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- STEM kits, robotics, electronics and maker sets in one place
- Delivered nationwide in 5 to 7 days
- Customer support 7 days a week
Robotics Car | Smart Car Kit | Smart Robot Car Kit
Robotics Car
$189
- 24 module types
- Keyed XH2.54 connectors
- Phone and tablet control
- Beginner to advanced
Price: $189
- Handling: . Delivery: 5 to 7 days.
- Free delivery across New Zealand on orders $100+, otherwise a flat $25
- Pay by card or PayPal, handled by the payment provider
- Change-of-mind returns: 15 days from purchase, original packaging and proof of purchase required; $39 deducted per order, original delivery charges excluded, and buyer-paid tracked return postage to the originating warehouse. A 12.5% fee applies to eligible change-of-mind cancellations. These conditions do not limit your rights under the Consumer Guarantees Act 1993. Full returns policy
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Product specifications
| Modules | 24 kinds, including obstacle avoidance and line tracing |
|---|---|
| Control | Infrared remote, Android and iOS app |
| Connectors | XH2.54, keyed |
| Disciplines | Programming, electronics assembly, robotics |
Shipping & returns
Change-of-mind returns: 15 days from purchase, original packaging and proof of purchase required; $39 deducted per order, original delivery charges excluded, and buyer-paid tracked return postage to the originating warehouse. A 12.5% fee applies to eligible change-of-mind cancellations. These conditions do not limit your rights under the Consumer Guarantees Act 1993.
Refunds are processed within 24 to 48 hours after receipt of the returned item, subject to the return assessment; payment-provider processing can take longer.
If it arrives faulty, damaged or not as described, we put it right at no cost to you under the consumer guarantees in the Consumer Guarantees Act 1993, return postage included.
24 module typesObstacle avoidance, line tracing, infrared
Keyed XH2.54 connectorsHard to assemble wrongly
Phone and tablet controlAndroid and iOS
Beginner to advancedGuides for both
About this product
A programmable robot car that a beginner assembles and then teaches to drive itself.
Twenty-four module types including obstacle avoidance and line tracing, with keyed connectors so the parts only go together one way.
A programmable robot car that a beginner assembles and then teaches to drive itself.
Twenty-four module types including obstacle avoidance and line tracing, with keyed connectors so the parts only go together one way.
Modules: 24 kinds, including obstacle avoidance and line tracing.
Control: Infrared remote, Android and iOS app.
A programmable robot car that a beginner assembles and then teaches to drive itself. Twenty-four module types including obstacle avoidance and line tracing, with keyed connectors so the parts only go together one way.
It is delivered right across New Zealand. Delivery is free on orders over $100 and otherwise $25.
Still deciding?
Not sure yet? That is fine.
Change-of-mind returns: 15 days from purchase, original packaging and proof of purchase required; $39 deducted per order, original delivery charges excluded, and buyer-paid tracked return postage to the originating warehouse. A 12.5% fee applies to eligible change-of-mind cancellations. These conditions do not limit your rights under the Consumer Guarantees Act 1993.
For faulty, damaged or misdescribed goods, contact us about your rights under the Consumer Guarantees Act 1993. The available remedy depends on the problem. Read the returns policy.
Got questions?
Frequently Asked Questions
Why are smart robot car kits a must-have for learners?
Smart Robot Car Kits are a must-have because they combine fun, education, and innovation, helping learners build essential STEM skills while enjoying the process.
How do smart car kits bridge the gap between theory and practice?
Smart Car Kits bridge the gap by turning theoretical concepts into practical, hands-on experiences, making learning both effective and engaging.
Can robotics cars be programmed with ai?
Yes, many advanced Robotics Cars can integrate AI programming, allowing users to explore machine learning and autonomous navigation.
What makes a smart robot car kit popular for hobbyists?
Hobbyists love Smart Robot Car Kits because they provide endless opportunities for experimentation, creativity, and learning advanced robotics concepts.
How does a smart car kit improve problem-solving skills?
A Smart Car Kit improves problem-solving by encouraging users to identify challenges, test solutions, and iterate on their designs.
Can robotics cars be used for research projects?
Yes, many advanced Robotics Cars are used in research projects to explore automation, AI, and robotics applications in real-world scenarios.
What age groups are smart robot car kits designed for?
Smart Robot Car Kits are designed for a wide range of ages, from young beginners to advanced hobbyists, with projects that cater to different skill levels.
How do smart car kits promote critical thinking?
Smart Car Kits promote critical thinking by challenging users to troubleshoot issues, optimize code, and improve the car’s performance.
Can robotics cars be programmed for real-world tasks?
Yes, a Robotics Car can be programmed for tasks like navigating mazes, avoiding obstacles, or simulating real-world autonomous vehicles.
What makes smart robot car kits fun?
Smart Robot Car Kits are fun because they combine building, coding, and problem-solving into exciting projects that feel like play but teach valuable skills.
How does a smart car kit support stem education?
A Smart Car Kit supports STEM education by integrating science, technology, engineering, and math concepts into a single, engaging learning experience.
Can robotics cars be used for competitions?
Yes, Robotics Cars are often used in robotics competitions, allowing participants to showcase their creativity and technical skills in building and programming.
What components are included in a smart robot car kit?
A Smart Robot Car Kit typically includes a microcontroller, motors, wheels, sensors, and coding software, providing everything needed to build a functional robot car.
What makes smart car kits engaging for students?
Smart Car Kits engage students with hands-on activities, real-world applications, and the satisfaction of building and programming their own robotic vehicles.
Are robotics cars suitable for beginners?
Yes, most Robotics Cars are designed with beginners in mind, offering simple assembly instructions and coding platforms to ensure an easy learning experience.
How do smart robot car kits inspire innovation?
Smart Robot Car Kits inspire innovation by encouraging users to design, build, and program solutions for challenges like navigation and automation.
Can a smart car kit be customized?
Yes, many Smart Car Kits allow for customization, enabling users to add extra sensors, modify designs, and create unique functionalities.
How does a robotics car help teach programming?
A Robotics Car helps teach programming by allowing users to write and test code that controls the car’s movement, sensors, and actions, making abstract concepts tangible.
What makes a smart robot car kit unique?
A Smart Robot Car Kit is unique because it combines hands-on assembly with practical coding challenges, making it an all-in-one tool for learning robotics.
Can smart car kits be used in classrooms?
Yes, Smart Car Kits are perfect for classrooms, offering interactive and engaging lessons that align with STEM education goals.
What skills can i learn from a robotics car?
With a Robotics Car , you can learn coding, electronics, and mechanical design, while also developing critical problem-solving and logical thinking skills.
Why choose a smart robot car kit for kids?
A Smart Robot Car Kit is ideal for kids as it introduces programming and engineering concepts in a fun and interactive way, fostering curiosity and critical thinking.
How does a smart car kit encourage teamwork?
A Smart Car Kit promotes teamwork by enabling group projects where participants collaborate on assembling, programming, and testing their robotic creations.
What projects can i build with a robotics car?
A Robotics Car allows you to build projects like self-driving cars, obstacle-avoiding vehicles, and line-following robots, providing endless learning opportunities.
Can i program a smart robot car kit with simple coding?
Yes, a Smart Robot Car Kit often uses beginner-friendly platforms like Scratch or block-based coding, making it accessible to learners of all skill levels.
What are the key features of a smart car kit?
A Smart Car Kit includes features like programmable microcontrollers, sensors for navigation, and customizable designs, offering endless possibilities for innovative projects.
Who can benefit from a robotics car?
Students, hobbyists, and educators can benefit from a Robotics Car as it enhances problem-solving skills, fosters creativity, and provides a hands-on approach to learning STEM concepts.
What is a smart robot car kit used for?
A Smart Robot Car Kit is used to teach programming, electronics, and mechanical design by allowing users to assemble and program a robot car to complete various tasks.
How does a smart car kit work?
A Smart Car Kit works by combining sensors, motors, and microcontrollers to create a programmable vehicle that can perform tasks like obstacle detection, line following, and remote control.
What is a robotics car?
A Robotics Car is a programmable vehicle designed to teach coding, robotics, and engineering skills through hands-on learning, making it an exciting and educational tool for all ages.
An educational STEM kit for beginners (kids) to get hands-on experience with programming, electronics assembly, and robotics knowledge. It is an integration solution for robotics learning and is made for education.
SPECIFICATIONS
- Input: Infrared Photoelectric Sensor, Ultrasonic Sensor, Buttons
- Output: Motor, Servo Gimbal, LED
- Voltage: 7.2~8.4v (7.4v Lithium Battery Pack)
- Battery Life: 2 hours (Line-tracking Mode)
- Distance Measuring Method: Ultrasonic Ranging Sensor
- Motor Driven: Dual-channel TB6612 Driver Chip
- Tracking Method: Infrared Tracking
- Motor: 1:48 DC Servo Motor 1:48
- Communication: Uart / WIFI
Delivery takes 5 to 7 days
Direct To Your Door - All Across New Zealand
Interactive STEM Learning
Learn science, technology, engineering, and mathematics (STEM) in an engaging and practical way. These kits teach essential concepts like programming, electronics, and robotics design.
Complete Package
Contains 24 kinds of module parts, including obstacle avoidance, line tracing module, infrared remote control, and also you can control it via phone and tablets of Android and iOS systems, etc.
Easy to Assemble
All the module interfaces have been modified with XH 2.54 ports to make it much easier and convenient to assemble the car and reduce the chances for errors.
For All Skill Levels
Whether you're just starting or an advanced enthusiast, our kits come with detailed guides, making them perfect for students, educators, and hobbyists alike.
Frequently Asked Questions
Accelerate STEM Learning with Robotics Cars
In today’s fast-paced, technology-driven world, empowering young minds with STEM (Science, Technology, Engineering, and Math) skills is more crucial than ever. Robotics Cars are one of the most engaging tools for introducing students to hands-on learning. Whether it's a Smart Car Kit or a Smart Robot Car Kit, these innovative kits combine creativity, problem-solving, and fun, making STEM education exciting and interactive.
What Is a Robotics Car?
A Robotics Car is a programmable vehicle designed to teach essential concepts like coding, electronics, and mechanical engineering. These cars typically come as part of a Smart Car Kit or Smart Robot Car Kit, which includes components like sensors, motors, and microcontrollers. By assembling and programming the car, learners gain practical experience in STEM fields.
These kits are not just educational but also highly enjoyable, making them a great addition to classrooms, STEM labs, or even at-home learning setups.
Why Choose a Smart Car Kit for Learning?
1. Hands-On Learning
A Smart Car Kit encourages students to get involved in every step of the process, from assembling the car to writing the code that powers it. This hands-on approach makes abstract STEM concepts more tangible and easier to understand.
2. Beginner-Friendly Coding
Many Smart Robot Car Kits use beginner-friendly programming platforms like Scratch or Arduino, making it easy for students with no prior experience to dive into coding.
3. Enhancing Problem-Solving Skills
Building and programming a Robotics Car challenges students to troubleshoot issues and think critically, sharpening their problem-solving skills.
Key Features of a Smart Robot Car Kit
A Smart Robot Car Kit comes packed with features that make learning both effective and fun:
- Sensors: For obstacle detection, line-following, or navigating mazes.
- Microcontroller: Acts as the brain of the car, executing commands from the code.
- Motors and Wheels: Enable smooth movement and complex maneuvers.
- Expandable Options: Many kits allow for customization, letting students add components for advanced projects.
Exciting Projects You Can Create with Robotics Cars
With a Smart Car Kit, the possibilities are endless. Here are some popular projects:
1. Obstacle-Avoiding Car
Program your Robotics Car to detect and avoid obstacles using ultrasonic sensors.
2. Line-Following Robot
Use light sensors to guide your car along a specific path or race track.
3. Remote-Controlled Car
Build a car that can be controlled via a smartphone or remote, integrating wireless technologies like Bluetooth.
4. Autonomous Delivery Car
Combine multiple sensors and advanced coding to create a car that delivers items to a designated location.
How Robotics Cars Enhance STEM Education
1. Real-World Applications
A Smart Robot Car Kit mimics real-world technologies like autonomous vehicles, helping students understand how STEM applies to everyday life.
2. Collaboration Opportunities
These kits are perfect for group activities, fostering teamwork and communication as students work together to build and program their car.
3. Inspiring Future Careers
By engaging with robotics and programming, students are inspired to pursue careers in fields like engineering, robotics, or artificial intelligence.
Tips for Choosing the Right Smart Car Kit
When selecting a Smart Robot Car Kit, consider the following:
- Skill Level: Look for beginner-friendly options if the user is new to robotics.
- Programming Platform: Choose kits that offer accessible coding tools like Scratch or Arduino.
- Customization Options: Kits that allow for additional sensors or components provide more opportunities for learning.
- Educational Value: Ensure the kit aligns with STEM education goals.
Who Can Benefit from Robotics Cars?
Students
Students gain hands-on experience in coding and engineering, while also developing critical thinking skills.
Educators
Teachers can use a Smart Car Kit to make STEM lessons interactive and engaging.
Parents
Parents can support their child’s learning journey by introducing them to fun and educational Smart Robot Car Kits at home.
Robotics Cars as a Gateway to STEM Excellence
A Robotics Car is more than just a fun project; it’s a powerful tool for learning. By introducing students to coding, problem-solving, and real-world applications, Smart Car Kits and Smart Robot Car Kits help build essential skills for the future.
Whether you're a teacher looking to enhance your lessons or a parent seeking an engaging educational activity, investing in a Robotics Car is a step toward inspiring innovation and creativity.
Explore our collection of Robotics Cars today and empower the next generation of STEM leaders!
Page summary
Robotics Car (SKU robotics-car) sold by STEM Learning Company at stemlearning.co.nz, $189 NZD. A programmable robot car that a beginner assembles and then teaches to drive itself. Twenty-four module types including obstacle avoidance and line tracing, with keyed connectors so the parts only go together one way. Delivery is New Zealand wide, free on orders of $100 or more and otherwise a flat $25, arriving in 5 to 7 days. The consumer guarantees of the Consumer Guarantees Act 1993 apply. Prices are in New Zealand dollars.
$189