Generated by All in One SEO v4.9.7.2, this is an llms.txt file, used by LLMs to index the site.

# AutoMotorGarage

## Sitemaps

- [XML Sitemap](https://automotorgarage.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [How temperature and frequency effects the tire behavior ?](https://automotorgarage.com/post/how-temperature-and-frequency-effects-the-tire-behavior) - Tires and piston rings are the two components which are abused to the greatest extent. What happens between the tire and road at time of braking, acceleration ,maneuvering etc , is extremely important thing to understand .
- [How to calculate value of Rolling radius ?](https://automotorgarage.com/post/how-to-calculate-value-of-rolling-radius) - Rolling radius is the effective radius of the tire when the tire is rotating and moving forward on the ground . The value of rolling radius can be calculated either using the wheel forward & wheel angular velocity or by measuring the distance traveled as a function of wheel revolution.
- [What happens to the tire treads when the tire rolls ? | What is Slip ?](https://automotorgarage.com/post/what-happens-to-the-tire-treads-when-the-tire-rolls-what-is-slip) - When the tire rolls on the ground, their is the difference between the tangential velocity and the velocity of tire with which the tire is moving forward . This difference in velocities lead to the need of understanding the interesting phenomena happening with the tire treads.
- [How load is carried by tire ?](https://automotorgarage.com/post/how-load-is-carried-by-tire) - In your vehicle ,whether it's a car ,truck ,bike or bicycle ,the weight is acted and distributed on the wheels . It is interesting concept to know that the load on the tire is not supported by the bottom part of tire , instead the tire is hanged by the top part .
- [What is Slip angle ? | How lateral force is generated ? | What is self aligning moment ?](https://automotorgarage.com/post/what-is-slip-angle-how-lateral-force-is-generated-what-is-self-aligning-moment) - The vehicle turns because of applied Lateral tire forces . While turning the tire experience a centrifugal or inertial force, which lead to the deformation of tire tread at bottom contact patch and their is the generation of forces and moments.
- [Suspension geometry | Jacking | Instant center & axis | Roll center | Camber gain | Scrub of wheel](https://automotorgarage.com/post/suspension-geometry-jacking-instant-center-axis-roll-center-camber-gain-scrub-of-wheel) - In this Blog, We discuss suspension geometry and its kinematics. The key topics covered in this Blog include degrees of freedom, kinematics of suspension geometry, instant center, instant access, jacking, roll center, camber change rate, and Scrub of wheel.
- [Wheel Alignment | Camber | Steering axis Inclination | Scrub Radius | Benefits & Drawbacks of Camber](https://automotorgarage.com/post/wheel-alignment-camber-steering-axis-inclination-scrub-radius-benefits-drawbacks-of-camber) - In this Blog, You will learn about what camber is and how positive and negative camber affect a vehicle's road handling. Additionally, we will also discuss the significance of steering axis inclination and scrub radius.
- [Toe angles | Dual axis Steering system(DAS) | Thrust angle |How toe effects handling characteristics](https://automotorgarage.com/post/toe-angles-dual-axis-steering-system-das-thrust-angle-how-toe-effects-handling-characteristics) - This Blog is about toe and dual access steering systems, we will discuss what angle is and how toe affects the handling characteristics of a vehicle. What is thrust angle and what is dual axis steering system and how it works.
- [Caster angle | Mechanical Trail | How does the Steering Wheel automatically returns to its center](https://automotorgarage.com/post/caster-angle-mechanical-trail-how-does-the-steering-wheel-automatically-returns-to-its-center) - The caster angle signifies the inclination of an imaginary line that connects the upper and lower steering pivot points, as viewed from the side.

## Pages

- [Home](https://automotorgarage.com/) - Hi, I am Vatsal Jain ! AUTOMOBILE | PRODUCT DESIGN | 3D PRINTING Read More Work with Me Hi, I am Vatsal Jain ! AUTOMOBILE | PRODUCT DESIGN | 3D PRINTING Read More Work with Me Latest Video Featured Post How to calculate value of Rolling radius ?Rolling radius is the effective radius of the
- [Contact](https://automotorgarage.com/contact) - New Inquiry Loading…
- [About](https://automotorgarage.com/about) - Who I Am I’m Vatsal Jain — a mechanical engineer from NIT Jaipur and the founder of Threedeify, a product design and development company based in India, working with clients across the globe. For the past several years, I’ve dedicated myself to helping startups, manufacturers, and innovators turn their ideas into real-world products. From engineering
- [Blogs](https://automotorgarage.com/blog) - All Automobile Suspension Steering Tires How temperature and frequency effects the tire behavior ? Tires and piston rings are the two components which are abused to the greatest extent. What happens between the tire... June 8, 2025 How to calculate value of Rolling radius ? Rolling radius is the effective radius of the tire when

## My Templates

- [Automotorgarge Footer](https://automotorgarage.com/?elementor_library=automotorgarge-footer) - Content Area
- [Automotorgarge Header](https://automotorgarage.com/?elementor_library=automotorgarge-header) - Content Area
- [Blog Post](https://automotorgarage.com/?elementor_library=blog-post) - Vatsal Jain June 7, 2025 Blog Post Share this on Rolling radius is the effective radius of the tire when the tire is rotating and moving forward on the ground . The value of rolling radius can be calculated either using the wheel forward & wheel angular velocity or by measuring the distance traveled as
- [Default Kit](https://automotorgarage.com/?elementor_library=default-kit)

## Categories

- [Automobile](https://automotorgarage.com/post/category/automobile)
- [Wheel Alignment](https://automotorgarage.com/post/category/automobile/wheel-alignment)
- [Suspension](https://automotorgarage.com/post/category/automobile/suspension)
- [Steering](https://automotorgarage.com/post/category/automobile/steering)
- [Tires](https://automotorgarage.com/post/category/automobile/tires)