DO YOU CHECK MY CREDIT?

Absolutely not, we don’t even ask for your SIN card. We will never check your credit.

WHAT IS THE INTEREST RATE?

We choose the best companies to work with. The companies we choose charge just 1.5 percent interest per month.

WHAT DOCUMENTS DO I NEED TO BRING IN FOR FINANCING?

All you need to bring in is your driver’s licence, valid insurance slip, vehicle ownership, and a direct deposit form or void cheque.

HOW ARE MY PAYMENTS MADE?

The funds are deducted directly from your bank account.

HOW MUCH WILL I BE APPROVED?

This all depends on the year, make, and model of your vehicle. Typically if your vehicle is 2012 with less than 200 000 kms you are approved for $5000+.

ARE THERE ANY UPFRONT COSTS I NEED TO PAY?

There are no upfront costs, you walk out with zero dollars paid out of your pocket.

WHAT ARE THE PAYMENT TERMS?

You can pay weekly, bi-weekly, or monthly. 12, 24,36, or 48 months. All loans are open loans, so they can be paid off at any time, without any penalties.

What products and services can I finance or make monthly payments for?

You can financing anything related to an automobile. Like Brakes, suspension, steering, rims, custom wheels, tires, vehicle suspension or lowering, even vehicle wraps.

Written by : Faisal Mohammad

Licensed Automotive Service Technician with Over 22 Years of Experience

1. Mastering the Wheel & Tire Universe: The Ultimate Guide Series

Introduction to Wheel and Tire Universe

Embarking on a journey into the fascinating world of wheels and tires, this comprehensive series will offer in-depth insights into various aspects of automotive wheels and tires. From understanding the basic components to the more complex concepts, this series is designed to provide vehicle owners with a wealth of knowledge.

Importance of Understanding Wheel and Tire Components

The performance, safety, and efficiency of a vehicle are greatly influenced by its wheels and tires. Understanding the components of these crucial parts of a vehicle can make a significant difference in driving experiences. Familiarity with terms like bolt pattern, centerbore, and tire pressure monitoring system (TPMS) not only empowers vehicle owners to make informed decisions about their wheel and tire choices but also facilitates effective communication with automotive professionals.

Overview of the Series

This series will delve into a wide range of topics, including but not limited to, bolt patterns, centerbores, TPMS, as well as tips for cleaning and storing alloy wheels. Each guide in the series aims to provide detailed explanations, practical advice, and useful tips to help vehicle owners optimize the performance and longevity of their wheels and tires.

The first few installments of the series will focus on understanding essential wheel and tire components like bolt patterns and centerbores. Subsequent guides will delve into topics like TPMS and the importance of its maintenance. The series will also cover practical topics such as cleaning and storage tips for alloy wheels.

Stay tuned for this informative series that aims to turn any vehicle owner into a wheel and tire expert. From understanding complex components to mastering the art of wheel care, this series is your ultimate guide to mastering the wheel and tire universe.

Bolt Patterns

The bolt pattern of a wheel is a fundamental part of wheel and tire knowledge, and understanding it is crucial for any vehicle owner.

Understanding Bolt Patterns

A bolt pattern is the arrangement of lug holes on a wheel, designed to attach the wheel to the vehicle. These patterns can vary from vehicle to vehicle and wheel to wheel. The bolt pattern is often denoted by two numbers: the number of lug holes and the diameter (in millimeters or inches) of the circle that passes through the center of the lug holes.

Common bolt patterns include 4×100, 6×135, 5×4.5, and so on. The first number represents the number of lug holes, while the second number refers to the diameter of the imaginary circle.

Bolt Pattern	Number of Lug Holes	Diameter
4×100	4	100mm
6×135	6	135mm
5×4.5	5	4.5 inches

In some cases, wheels may feature a dual bolt pattern, allowing them to fit on vehicles with two different bolt patterns.

Importance of the Right Bolt Patterns

Choosing the correct bolt pattern for your wheel is critical for the safety and performance of your vehicle. A wheel with an incorrect bolt pattern will not properly fit onto the vehicle’s hub, leading to issues such as wheel misalignment, vibration, and potential damage to the wheel or hub.

A wheel’s bolt pattern must match that of the vehicle’s hub. This ensures that the wheel is centered on the hub and can be securely fastened. If you are considering aftermarket wheels, it’s essential to verify the bolt pattern to ensure a proper fit.

Understanding bolt patterns is a fundamental part of our ongoing series on mastering the wheel and tire universe. It’s an important step in ensuring the safety and performance of your vehicle on the road. Stay tuned for the next part of the series, where we will delve deeper into other vital wheel and tire components.

Centerbores

As part of the wheel and tire series, we will now discuss about one of the key elements of wheel mechanics, the centerbore.

What are Centerbores?

The centerbore of a wheel is the large hole in the center that locates the wheel correctly on the vehicle’s hub. It is designed to match precisely with the hub for a secure and balanced fit. This hole is also known as the hub hole or hub bore. The size of the centerbore can vary depending on the make and model of the vehicle.

In the case of aftermarket wheels, they often come with a larger centerbore to fit a wider range of vehicles. For these wheels, a hub-centric ring is used to fill the gap between the wheel and the vehicle’s hub, ensuring a snug fit. For more information about hub-centric rings, visit our article on hub-centric ring.

The Role of Centerbores in Wheel Performance

The centerbore plays a vital role in ensuring the smooth performance of a vehicle. A perfectly fitting centerbore ensures the wheel is perfectly centered on the vehicle’s hub. This is critical because it eliminates any possibility of vibration that might occur if the wheel is off-center.

When the wheel is mounted on the hub, the vehicle’s weight is carried by the hub bore and not the lug studs. This helps in maintaining the balance of the vehicle and also reduces the stress on the wheel studs, enhancing their longevity.

However, an incorrect centerbore size can lead to several issues. If the centerbore is too small, the wheel will not fit the hub. If it’s too large, the wheel may not be centered properly on the hub, leading to vibration and other performance issues.

By understanding the role of centerbores, vehicle owners can make informed decisions when replacing or upgrading their wheels. For more information about different wheel and tire components, stay tuned for the upcoming articles in this series.

Tire Pressure Monitoring Systems (TPMS)

In the world of wheels and tires, the Tire Pressure Monitoring System, commonly known as TPMS, plays a vital role. This system contributes significantly to vehicle safety and performance, making it an essential component for vehicle owners to understand.

The Function of TPMS

The primary function of a TPMS is to monitor the air pressure inside the tires. It alerts the driver when the tire pressure falls below the recommended level. This is crucial as under-inflated tires can lead to various issues such as reduced fuel efficiency, poor handling, longer stopping distances, and even tire blowouts.

A TPMS usually consists of sensors located in the tire that measure the pressure and send this information to a monitor in the vehicle’s dashboard. When the tire pressure drops below a specific threshold, typically 25% below the manufacturer’s recommended level, the system activates a warning light on the dashboard. This alert can potentially prevent accidents caused by under-inflated tires.

Maintenance of TPMS

Maintaining the TPMS is critical for ensuring its accuracy and longevity. Regular checks should be carried out to ensure the system is functioning correctly. When replacing tires or wheels, it’s important to ensure the TPMS sensors are not damaged.

If the warning light on the dashboard remains illuminated even after inflating the tires to the correct pressure, it could indicate a problem with the TPMS sensors. In such cases, professional assistance should be sought to diagnose and fix the issue.

It’s worth noting that the battery life of TPMS sensors is typically between 5 to 10 years. As these batteries are sealed inside the sensor, the entire sensor will need to be replaced once the battery dies.

Vehicle owners should refer to their owner’s manual or consult with a tire professional to understand the specific TPMS maintenance needs of their vehicle.

By understanding the function and maintenance of TPMS, vehicle owners can ensure the safety and performance of their wheels and tires. To learn more about other essential wheel and tire components, continue exploring this series.

Cleaning and Storage of Alloy Wheels

Maintaining the condition of your alloy wheels is an essential part of vehicle ownership. Proper cleaning and storage practices can help prolong the lifespan of your wheels, enhance their appearance, and ensure optimal performance. In this part of the series, we will delve into effective strategies for cleaning and storing alloy wheels.

Cleaning Tips for Alloy Wheels

Regular cleaning of alloy wheels can help eliminate grime, dust, and other residues that can compromise the wheel’s performance over time. Here are some tips to clean your alloy wheels effectively:

Use a soft, non-abrasive cloth or sponge: This helps to prevent scratching the surface of the alloy wheels.
Choose a pH-neutral cleaning solution: Acidic or basic cleaning solutions can damage the finish of alloy wheels. A pH-neutral solution will clean effectively without causing harm.
Rinse thoroughly with warm water: After applying the cleaning solution, it’s important to rinse the wheels thoroughly to remove all residues.
Dry with a clean microfiber towel: After rinsing, dry the wheels thoroughly to prevent water spots and streaks.
Apply a wheel protectant: A wheel protectant can help to shield the alloy from harmful elements and make future cleaning easier.

For a comprehensive guide on cleaning alloy wheels, check our article on cleaning alloy wheels.

Storage Tips for Alloy Wheels

Proper storage of alloy wheels is equally important, particularly for those who switch between summer and winter tires. Follow these tips for optimal wheel storage:

Clean before storage: Ensure that the wheels are thoroughly cleaned before storing to prevent corrosion and damage.
Store in a dry, cool place: Moisture and heat can damage alloy wheels. Store them in a dry, cool, and preferably dark location to protect them from these elements.
Use protective covers: Wheel covers or bags can provide an extra layer of protection against dust, moisture, and accidental scratches.
Store off the ground: If possible, store alloy wheels off the ground to prevent them from absorbing moisture.

To gain more insights into the best practices for wheel storage, visit our article on wheel storage.

By adhering to these cleaning and storage tips, vehicle owners can ensure that their alloy wheels remain in top condition. This not only maintains the visual appeal of the vehicle but also contributes to its overall performance and safety. Stay tuned to this series for more in-depth guides and insights on various wheel and tire topics.

Upcoming Topics in the Series

In this master guide series, we will continue to explore the complex universe of wheels and tires. The aim is to equip vehicle owners with comprehensive knowledge to make informed decisions about their vehicles’ wheels and tires.

Sneak Peek into Future Guides

The future guides in this series will delve deeper into various aspects of wheels and tires. Some of the topics that we will cover include:

Offset: Understanding the importance of zero offset, positive offset, and negative offset in wheel fitting.
Aspect Ratio: Learning about the aspect ratio and how it affects tire performance.
Tire Load and Speed Ratings: Getting to know the tire load rating and tire speed rating and their significance in vehicle safety.
Hardware Kit: In-depth knowledge about the hardware kit and its components.
Tire Glossary: A comprehensive glossary to familiarize readers with common terminology in the world of tires.

What to Expect Next in the Series

The next guide in the series will focus on wheel offsets. This topic is crucial for anyone looking to purchase aftermarket wheels or modify their vehicle. The guide will cover the definitions of zero, positive, and negative offsets, and explain their impact on vehicle performance and safety.

Following this, we will explore the aspect ratio of tires, which influences ride comfort, handling, and fuel efficiency. The guide will explain how to interpret the aspect ratio and choose the right tires for your vehicle.

Next, we will delve into the critical safety features of tires – the tire load rating and tire speed rating. This guide will help you understand why these ratings are important and how to choose tires that meet your vehicle’s requirements.

In addition, our series will also include a guide on hardware kits used for installing wheels and tires. This guide will break down the components of a hardware kit, their functions, and importance.

Lastly, we will publish a comprehensive tire glossary. This glossary will be a handy reference for vehicle owners, helping them understand the various terms and jargon used in the tire industry.

Stay tuned for these exciting topics in our master guide series. Our aim is to make the world of wheels and tires accessible and understandable for all vehicle owners.