Description
StemWizz Remote Control Dog Award Winning STEM Kits Ireland
🐶 Build a Walking Robot — StemWizz Remote Control Dog (STEM Kits Ireland)
The StemWizz Remote Control Dog is a practical, hands-on STEM Kits Ireland project that invites young people to build a walking robot from modular parts, learn how gears and cranks turn motor power into walking motion, and control the result using a wired remote. This project is ideal for classrooms, after-school clubs and workshops that want a compact, high-impact robotics activity that combines mechanics, electronics and problem-solving. :contentReference[oaicite:2]{index=2}
📦 What’s in the this amazing kit?
The main components include a motor, remote control unit, cranks, metal rods, plastic grid baseboards, sleeves, brackets and fixings — everything needed to engineer a gear-transmission system and attach working legs. The motor drives four cranks through geared reductions to create alternating leg movement, and the wired controller reverses polarity so the dog can walk forwards and backwards. These elements make the kit a strong practical example of mechanical transmission and basic electronics. :contentReference[oaicite:3]{index=3}
🛠️ Learning steps & classroom flow
Young people begin by assembling the frame on the plastic grid boards, positioning brackets and metal rods. Next they build the crank and gear system, learning how gear ratios change speed and torque. Finally they fit the motor and wire the control box. The build can be split across a single lesson or two sessions: one for assembly and gearing, a second for motor fit, testing and fine-tuning. This phased approach works well with class groups and supports formative assessment.
🎓 Skills & outcomes
As part of a suite of STEM Kits Ireland activities, the Remote Control Dog teaches:
- Mechanical concepts — gears, cranks, linkages and transmission systems
- Basic electronics — motor wiring, polarity and simple control circuits
- Problem-solving — adjusting gear alignment, balancing and troubleshooting
- Teamwork and presentation — testing, reflecting and sharing results
🔧 Difficulty, timing & classroom tips
The kit is rated as a more advanced build (difficulty 8/10) and suits older young people or mixed-ability groups with adequate staffing. Typical build time is 60–120 minutes depending on the group and the level of teacher support. For classroom rollout, pair two or three learners per kit, prepare spares (screws/washers) and allocate time for testing and reflection so every learner completes a working model. Everybody should complete the steps by taking turns.
🌟 Extension & assessment ideas
Once the basics are working, encourage learners to experiment: change gear sizes to see effects on walking speed, test different leg lengths for stride adjustments, or adapt the remote controller for timed challenges. For assessment, ask students to document changes, explain why a modification improved performance, and present their findings. These tasks turn the build into measurable learning evidence aligned to engineering learning goals.
🔗 Ready to use in Ireland
Stocked and priced affordably, the StemWizz Remote Control Dog is an excellent addition to any educators’ collection of STEM Kits Ireland. It gives young people a real, take-home result they can be proud of while strengthening classroom STEM outcomes and sparking curiosity about robotics.
❓ FAQ
Q1: What is included in the Remote Control Dog kit?
A: Motor, wired remote control box, cranks, metal rods, plastic grid baseboards, sleeves, brackets, screws and fixings. StemWizz
Q2: How difficult is the build?
A: Difficulty is rated 8/10 — suitable for older young people or group builds with teacher support. StemWizz
Q3: How long does it take?
A: Plan for 60–120 minutes depending on experience and teacher support.
Q4: What STEM skills will young people learn?
A: Gear transmission, motor control, mechanical linkages, electronics basics, troubleshooting and teamwork.
STEM resources for teachers — STEM education resources — https://www.stem.org.uk/
How DC motors work — Understanding motors — https://home.howstuffworks.com/motor.htm
STEM Kits Ireland
Pair with our Rope Climbing Robot
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