This 2WD Remote Control Robot Car Chassis Kit provides a hands-on introduction to robotics, engineering, and programming. Students will explore fundamental concepts such as DC motor control, chassis assembly, power distribution, and basic circuit connections. The kit encourages problem-solving and critical thinking as learners troubleshoot assembly and control issues. It also develops fine motor skills and spatial awareness through physical construction. For advanced users, the kit can be integrated with microcontrollers like Arduino or Raspberry Pi to introduce coding concepts such as motor driver libraries, sensor integration, and autonomous navigation algorithms.
This product is suitable for students in Years 5 to 10, with adaptability for both primary and secondary classrooms. It aligns with subject areas including Digital Technologies, Design and Technologies, Science, and STEM F–10 integrated units. The kit is ideal for introductory robotics units, after-school STEM clubs, or as a foundation for project-based learning in engineering design.
This kit supports multiple Australian Curriculum outcomes across Digital Technologies and Science. In Digital Technologies (Years 5–6), students can define problems, design solutions, and implement simple algorithms using digital systems. For Years 7–8, it facilitates the use of programming languages to control digital systems and explore data representation. In Science (Years 5–8), students investigate forces, electricity, and energy transfer through motor operation and circuit design. The kit also supports the STEM F–10 integrated curriculum by promoting design thinking, iterative testing, and collaborative project management.
This chassis kit requires a separate microcontroller board (e.g., Arduino Uno, Raspberry Pi, or compatible) and a motor driver shield for programmable control. It is compatible with block-based coding platforms such as Scratch for Arduino (S4A) or mBlock for younger students, and text-based languages like Python or C++ for more advanced learners. For immediate use, the included 2.4GHz remote control allows operation without any coding, making it accessible for introductory activities.
The kit includes: 1 x acrylic chassis plate, 2 x DC motors with wheels, 1 x battery holder (4 x AA batteries, not included), 1 x 2.4GHz remote control with receiver module, 1 x motor driver board (compatible with Arduino), 1 x caster wheel, 2 x motor mounting brackets, 1 x power switch, 1 x screwdriver, and all necessary screws, nuts, and spacers. No soldering is required for assembly. Batteries are not included.
Each kit requires a clear, flat workspace for assembly, ideally a desk or table. Students will need basic tools such as a Phillips head screwdriver (included) and possibly a pair of scissors for cable management. For coding activities, a computer with USB port, appropriate software (Arduino IDE, Python IDLE, or block-based platform), and the relevant microcontroller board are required. The kit operates on 4 x AA batteries (not included) or can be powered via a 5V USB battery pack for coding projects. We recommend one kit per 2–3 students for collaborative learning.
All Stemology products come with a 12-month warranty against manufacturing defects. For technical support, curriculum integration advice, or replacement parts, please contact us at admin@stemology.com.au. Our team is available to assist with troubleshooting, lesson planning, and product queries during business hours.
Stemology offers competitive bulk pricing for school orders of 10 or more units. We accept official school purchase orders and can provide itemised invoices for budget approval. For a custom quote or to discuss volume discounts, email admin@stemology.com.au with your school name, estimated quantity, and delivery postcode. We also offer free delivery on orders over $500 (excl. GST) within Australia.