DIY Wooden Elevator Stem Kit
Elevator Model Kit components laid out on a light blue background, including wooden elevator panels, gears, a motor, remote control, and instruction booklet. Text on the image lists features such as DIY building, STEM learning, motorized operation, remote control, and gear mechanism.
Elevator Model Kit components and specifications chart on a light blue background. The kit includes printed wooden elevator panels, gears, screws, a small motor, wiring, and a remote control, with a table listing parameters such as product type, recommended use, motor, gears, and assembly requirements.
Elevator Model Kit components laid out on a light blue background, including wooden panel pieces, a small motor, a battery holder with red wiring, screws, and a printed instruction list titled Applications.
An instructional diagram sheet titled 'elevatorcor introduction' showing a labeled vertical lifter/elevator assembly with parts, assembly steps, and a bill of materials on a white background.
A 9-step instructional diagram showing how to assemble and install an elevator remote control system. The diagram features nine numbered panels with photos of hands using tools like a screwdriver and wrench to assemble metal brackets, an orange elevator plate, and a black remote control unit with red and black wires.
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DIY Wooden Elevator Stem KitElevator Model Kit components laid out on a light blue background, including wooden elevator panels, gears, a motor, remote control, and instruction booklet. Text on the image lists features such as DIY building, STEM learning, motorized operation, remote control, and gear mechanism.Elevator Model Kit components and specifications chart on a light blue background. The kit includes printed wooden elevator panels, gears, screws, a small motor, wiring, and a remote control, with a table listing parameters such as product type, recommended use, motor, gears, and assembly requirements.Elevator Model Kit components laid out on a light blue background, including wooden panel pieces, a small motor, a battery holder with red wiring, screws, and a printed instruction list titled Applications.An instructional diagram sheet titled 'elevatorcor introduction' showing a labeled vertical lifter/elevator assembly with parts, assembly steps, and a bill of materials on a white background.A 9-step instructional diagram showing how to assemble and install an elevator remote control system. The diagram features nine numbered panels with photos of hands using tools like a screwdriver and wrench to assemble metal brackets, an orange elevator plate, and a black remote control unit with red and black wires.

DIY Wooden Elevator Stem Kit

SKU: 2399274343
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Price:
₹ 219.00

(₹ 185.59 + 18%GST)

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Description

DIY STEM Elevator Kit – Build Your Own Motorised Elevator Model

The DIY STEM Elevator Kit is a hands-on educational building kit designed to introduce children and beginners to basic concepts of science, technology, engineering, and mathematics (STEM) through practical assembly and experimentation.

This kit allows learners to build a working miniature elevator model using a motor, gears, shaft, thread, structural plates, and a remote control. The step-by-step instruction guide makes the assembly process beginner-friendly and helps learners understand how motors, gears, mechanical movement, and lifting mechanisms work together.

With its practical build-and-learn approach, the kit encourages children to explore engineering concepts while developing problem-solving, logical thinking, creativity, hand-eye coordination, and independent learning skills. It is suitable for school projects, classroom activities, STEM demonstrations, hobby projects, and home learning.

The included orange gears and mechanical components demonstrate how rotational motion from the motor can be transferred into a lifting movement, giving learners a simple real-world introduction to mechanical engineering.

Key Features

  • DIY Elevator Model: Build a working miniature elevator.
  • STEM Learning: Learn basic engineering and mechanical concepts.
  • Motorized Operation: Motor and gears demonstrate lifting action.
  • Remote Controlled: Operate the elevator with a remote.
  • Gear Mechanism: Understand rotational motion and gear movement.
  • Beginner Friendly: Easy assembly with clear instructions.
  • Problem Solving: Develop logical thinking and creativity.
  • School & Home: Ideal for STEM projects and learning.
  • Young Makers: Encourages hands-on experimentation and learning.

Technical Specifications

Parameter Specification
Product Type DIY STEM Elevator Model Kit
Kit Type Educational Building / Engineering Kit
Project Motorized Elevator Model
Recommended Use STEM Learning & DIY Projects
Control Method Remote Control
Motor 1 × DC Motor
Gears 1 × 50-Tooth Orange Gear, 1 × 10-Tooth Orange Gear
Optical Shaft 30mm
Cotton Thread 30cm
Shaft Sleeves 3
Angle Irons 2 Small Angle Irons
Foot Pads 1
Screwdriver 1
Structural Plates Multiple Pre-Cut Plates
Main Material Educational Model Building Components
Assembly DIY Assembly Required
Skill Level Beginner
Instruction Guide Included
Application STEM, School Projects & Home Learning


Applications

  • STEM education
  • School science projects
  • Engineering demonstration projects
  • DIY elevator model building
  • Classroom STEM activities
  • Home learning activities
  • Mechanical engineering demonstrations
  • Educational hobby projects
  • Maker projects
  • Science exhibition projects
  • Beginner engineering experiments
  • Hands-on learning activities
  • STEM activity gifts

Precautions

  • Adult supervision is recommended for younger children during assembly.
  • Small parts may present a choking hazard; keep them away from children who may swallow them.
  • Use the screwdriver carefully during assembly.
  • Do not place fingers near moving gears while the motor is operating.
  • Keep loose clothing, hair, and other objects away from the moving mechanism.
  • Follow the included instruction guide during assembly.
  • Do not overload the elevator platform beyond what the mechanism can safely lift.
  • Check that the gears, shaft, thread, and structural plates are securely installed before operation.
  • Install batteries according to the polarity markings and instructions provided with the remote-control system.
  • Keep the electronic components away from water and excessive moisture.
  • This is an educational DIY assembly kit, not a real passenger elevator or load-lifting device.

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