Full Geometry & Corner Weighting

Depending on your Vehicle’s adaptability, a four-wheel alignment will fine-tune camber, caster, and toe angles. These settings can adhere to OEM standards or fast road specifications, amateur or professional track configurations, as set up by our specialists. Involved is an in depth inspection of bushes, suspension, and steering components. Any excessive movement could lead to a shift in wheel alignment as the vehicle navigates the road or track.

Benefits

• Enhanced Tire Longevity: Misalignment often leads to uneven or premature tire wear. Aligning your wheels correctly can substantially prolong the lifespan of your tires.
• Increased Fuel Efficiency: Vehicles with misaligned wheels experience higher fuel consumption as the wheels create more resistance on the road surface. Proper wheel alignment reduces this resistance, resulting in better fuel economy and more miles per tank.
• Environmentally Friendly Driving: With improved fuel efficiency and reduced tire wear, your environmental impact diminishes. Aligning your wheels also
  contributes to lowering your personal carbon footprint by emitting fewer CO2 emissions.
• Cost Savings: By extending tire lifespan and improving fuel efficiency, proper wheel alignment ultimately reduces your overall motoring expenses.
• Enhanced Handling: Aligning your wheels according to the manufacturer’s specifications can rectify various handling issues, leading to a smoother and more enjoyable driving experience.

Summary Of Adjustments

• Ride Heights & Rake Set
• Camber Set (Front & Rear)
• Caster Set (Front & Rear)
• Toe Set (Front & Rear)
• Corner Weighting
• Aero Adjusted (Where Possible)

Why Should I Corner Weight?

Corner weighting your car is essential in many motorsport disciplines because it can significantly impact lap times and the overall performance of the vehicle. By distributing weight effectively, corner weighting enhances predictability and stability for the driver, ultimately improving the car’s capabilities on the track.

One of the key insights provided by corner weighting is the distribution of mass across each wheel. If there’s uneven weight distribution, it can result in varying levels of grip for each tire. This inconsistency can lead to unpredictable handling characteristics and uneven cornering performance. Additionally, achieving a balanced front-to-rear weight distribution is crucial for optimizing traction, especially on the driven wheels, thus enhancing acceleration and cornering abilities.

In motorsport, aiming for a weight distribution close to 50/50 is often the goal. This balanced distribution ensures that each tire receives a similar amount of grip, minimizing tendencies for oversteer or understeer. Consequently, the car can maintain higher speeds through corners with greater stability and control.

Moreover, corner weighting serves practical purposes beyond performance optimization. It helps ensure compliance with mass regulations set by championship organizers. Identifying any excess weight allows teams to strategize and make adjustments to meet regulatory requirements, thereby maintaining competitiveness within the championship.

In summary, corner weighting plays a crucial role in motorsport by optimizing handling, enhancing performance, and ensuring regulatory compliance, ultimately providing teams with a competitive edge on the track.