Telescopic Gate Model

Telescopic Gate Model is an advanced engineering model that demonstrates how automatic sliding gates work using motorized gear systems and scissor linkages.

Students build a real working expandable gate that opens and closes using a remote-controlled motor system, just like gates used in homes, offices, and security facilities.

Key Features

✔ Remote-controlled opening & closing

✔ Real scissor (expandable) mechanism

✔ Gear-driven motion system

✔ Hands-on DIY assembly

✔ Strong wooden build (safe edges)

✔ Teaches real-world automation systems

✔ Includes learning materials (manual + video + PPT)

 

How It Works (Scientific Principle)

• Motor rotates gear system

• Gear converts rotational motion → linear motion

• Scissor linkage expands and contracts

• Gate opens and closes along track

Concepts Taught

✔ Mechanical linkages (scissor mechanism)

✔ Gear transmission

✔ Motion conversion (rotary → linear)

✔ Automation systems

✔ Engineering design principles

Educational Value

Students gain:

• Practical engineering skills

• Understanding of real gate automation

• Problem-solving and creativity

• Hands-on construction experience

• Exposure to smart infrastructure systems

 70.00

Quantity

Telescopic Gate Model is an advanced engineering model that demonstrates how automatic sliding gates work using motorized gear systems and scissor linkages.

Students build a real working expandable gate that opens and closes using a remote-controlled motor system, just like gates used in homes, offices, and security facilities.

Key Features

✔ Remote-controlled opening & closing

✔ Real scissor (expandable) mechanism

✔ Gear-driven motion system

✔ Hands-on DIY assembly

✔ Strong wooden build (safe edges)

✔ Teaches real-world automation systems

✔ Includes learning materials (manual + video + PPT)

 

How It Works (Scientific Principle)

• Motor rotates gear system

• Gear converts rotational motion → linear motion

• Scissor linkage expands and contracts

• Gate opens and closes along track

Concepts Taught

✔ Mechanical linkages (scissor mechanism)

✔ Gear transmission

✔ Motion conversion (rotary → linear)

✔ Automation systems

✔ Engineering design principles

Educational Value

Students gain:

• Practical engineering skills

• Understanding of real gate automation

• Problem-solving and creativity

• Hands-on construction experience

• Exposure to smart infrastructure systems

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telescopic gate modelTelescopic Gate Model
 70.00
Quantity
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