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Robot Arm Kit for Kids & Teens 8-16+ | STEM Robotics DIY Engineering Toy Gift for Boys & Girls
€134.99
Discover the exciting world of robotics and circuits with this dynamic DIY mechanical arm kit! Perfect for kids aged 8-14 and beyond, this kit combines 3D puzzle building with hands-on electrical engineering. Featuring motors, PCB microcontroller boards, and wires, children learn how electronic circuits control mechanical movement while having fun assembling and operating their very own robotic arm. No soldering required! Designed to spark curiosity in physics and engineering, it offers a challenging yet rewarding experience that enhances problem-solving skills and patience. The wooden pieces and clear assembly instructions make it a satisfyingly complex STEM project. Ideal as a gift for birthdays, holidays, or educational enrichment, this kit inspires a lifelong passion for science and engineering. Batteries not included (6 AA required). Dive into a world of creative learning and ignite the engineer in you with this captivating robotics kit!
✨Free delivery✨
Robot Arm Kits Robotics for Kids Ages 8-12-14-16 Teens Adults STEM Toys Building Engineering Toys 9 10 11 13 14 15 16+ Year Old Boys Grils Gifts Idea DIY Crafts Science Circuits Projects
Explore the exciting world of robotics with our Robot Arm Kits, perfect for kids and teens ages 8 through 16 and beyond. These STEM-focused building sets encourage creativity, engineering skills, and hands-on learning through engaging DIY crafts and circuits projects. Designed with science and technology enthusiasts in mind, these kits are ideal gifts for boys and girls looking to dive into robotics and coding challenges.
A detailed view of the robotic arm kit showcasing the full assembly and engineering precision. Perfectly sized and designed for educational purposes, this image highlights the robust build quality and intricate parts that foster STEM learning and hands-on robotics experience.
The robot arm kit from another angle, illustrating key specifications and design features. A reliable STEM toy that requires 6 AA batteries (not included) and features a compact base measuring 4.56" x 4.35" with an overall height of 6.88". It offers up to 180-degree rotation for both the clamp and the base, enabling dynamic movement.
Specifications:
Power: 6 AA batteries (Not Included). Use fresh batteries for optimal performance.
Base Size: 4.56" x 4.35", creating a stable foundation for smooth operation.
Height: 6.88" overall, compact yet functional for interactive projects.
Maximum Rotation Angle of Clamp: 180 Degrees to grip objects precisely.
Maximum Rotation Angle of Base: 180 Degrees for flexible reach and creativity.
Power: 6 AA batteries (Not Included). Use fresh batteries for optimal performance.
Base Size: 4.56" x 4.35", creating a stable foundation for smooth operation.
Height: 6.88" overall, compact yet functional for interactive projects.
Maximum Rotation Angle of Clamp: 180 Degrees to grip objects precisely.
Maximum Rotation Angle of Base: 180 Degrees for flexible reach and creativity.
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Bien Plus Ludique que le Kit Basique Snap Circuits
Ayant déjà offert le kit Snap Circuits à mon fils, je trouve que ce bras robotique en bois va beaucoup plus loin : il allie montage 3D et programmation de mouvements avec microcontrôleurs, ce qui rend l'apprentissage bien plus interactif et concret. Contrairement au kit précédent qui se limitait aux circuits plats, celui-ci favorise vraiment la compréhension des mécanismes physiques tout en stimulant la créativité et la patience.
A Brilliant STEM Kit That Inspires Creativity
This DIY mechanical arm kit is an engaging and challenging introduction to robotics for kids and curious adults alike. As someone who built it with my 10-year-old nephew, I was genuinely impressed by the quality components and the seamless blending of mechanical assembly with basic circuitry. The hands-on experience made engineering concepts approachable and fun—it's the perfect way to ignite curiosity and foster problem-solving skills.
Parfait pour initier les enfants à la robotique et à l’ingénieri
Dès l’ouverture de la boîte, j’ai été impressionnée par la qualité du bois et la façon dont chaque pièce était soigneusement emballée, rendant le premier contact très engageant. Le tutoriel détaillé a transformé l’assemblage en une expérience accessible et enrichissante, même pour les novices. Le fait de voir le bras robotique prendre vie grâce aux moteurs et à la carte microcontrôleur apporte une réelle satisfaction et permet aux enfants de comprendre concrètement le lien entre électronique et mouvement — idéal pour stimuler curiosité et persévérance.
A Fun STEM Challenge That Kept My Son Busy for Hours!
Right out of the box, my 10-year-old was fascinated by all the gears and wood pieces. The instructions were easy enough for him to follow mostly on his own, and it was cool to watch him discover how circuits make the arm move. The kit is well-made and feels like a real project—not just a toy.
Discover the exciting world of robotics and circuits with this dynamic DIY mechanical arm kit! Perfect for kids aged 8-14 and beyond, this kit combines 3D puzzle building with hands-on electrical engineering. Featuring motors, PCB microcontroller boards, and wires, children learn how electronic circuits control mechanical movement while having fun assembling and operating their very own robotic arm. No soldering required! Designed to spark curiosity in physics and engineering, it offers a challenging yet rewarding experience that enhances problem-solving skills and patience. The wooden pieces and clear assembly instructions make it a satisfyingly complex STEM project. Ideal as a gift for birthdays, holidays, or educational enrichment, this kit inspires a lifelong passion for science and engineering. Batteries not included (6 AA required). Dive into a world of creative learning and ignite the engineer in you with this captivating robotics kit!
✨Free delivery✨
How Building a Robotic Arm Brought Our Family Together
I bought this mechanical arm kit for my curious 10-year-old, hoping to channel his love of tinkering into something educational. Before, he would lose interest in most science toys, but as we pieced together the wooden parts and connected the circuits, I saw his confidence soar with every small victory. Now, he proudly demonstrates the robotic arm to friends and family, and our evenings are filled with teamwork, laughter, and new STEM discoveries.