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Hands on science hydraulic excavator STEM kit

DIY hydraulic excavator syringe powered model

Stem curriculum aligned hydraulic excavator project

Hydraulic excavator working model for STEM learning

Hydraulic excavator hands-on build science kit

DIY Hydraulic Excavator – Hands-On STEM Kit

Available:In Stock

Product SKU: LGPW032

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₹ 299 ~~₹ 449~~

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Highlights

Promotes Critical Thinking
Problem-Solving Skills
Encourages Creativity
Perfect for Group Learning
Encourages Innovation
Supports STEM Education
Boosts Motor Skills
Spark Curiosity and Exploration
Perfect Gift for Aspiring Inventors
Beware of Products with Chinese Manuals
Safe and Non-Toxic Materials
Guaranteed Quality Assurance
Easy-to-Assemble Parts
English User Manual Included

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Video support to be purchased separately

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DO IT YOURSELF

Details

Unassembled DIY set.
English User Manuals.
No power supply is required in this kit

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🏠 Warehouse Details:

46 A - 103

Specification

Description

Hands On Science DIY Hydraulic Excavator – Syringe Powered Model

The DIY Hydraulic Excavator – Hands-On STEM Kit with Syringes is designed to deliver hands on science learning through a realistic hydraulic excavator model. Built to support the stem curriculum, this kit allows students to assemble structural parts, hydraulic syringes, tubes, and a pump system while understanding fluid dynamics in a practical way. By controlling fluid flow, learners operate the excavator’s arm, scoop, and rotation, making hands on science both engaging and educational.

Materials and User Manual

Wooden Structure – Main support framework for stability.
Hydraulic Syringes – Control fluid pressure to move parts.
Hydraulic Tubes – Connect syringes to hydraulic cylinders.
Hydraulic Cylinders – Power the excavator’s arm and scoop.
Excavator Arm & Scoop – Realistic mechanical moving parts.
Screws & Nuts – Secure all components during assembly.
User Manual: Step-by-step instructions aligned with the stem curriculum.

Working Principle

The working principle of this hydraulic science project demonstrates hands on science through hydraulic force and fluid dynamics. When a syringe is pressed, fluid travels through tubes into hydraulic cylinders, smoothly moving the excavator’s arm and scoop. This system mirrors real hydraulic machinery and reinforces core engineering concepts used in the stem curriculum.

Advantages of This Science Project

Quality Time Together: Build the excavator together and enjoy meaningful learning moments through hands on science exploration.

Learning Wrapped in Fun: This interactive model transforms complex concepts into an engaging experience aligned with the stem curriculum.

Confidence and Achievement: Completing the project strengthens confidence while developing problem-solving and analytical skills.