DIY STEM Walking Sports Robot Kit for Kids, Build Your Own Motorized Exercise Robot Toy, Educational Science & Engineering Building Kit, STEM Toy for Boys & Girls, Ages 8–12

• Build-Your-Own Moving Robot SENKESH DIY STEM kit lets kids assemble a walking sports robot with moving legs. Hands-on building helps children understand motion while enjoying the satisfaction of creating a working robot.

• Learn STEM Through Real Movement Introduces basic engineering, mechanics, gears, and linkages. Kids learn how motors and balance work together through fun, visible walking action.

• Boosts Problem-Solving & Creativity Encourages logical thinking, patience, hand-eye coordination, and cause-and-effect learning while assembling and adjusting robot parts.

• Motorized Walking Action Powered by a low-voltage DC motor, the robot demonstrates smooth stepping motion, keeping kids engaged while reinforcing mechanical concepts.

• Complete Educational Gift – Batteries Included Includes screwdriver, instruction manual, and 2 AA batteries. Ideal for birthdays, school projects, science fairs, and screen-free learning.

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  SENKESH DIY STEM Walking Fitness Robot Kit — Learn Engineering Through Motion

  

  Encourages creativity, logic, and hands-on learning through simple mechanical assembly

  The SENKESH DIY STEM Walking Sports Robot Kit for Kids introduces young learners to engineering and mechanics through active, hands-on building. Inspired by movement and balance, this robot uses a motorized system to create a fun walking motion that brings STEM concepts to life

  With SENKESH, kids don’t just play — they create. As children assemble the robot, they explore how motors, wheels, and balance work together to create motion. SENKESH encourages kids to experiment, make adjustments, and observe results — helping develop confidence, problem-solving skills, and creative thinking

  Perfect for ages 8–12, the SENKESH robot kit is ideal for home learning, classroom activities, and school projects. It supports STEM education in a way that feels natural and enjoyable, without screens or complicated tools. Parents appreciate the educational value, while kids love seeing their own creation come to life.

  Before You Begin

  • Recommended age: 8–12 years

  • Adult supervision recommended for younger children

  • Build on a clean, flat surface

  • Keep small parts away from children under 3 years

  An elliptical machine is a kind of fitness equipment which has good effect in excising cardio-pulmonary function. It is favoured by many professional personnel. The correct usage method of it, is use hands to hold the handrails. Hands follow the feet to do pedalling forward successively. When the movement between hands and feet get harmonious, increase the drawing force.

  This work imitates a man doing sport on an elliptical machine. From this project work, we can learn eccentric gear transmission and connecting rod transmission

  Designed for Beginners to groom with both Technical and Interpersonal skills!

  

  Easy-to-follow assembly helps kids gain confidence while learning engineering basics

  STEM Learning Value

  • Engineering & mechanics basics

  • Problem-solving & logical thinking

  • Many more to prepare for modern era

  Ability training: Emotion, Vision, intellectual development, manual brain, grasping, sensory, hand-eye coordination, other ability training, interactive toys, hearing, parent-child communication, interest on training are improved and enhanced

  Learning Tips

  • Encourage kids to identify how each part connects

  • Ask questions like “What makes it move?”

  • Allow children to rebuild the robot to reinforce learning

  Step by step instruction colorful manual ensures successful result!

  

  Easy-to-follow assembly helps kids gain confidence while learning engineering basics

  Technical Information

  Power Source:

  • 2 × AA Battery (Included)

  Motor Type:

  • DC Motor (Low Voltage)

  Robot Function:

  • Motorized walking / stepping movement

  • Linkage-driven leg motion

  Assembly Time:

  • Approx.25–35 minutes

  Tools Required:

  • No special tools required

  • 2 AA Batteries , Screw driver , Assembly instruction manual (all are included)

  

  SENKESH ensures DIY Assembly of Parts to Product in easy understandable fun experimental way!

  Safety Information

  • Not suitable for children under 3 years

  • Contains small parts

  • Do not use near water

  • Remove battery when not in use for extended periods

  Care & Storage

  • Store in a dry place , Clean with a soft, dry cloth, Avoid dropping or forceful handling for long lasting function

  Material Type:

  • ABS Plastic, EVA Foam (Body Elements), Metal Motor Components, Metal Screws & Connectors

  Build Style:

  • Lightweight, Durable for repeated play

  Make your Children more Confident & Proud in School events, Science expo etc

  

  A Meaningful Educational Gift

  Science Expo & Project day: Your child can shine in the school and external science events like expo, project etc. It motivates them becoming more self-confident, from introvert to Outspoken. Make them morale boosted, self-pride & self-esteem. Immensely divert them to learn more science in a fun way!

  Gift Suitability

  It diverts them from screen time. Best useful fun learning time for school holidays, summer holidays as well.

  Educational & fun balance Ideal for birthdays & school projects

  Inside the box you’ll find:

  • Robot body components

  • Motor unit

  • Mechanical gears and connectors

  • Screws and small parts

  • Instruction guide

  • Screw driver

  • 2 AA batteries

  

  SENKESH Promise

  At SENKESH, we design products that encourage curiosity, creativity, and confidence through meaningful play. We hope your child enjoys building, learning, and discovering with this DIY STEM Robot Kit.

  SENKESH products are made for families who value meaningful play. From easy assembly to engaging movement, our DIY robot kits help kids learn by doing — turning curiosity into confidence with every build

  • Encourages STEM learning through creativity

  • Introduces basic concepts of motion and balance

  • Supports problem-solving and experimentation

  • Promotes screen-free, hands-on learning