
Bionic & Cyborg Hand STEM Bundle
Kits de ciências infantis
Orientação de política PEP
Resultado determinístico do pacote de regras 2026–27 revisado. É uma orientação, não uma garantia de verba.
A fonte revisada precisa ser conferida novamente. Consulte o guia oficial atual antes de usar esta orientação.
- Programa e ano letivo
- FTC-PEP · 2026-27
- Pacote de regras
- step-up-ftc-pep-2026-27 · v1.0.1
- Nível de evidência
- Regra oficial geral
- Atualidade da fonte
- Revisão necessária · Baixa
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Regras aplicadas
- A verificação oficial é obrigatória quando faltam evidências
PEP-2026-27-GENERAL-OFFICIAL-VERIFICATION
Informações ainda necessárias
- Categoria oficial atual aplicável
- Correspondência exata no portal oficial
- Documentos comprobatórios exigidos
- Saldo disponível na conta
Descrição do produto
Bionic & Cyborg Hand STEM Bundle An Easy Peasy Science bundle that lets young engineers build, control, and explore real robotic motion. The Bionic & Cyborg Hand STEM Bundle is an Easy Peasy Science bundle that pairs two remarkable hands-on engineering kits designed to bring robotics and biomechanics to life. These impressive builds allow students to explore how machines move, grip, and interact with the world using hydraulics, pneumatics, cables, and human power —all without motors, batteries, or electricity. By combining the wearable Mega Cyborg Hand with the cable-driven Bionic Robotic Arm , this bundle provides a fascinating journey into the mechanics behind real-world robotics and engineering systems. Students build, test, and control complex mechanical movements while learning how similar systems are used in robotics, prosthetics, and industrial machines. As part of this special bundle, Easy Peasy Science also includes a bonus hands-on STEM activity designed to extend the learning and deepen students’ understanding of mechanical engineering concepts. Best For: Homeschool science labs, learning co-ops, small classrooms, and curious young engineers ready to explore robotics, biomechanics, and mechanical engineering through hands-on building. Key Features 🤖 Two Advanced Robotics Builds Construct both a massive wearable cyborg hand and a tendon-driven robotic arm. ⚙️ Real Mechanical Engineering Concepts Explore hydraulics, pneumatics, biomechanics, cable systems, and mechanical motion. 🧠 STEM Learning Through Building Students experience real engineering principles as they assemble and operate complex mechanisms. 🎮 Human-Powered Robotics Both builds use water pressure, cables, and human input—no motors, batteries, or electricity required. 🔧 Hundreds of Building Pieces With nearly 500 total components , this bundle offers an immersive mechanical building experience. 🎁 Bonus Easy Peasy Science STEM Activity Includes an additional Easy Peasy Science hands-on STEM activity that expands the engineering exploration. What’s Included 🖐️ Mega Cyborg Hand Build a giant wearable hydraulic hand that moves just like a real human hand. Using more than 200 plastic pieces and piston tubes filled with water , students construct an impressive mechanical hand powered by hydraulics and air pressure. Once assembled, the hand slips onto the builder’s own hand like a glove, allowing them to control the mechanical fingers and grip objects. This fascinating build demonstrates how hydraulic and pneumatic systems are used in real robotics and industrial machines. Build a 16-inch wearable hydraulic hand Powered entirely by water and air pressure 203-piece engineering build Adjustable for different hand sizes Three configurations: left hand, right hand, or claw Grip and lift objects like bottles, pencils, and small tools Explore hydraulics, pneumatics, and robotic motion 52-page full-color manual explains the science behind the system 🏆 Winner of the 2021 STEAM Toy of the Year Award Ages: 7+ with help | 10+ independent 🦾 Bionic Robotic Arm Build a futuristic robotic arm controlled by a tendon-inspired cable system that mimics how muscles move bones. This impressive mechanical build uses nearly 300 components to create a segmented robotic arm capable of fluid, lifelike movement. Two joystick controllers pull nylon cables running through the arm, allowing precise control of the claw. Students experience firsthand how cable systems and biomimicry are used in real robotic arms and prosthetic devices. Innovative tendon-driven cable system 297-piece mechanical build Two joystick controllers for intuitive movement 360° horizontal and 180° vertical motion Interchangeable gripper claw or bionic eel head Pick up objects or challenge yourself with the included shrimp models Explore biomimicry, robotics, and mechanical engineering 56-page full-color manual explains the science behind robotic arms Ages: 10+ with help | 14+ independent Why Families Love It • Hand-selected and assembled by Easy Peasy Science • Combines two advanced robotic builds in one bundle • Introduces real engineering concepts like hydraulics, pneumatics, and biomechanics • Encourages problem-solving, creativity, and hands-on experimentation • Perfect for homeschool labs, co-ops, small classrooms, or family STEM days • Provides hours of screen-free engineering exploration Bring the excitement of real robotics engineering into your home or classroom with this Easy Peasy Science STEM bundle . From constructing a massive wearable cyborg hand to controlling a tendon-driven robotic arm, students will build, experiment, and discover the fascinating mechanics behind robotic motion . Bonus: Includes an exclusive Easy Peasy Science STEM activity to extend the engineering learning even further.
Evidência da fonte
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- Catálogo
- Easy Peasy Science Labs and Fair Catalog
- Tipo de fonte
- Search
- Status do link
- Official verified
- Confiança do enriquecimento
- 0.99
Fonte oficial da política
A orientação está vinculada a esta fonte e versão revisadas.
- Publicador
- Step Up For Students
- Aplica-se a
- FTC-PEP · 2026-27
- Vigência
- 1 de jul. de 2026 — 30 de jun. de 2027
- Última alteração da fonte
- 14 de jul. de 2026
- Revisada pelo Navigator
- 23 de jul. de 2026
- Próxima revisão
- 14 de ago. de 2026
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