors for enhanced functionality.
  • Programming: Comes with Python code for customization, allowing for further programming and development.
  • Target Audience: Ideal for robotics enthusiasts, DIYers, and educators seeking interactive robot kits.
  • Educational Use: Well-suited for learning about sensors, robotics, and Python programming.
  • Build Material: Constructed from durable plastic for lightweight yet reliable performance.
  • Battery Requirements: Requires a 5V power source, but the battery is not included and needs to be sourced separately.
  • Assembly Difficulty: Assembly can be complex for beginners, but the detailed guide helps in overcoming this challenge.

FAQ

The kit includes all necessary components for building the hexapod, including motors, servos, a camera, ultrasonic sensor, and the frame. It also comes with a step-by-step guide and Python code to assist with assembly and programming. Note that a Raspberry Pi is required but not included.

Yes, this robot kit is compatible with Raspberry Pi 5, 4B, and 3B+ models. You'll need to supply your own Raspberry Pi, and it can be easily integrated with the robot's control system.

Assembly requires some basic understanding of robotics and programming. The step-by-step guide and Python code make the process manageable, but it can be challenging for absolute beginners. However, many users find it a rewarding learning experience once completed.

The wireless control allows you to operate the robot remotely via an Android or iOS app, or even a computer. This provides flexibility in how you interact with the robot, whether it's for educational purposes or casual play.

Thanks to the self-balancing capability, this hexapod robot remains stable even on uneven surfaces. It’s designed to handle minor shifts in terrain, making it suitable for both indoor and outdoor environments.

The face recognition feature can be used for interactive applications, allowing the robot to identify and respond to faces. The ultrasonic sensor measures distance, which is great for obstacle avoidance and mapping environments, making the robot more interactive and intelligent.

Minimal maintenance is required, but it’s important to periodically check the motor connections and ensure the frame is intact. Regular cleaning of the camera and sensors is recommended to maintain optimal performance.

Yes, the robot is highly customizable through Python, allowing you to modify or extend the provided code. Advanced users can integrate additional sensors, features, or commands to personalize their experience.

While the robot is sturdy for regular use, it’s primarily designed for indoor environments. The plastic parts may not hold up well under heavy impacts or prolonged outdoor exposure. It’s not recommended for rough handling or extreme environments.

This robot kit is ideal for robotics enthusiasts, educators, and DIYers who want to explore sensor technology, programming, and robotics in a hands-on way. It’s great for learning and experimentation but may be too complex for complete beginners without prior experience in robotics.