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Adeept

Adeept RaspTank Metal Smart Car Kit for Raspberry Pi 5/4B/3B/3B+(Board Not Included), Tank Tracked Robot with 4-DOF Robotic Arm, OpenCV, Obstacle Avoidance, Line Tracking, with Digital Tutorials

  • Based on 12 reviews
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Availability: In Stock.
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Arrives Sunday, May 24
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Features

  • DIY Assembly Kit Designed for AI & STEM education. Made of aluminum alloy. Compatible with Raspberry Pi 5/4B/3B/3B+(Raspberry Pi NOT Included!). Intermediate-level project(1.5-3 hours assembly). Recommended for ages 16+.
  • Multiple Functions Obstacle avoidance, Line tracking, OLED Display, Computer vision line tracking, Target recognition, Real-time video transmission, RGB light.
  • 4-DOF Educational Robotic Arm Learn industrial automation with editable Python code.
  • No Extra Charger Integrated USB-C Charging. Directly charge 18650 batteries via USB-C cable(Included). Smart circuit protects against overcharge/overheating. Operate while charging.
  • 300+ Pages Pro Tutorials + 1 year Support Includes: Step-by-step assembly guidance; 20+ coding projects.

Description

Build Your Own Smart Robot Car - From Kit to Coding Mastery The Adeept RaspTank Metal is the ultimate hands-on learning platform for students, makers, educators, and Raspberry Pi enthusiasts. Designed for intermediate builders, this kit transforms your Raspberry Pi into a programmable robotic tank with industrial-grade capabilities. RaspTank Metal is made of aluminum alloy, and assembling it can save half the time compared to assembling the acrylic version of RaspTank! Important Tips: 1. This kit is loose pieces, you need to assemble it yourself! 2. You need Raspberry Pi, but Raspberry Pi is NOT included! Compatible Raspberry Pi Models: Raspberry Pi 5 / 4B /3B / 3B+ Lessons: Comes with detailed tutorials/lessons and code, the zip file is provided in digital format and you need to download it. The download link can be found on the card in the box. Key Advantages: Complete DIY Experience ·Aluminum alloy components for easy assembly ·Modular design for easy learning ·Detailed assembly and coding tutorial Education-Focused Features 1. Robotic Arm Lab ·4-DOF servo control system; ·180° rotation & 180° gripping range; ·Industrial motion simulation demos 2. Computer Vision Studio ·Camera with OpenCV integration; ·Real-time video transmission 3. Coding Skill Development ·Python API for Raspberry Pi beginners → advanced users What's Included ·4-DOF robotic arm & Aluminum alloy tracked chassis kit; ·Camera module with adjustable mount; ·Sensors and Modules; ·Servo Motors; ·Adeept Robot HAT V3.2(Motor driver board & servo controller); ·USB-C cable & assembly toolkit; ·300+ pages full-color manual(PDF, download from Adeept website); ·1-year technical support ... Warnings 1. Requires basic electronics skills(soldering not needed) 2. Raspberry Pi board NOT included. 3. Camera performance depends on ambient lighting

Product Dimensions: 6.89 x 5.51 x 3.94 inches


Item Weight: 2.87 pounds


Item model number: ADR034


Manufacturer recommended age: 16 years and up


Batteries: Nonstandard Battery batteries required.


Manufacturer: Adeept


Frequently asked questions

If you place your order now, the estimated arrival date for this product is: Sunday, May 24

Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

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View our full returns policy here.

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Top Amazon Reviews

    • Tiny nuts.
It was fun to assemble
Reviewed in the United States on January 17, 2026 by Michael Durand
    • Amazing robot for children.🤖✨🥳
I got this for my granddaughter, and the instructions and code online were awesome. She loved it and is learning so much about coding with the robot. I totally recommend it. It's not Johnny 5, but still awesome!
Reviewed in the United States on October 3, 2025 by Mr Hall
    • I got it fianlly and I love it.
Review Image by Daniel Daniel
Review Image by Daniel Daniel
Review Image by Daniel Daniel
Review Image by Daniel Daniel
Finally received. I bought it because I wanted to assemble the metallic case and put it on the display shelf. The packaging is good. Thank you for carefully putting in cushioning materials. I unboxed it and checked the contents. The silver metal case has a beautiful color. I want to assemble it quickly. I will post a review after assembling it. ... show more
Reviewed in the United States on July 9, 2025 by Daniel Daniel
    • Quality status
I received the product well. Delivery was fast and the product arrived in good condition.
Reviewed in the United States on July 17, 2025 by wonmihee
    • A bank without contents
The instructions are convoluted and vague in some areas. If you work through all of that and it isn’t operational you have a whole new problem. It’s like a fortress and you have to disassemble it to get to anything. That was my experience so I boxed it up and sent it back to Amazon because I didn’t want to spend the next week sending one email a day waiting for a reply that might not even address the issue. ... show more
Reviewed in the United States on August 29, 2025 by Ron
    • Build, Program, and Explore Robotics
This metal tracked robot kit offers a sturdy platform for hands-on experimentation. With its durable frame and tank-style design, it feels solid and reliable, making it well suited for repeated use and challenging surfaces. The inclusion of a four-axis robotic arm plus sensors for obstacle detection and line following adds real variety to what you can build and test. Assembly is a rewarding learning experience though it requires patience. The instructions are detailed, but some wiring and alignment steps take extra care. This makes it best suited for those who enjoy tinkering and learning through trial and error. Once completed, you get a deeper appreciation for both the mechanical and electronic sides of robotics. In operation the robot proves versatile. It can follow lines, avoid obstacles, and stream video while the arm handles basic manipulation tasks. Some adjustments to code or wiring may be needed, and thermal buildup during longer runs means you may want to consider extra cooling. These small challenges are part of the fun for anyone serious about learning. Feedback from hobbyists suggests that while it can be frustrating at times, persistence pays off. Small issues like cable management or alignment don’t take away from the satisfaction of seeing it move and respond under your control. The kit encourages problem-solving and creative approaches to troubleshooting. For anyone seeking a practical way to explore robotics and programming concepts, this tracked robot kit delivers a strong balance of durability, flexibility, and challenge. It is not a quick toy but rather a hands-on project that rewards effort with capability and a real sense of achievement. ... show more
Reviewed in the United States on October 1, 2025 by Darkone83
    • So Much Fun!
This tank was so fun to build! I love that it came with everything needed (aside from the Raspberry Pi). It was very easy to assemble and the instructions were clear and easy to follow. It felt like high quality components were selected for this kit. Overall, I’d highly recommend this kit to other electronics enthusiasts. ... show more
Reviewed in the United States on December 1, 2025 by Nate L.
    • Advanced robot tank learning tool
Review Image by JCM JCM
Review Image by JCM JCM
The media could not be loaded. This is a very well-designed robot tank with a robot arm and video capabilities. This is an upgrade of an acrylic version of a similar robot car. The version has an aluminum frame that is lighter and stronger than the acrylic version. The kit has all the parts required for construction, including two 18650 batteries and a charger. But it will be necessary to buy a Raspberry Pi 3,4, or 5. All parts are neatly bagged and labeled. Metal-geared high-torque servos are supplied, giving the robot arm good lifting power. Detailed building instructions and videos are accessible online. The build is relatively straightforward, but there are a few points requiring some care. The servos must be centered when installing the servo arm to assure a neutral startup position. A servo centering program is included. Installing the processor into the body does require some care. The chassis is very tight, and all the sensor and motor connections need to be completed before inserting the processor into the body. I suggest that the sensor wires should be organized and routed in the chassis, then plugged into the interface board. The camera cable can then be routed through the interface board. The interface board can then be plugged into the Raspberry Pi. During this process, care needs to be taken not to stress the cable connections. After the processor and interface boards are secured to the base, the base can be inserted into the body. It is necessary to carefully spring apart the body shell to permit the base to pass under the tabs on the body. There is no access to the connections after the processor is in place. The other point requiring care is mounting the tracks. In my kit, the tracks were too tight. This caused the drive wheels to twist when the front wheels were tightened. The twisting prevented the smooth running of the tracks. I found that slotting of the front axle hole on the body using a small rat-tail file moved the front axle back approximately 1 mm. This took the tension off the wheels, permitting the tracks to run smoothly. I also found that substituting a slightly larger metal washer on the front wheels prevented the wheels from binding on the rubber spacer when the wheel was tightened. The software included in the instructions gives good examples of all the functions of the robot, including line following, ultrasonic object detection, servo operation, and video processing with OpenCV. A GUI and web-based interface are included. This is an advanced learning tool that meets all its goals. The price point is reasonable considering the quality of the components and functionality. A Raspberry Pi needs to be purchased separately. I have tried a Pi3+ and a Pi5. The Pi3+ is a little sluggish with the video processing. A Pi4+ or Pi5 would be preferable. ... show more
Reviewed in the United States on August 17, 2025 by JCM JCM

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