OSOYOO Drive Smart Robot Car Starter Arduino UNO R3 2WD Smart Robot Car Open Source Educational Japanese Instruction Manual Battery 2-Wheel Kit,

[Important Note - For Overseas Customers]

Thank you for purchasing this product. Please read the following important notes carefully before using this product overseas.

1. Legislation and safety standards This product complies with Japanese safety standards. Please check compatibility with local regulations and safety standards before use in your country. Certain product categories (electronics, cosmetics, food, etc.) may require certification from the importing country.

2. About electrical products [Voltage compatible] When using electrical appliances, please note that they are designed according to Japanese voltage specifications (90-110V), so using them at a different voltage may cause malfunctions.

[Plug type] Our products use the Japanese plug type (A type or B type). Please use a conversion adapter if necessary.

[Important notes regarding transformers and adapters] A transformer adjusts the voltage to suit the requirements of the equipment. Conversion adapters only change the shape of the plug and do not adjust the voltage. Using only the conversion adapter without a transformer may damage the product.

[About responsibility] We are not responsible for any failure or damage caused by improper usage, such as operating the product without a transformer.

3. Language and manual Product instructions and displays may only be in Japanese. The OSOYOO 2-Wheel Drive Smart Robot Car Starter Kit utilizes the popular Arduino open-source hardware design. This starter kit is designed for students and beginners to Arduino, providing hands-on learning in programming, electronics assembly, and robotics. It's ideal for teaching and learning about Arduino and robotics. It's the perfect kit for beginners who want to learn electronic circuits from scratch. [Tutorial included, 100% open source] The included CD (English) contains easy-to-follow tutorials for even inexperienced beginners, including how to assemble the robot car, source code, operation videos, and software installation. By following the tutorials on the CD and spending time learning, you'll enjoy DIY projects and eventually become a programming expert. If you have electronics knowledge and DIY experience, you'll quickly understand the lessons and experiments, saving you time on research and development of your own DIY projects. You can also create your own original robot car by adding sensors and other components (sold separately). Japanese tutorial: https://osoyoo.com/ja/?p=32306 [Three Driving Modes] This set comes with a tracking sensor, Bluetooth module, and infrared module, allowing you to achieve three driving modes: line tracking, infrared control, and remote control via Android phone. [Economical and Convenient] The included OSOYOO UNO board is 100% compatible with the Arduino-compatible UNO R3 board. This is the most economical and convenient kit for beginners interested in Arduino and robotics. It's affordable and perfect for beginners! It's fun to play with and can also be used as educational material. This kit makes a great gift for anyone enthusiastic about electronics, programming, and robotics. This kit will help develop and inspire your students' imaginations. [Our own factory, reliable quality assurance] 30-day exchange and refund guarantee: If you're not satisfied with your product, please contact us within 30 days of delivery for a new product exchange or refund. If you would like a new product exchange or refund, please feel free to contact us. [Economical and Convenient] The included OSOYOO UNO board is 100% compatible with the Arduino-compatible UNO R3 board. This is the most economical and convenient kit for beginners interested in Arduino and robotics. It's affordable and perfect for beginners! It's fun to play with and can also be used as educational material. This kit makes a great gift for anyone enthusiastic about electronics, programming, and robotics. This kit will help develop and inspire your students' imaginations.