Cut Section Model Of Rack & Pinion Type Steering

Name: Cut Section Model Of Rack & Pinion Type Steering
Brand: MODTECH
Price: 2000 INR
Availability: InStock

Get a Price/Quote

MOQ : 1 Unit

Cut Section Model Of Rack & Pinion Type Steering Specification

Size
Standard Size for Laboratory Demonstration

Use
Demonstration & Teaching of Automotive Steering Mechanism

Surface Finish
Powder Coated, Painted & Polished Acrylic

Type
Rack & Pinion Type Steering Cut Section

Material
Metal and Acrylic Components

Dimensions
Approx. 35 x 15 x 20 cm

Shape
Rectangular Base with Detailed Rack & Pinion Shape

Color
Multicolor (As depicted in image: Silver, Black, Red, Transparent)

Function
Shows construction, operation and movement of steering system

Age
For Technical Training/Academic Use

Cut Section Model Of Rack & Pinion Type Steering Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Western Union, Paypal, Cheque

Supply Ability
100 Units Per Week

Delivery Time
1 Week

Main Export Market(s)
Australia, Eastern Europe, Western Europe, Africa, Central America, Middle East, South America, Asia, North America

Main Domestic Market
All India

About Cut Section Model Of Rack & Pinion Type Steering

Rack & Pinion Type Steering

Backed by a diligent workforce and modernized infrastructure facility, we are able to manufacture and supply Rack & Pinion Type Steering. Made of supreme quality components that are considered to be the best in the industry, these products provide accurate and friction less functioning. These products are duly tested by our team of trained quality analyzers to ensure their defect free nature. Rack & Pinion Type Steering can be availed from us in varied models as per the needs of the clients.

Comprehensive Educational Tool

This rack and pinion steering cut section model provides a hands-on experience for learners, making it easier to understand the construction and function of modern steering systems. With clearly visible and movable components, its ideal for demonstrations in automotive training labs.

Durable and Customizable Design

Built from robust metal and transparent acrylic, the model withstands heavy academic use while allowing clear visibility of internal mechanisms. Customization options let institutions tailor the product to specific curriculum needs.

Easy Setup and Safe Transport

The model is delivered in a corrugated box with foam support, ensuring safe transit. Standard dimensions and a sturdy rectangular base make it suitable for various laboratory setups, while an included instruction manual assists in quick assembly and use.

FAQs of Cut Section Model Of Rack & Pinion Type Steering:

Q: How does the cut section model demonstrate the steering mechanism?

A: The model features movable rack, pinion, and tie rods, allowing users to apply steering input and observe how motion is transmitted through the system, illustrating the construction and function of an automotive rack and pinion steering mechanism.

Q: What materials are used in this steering model for durability and clarity?

A: The rack and pinion steering cut section is crafted from metal for strength and polished acrylic for visibility, ensuring both long-lasting performance and clear observation of internal movements during demonstrations.

Q: When is this product typically used in educational settings?

A: It is most often used during classroom demonstrations, practical laboratory sessions, and automotive training workshops, where understanding the steering systems operation is critical.

Q: Where is this cut section model ideally deployed?

A: This model is designed for use in engineering colleges, polytechnic laboratories, and specialized automotive training centers where hands-on teaching of vehicle systems is essential.

Q: What is the process for setting up the model in a training lab?

A: The model arrives packed with foam protection in a corrugated box. With its standard dimensions, it can be placed directly on a lab bench. The included instruction manual guides the assembly and proper handling for immediate classroom or lab demonstrations.

Q: How does using this model benefit students in automotive studies?

A: By examining the interactive, full-visibility design, students can relate theoretical knowledge to real-world mechanics, reinforcing learning through direct observation of the steering systems function and movement.

Tell us about your requirement