Laufenn

G FIT EQ

High performance tyre

The G FIT EQ provides consumers with better handling, braking and fuel efficiency, even in wet conditions.

Wet, Wear lifen, Dry

Features

  • Summer : Optimised dry, wet
    performance
  • Impressive tread life
  • Quiet, smooth driving across
    all road conditions
G FIT EQ

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Performance

Wet

The G FIT EQ is designed for drivers who aim for optimal performance, especially during wet conditions.

Features

  • Summer : Optimised dry, wet
    performance
  • Impressive tread life
  • Quiet, smooth driving across
    all road conditions
G FIT EQ
  • Grooves designed for superior water drainage
  • Inside kerf
  • Centre groove sipes

Wet, Handling

Grooves designed for superior water drainage
The lateral groove design enhances water drainage and road gripping performance, thus improving steering stability for good handling on wet roads.
Inside kerf
The asymmetric patterns of the inside kerf design enhance handling performance on wet roads and cornering stability.
Centre groove sipes
The centre groove sipes allow for faster water drainage improving overall performance.

Wear life

The G FIT EQ provides secure driving, from beginning to end, with long tread life.

Features

  • Summer : Optimised dry, wet
    performance
  • Impressive tread life
  • Quiet, smooth driving across
    all road conditions
G FIT EQ
  • Belt edge tape
  • New hybrid compound
  • Special rubber layer
  • Long mileage and even tread wear

Wear life, Handling

Belt edge tape
A folded belt edge tape design is incorporated between the tyre’s two tread belts to improve handling performance in high speed.
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New hybrid compound
The use of a high-performance polymer compound enables the tyre to easily handle 3-dimensional movement which in turn reduces rotational resistance and increases tyre wear life.
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Special rubber layer
The tread pattern and special rubber structure minimise the rotational resistance and maximise efficiency.
Long mileage and even tread wear
An optimised tyre profile designed by an advanced computer-aided simulation improves braking performance and even wear by evenly distributing weight over the tyre’s contact patch.
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Handling & cornering

The G FIT EQ helps drivers enjoy a comfortable and quiet ride via optimised technology.

Features

  • Summer : Optimised dry, wet
    performance
  • Impressive tread life
  • Quiet, smooth driving across
    all road conditions
S FIT EQ
  • Asymmetric patterns, Half-depth of outer lateral groove
  • Tie-bars
  • Optimised stiffness distribution design
  • Designed kerf

Wear life, fuel efficiency, braking

Asymmetric patterns
Without kerf cuts, the designed pattern reinforces the outside block stiffness which in turn enhances cornering stability.
Half-depth of outer lateral groove
The differentiated groove depth reinforces both the in and outside block stiffness leading to an enhanced cornering and handling stability.
Tie-bars
Tie-bars that connect the shoulder blocks reinforce the stiffness of the shoulder tread providing maximum cornering grip whilst minimising irregular wear.
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Optimised stiffness distribution design
An optimised three variable pitch stiffness distribution tread block design ensures minimum vibration and noise as well as improved riding comfort.
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Designed kerf
Optimised kerf depth ensures improved driving performance and a smoother, more comfortable ride.

Tyre structure

The G FIT EQ adopts new technology for passenger cars, engineered for great steering and comfortable ride.

S FIT EQ
  • Long mileage compound
  • 1 or 2 Layer jointless nylon full cover
  • Folded belt edge tape
  • Wide 2 steel belts
  • Equilibrium carcass line design
  • Adoption of high-hardness bead filler
  • Strong single stand bead wire
Long mileage compound
Improves tread wear life.
1 or 2 Layer jointless nylon full cover
Maximises the tyres contact with the road for improved handling and tread life, (depending on the tyre size).
Folded belt edge tape
Improves handling performance in high speed.
Wide 2 steel belts
Ensure optimal tread stiffness for improved handling performance.
Equilibrium carcass line design
Minimizes tyre deformation and allows greater sidewall stiffness.
Adoption of high-hardness bead filler
Improves handling and steering response.
Strong single stand bead wire
Improved bead uniformity.

Available Sizes

  • 13 inch
  • 14 inch
  • 15 inch
  • 16 inch
  • 17 inch
Tyre Sizes Header
Size Load Index Speed Symbol Ply Rating Sidewall Type
Tyre Sizes Body

Service

  • Tyre guide
  • Tyre structureLearn more
  • Tyre sidewallLearn more
  • Sizes & specsLearn more
  • Load & speedLearn more
  • Care guide
  • Tyre pressureLearn more
  • MaintenanceLearn more
  • RotationLearn more
  • BalanceLearn more
  •  
  • Wheel alignmentLearn more
  • ReplacementLearn more

Tyre guide

  • Tyre structure
  • Tyre sidewall
  • Sizes & specs
  • Load & speed

Tyre structure

Tread, shoulder, sidewall, bead, carcass, belt, inner liner, and other components are structurally connected to complete the scientific structure of a tyre.

Tread (the part that has direct contact with the road surface)

The tread consists of a thick layer of rubber which comes into direct contact with the road surface. It is highly resistant to fracture and shock in order to protect the carcass and belt located in the tyre’s interior. Also, rubber with strong anti-inner abrasion features is used to increase the tyre’s driving lifespan.

Shoulder (the shoulder of the tyre)

Located between the tread and sidewall, the shoulder is the thickest part in a tyre. Because of this, the shoulder is designed to quickly and easily dissipate heat that accumulates inside the tyre while driving.

Sidewall (the side (lateral part) of the tyre)

Located between the tyre’s shoulder and bead, the sidewall protects the carcass on the inside and provides a comfortable riding experience due to its flexibility during driving. Also, the type of tyre, size, structure, tread pattern, manufacturer, brand name, and other detailed information are marked on the sidewall.

Bead (the part that is in contact with the rim)

The bead wraps around the end of the cord and fixes the tyre to the rim. It is made up of various parts including the bead wire, core, rubber and flipper. In general, the rim is slightly tightened so in the case of sudden reduction of air pressure while driving, the tyre will not become unfastened from the rim.

Carcass (the framework of the tyre)

The carcass is the framework of the tyre, the most important part. The carcass refers to all layers made up of tyre cord. It absorbs the tyre’s internal air pressure, weight and shock.

Breaker or belt (the layer in between the tread and carcass)

The breaker is a cord layer placed in between the tread and carcass in a bias tyre to protect the carcass. It absorbs external shock and prevents splintering or injury to the tread from coming into direct contact with the carcass. At the same time, the breaker prevents the separation of the rubber layer and carcass. The belt is a strong reinforcement layer located in the circumference in between the tread and carcass in radial tyres. The belt’s functions are similar to those of the breaker but it also reinforces the strength of the tread by firmly tightening the carcass.

Inner liner

The inner liner substitutes for the tube in the tyre’s interior and consists of rubber layer with low air permeability. The rubber layer generally consists of butyl, synthetic rubber, or polyisoprene type. The main function of the inner liner is to hold high-pressure air inside.

Tyre sidewall

A tyre’s sidewall protects the carcass on the inside and provides a comfortable riding experience due to its flexibility during cornering. Also, the type of tyre, size, structure, tread pattern, manufacturer, brand name, and other detailed information are marked on the sidewall.

DOT (Department of transportation)


Tyre size

Tyre size notation is dependent on vehicle type but primarily consists of symbols and numbers denoting tyre width, aspect ratio, diameter, load index and speed symbol that indicate tyre performance.

Safety warning

This indicates important information related to tyre use.

Place of origin

This indicates the region where the tyre was manufactured.

Size & specs

The selection criteria for tyres change depending on the type of vehicle you own and your style of driving. For a pleasurable driving experience, it is important to take these factors into consideration when selecting an the appropriate Laufenn tyre for you.

Tyre section width

Distance (mm) in a straight line between the sidewalls fitting to rim with standards air pressure and without loads.

Tyre section height

Half of a distance which is difference between tyre’s outer diameter and rim diameter.

Aspect ratio

The ratio of section height to section width.
*Aspect ratio = (Height) / (Width) X 100

Rim diameter

The distance between the rim bases in contact with the rim flange (almost identical to the tyre’s interior diameter).

Tyre overall diameter

Outer diameter of tyre fitting to rim with standards air pressure and without loads.

Load & speed

The symbol that shows a tyre's performance level consists of two parts: tyre performance is marked by load index (LI) and speed symbol (SS). LI refers to the maximum load that one tyre can support, and SS refers to the maximum speed that a tyre can handle.

Load index

Load index is a numerical code stipulating the maximum load each tyre can carry. For example, if the load index is 100, it means that a tyre can carry a load up to 800kg.

Speed symbol

Speed symbol indicates the maximum speed at which the weight (with the exception of weight when speed is equal to or exceeds 210 km/h) designated by the manufacturing company can be supported by the tyre.

Care guide

  • Tyre pressure
  • Maintenance
  • Rotation
  • Balance
  • Wheel alignment
  • Replacement

Tyre pressure

The tyre inflation pressure is directly related to safety. Therefore, tyre pressure must be checked regularly, and proper maintenance can prolong the lifespan of the tyres. Learn about the importance of tyre inflation pressure and how to check the pressure of your tyres.

Importance of tyre pressure

- Optimum air pressure should be maintained to ensure safety, driving performance, tyre life and fuel cost.
- Tyres have been known to lose up to one psi in a month (psi: pound per square inch) Therefore, it is important to check all tyres, even the spare, at least once a month or before a long trip.

Recommended interval

Tyre pressure should be checked every month.

Checking for optimum tyre pressure

Laufenn tyre recommends you to check your tyre pressure once in a month.
The optimum air pressure level for your tyre can be found on the inner side of the car door (on the tyre placard), inside the fuel cap or in the car manual (the location of the sticker can vary according to country).
DO NOT compare your inflation pressure to its maximum pressure marked on the tyre’s sidewall.

How to check tyre pressure

1. Purchase a certified air pressure gauge or take your vehicle to a nearby service centre for a check-up.
2. Tyres must be checked in a “cold” state (at least three hours after driving).
3. Insert the gauge into the valve.
4. Compare the measured air pressure level with the level listed on the tyre placard.

- If the measured figure is higher, release air until the figure matches what is listed on the tyre placard.
- If the measured figure is lower, insert more air until the figure matches what is listed on the tyre placard.

Maintenance

Tyre wear directly affects the driver’s safety and the performance of the vehicle. It is essential for the driver to be well-informed about how to check for tyre wear regularly.

Importance of checking for tyre wear

The deeper the groove, which is on the surface of the tyre, the more grip a tyre will have. You can prevent danger of unexpected accidents by checking for tyre wear on a regular basis.

Recommended interval between check-ups

Laufenn tyre recommends that you check for tyre wear once a month. Also, make sure to do a check once more after long distance travel.

Checking for tyre wear with tyre tread wear indicator

You can check for the depth of the groove by using a tyre tread depth gauge or by observing the tread wear indicator on the side of the tyre. To ensure optimum safety and performance, tyres should be replaced when the tyre groove wears below 2mm to 3mm.

Rotation

Periodic rotation prevents uneven wear, prolonging the life of your tyres. Learn about the importance of tyre rotation and how to rotate them.

The importance of tyre rotation

Periodic tyre rotation helps extend the life of your tyres and improve performance level. For your safe driving and saving money, please refer to the rotation method below.

When to rotate your tyres

In general, it is the best to rotate tyres every six months or 10,000km. To change tyre position to the other position ensure even wear and long life of tyre.

Balance

Tyre balance must be checked if there is unexpected vibration or noise from a tyre. Learn about the importance of tyre balance, which is necessary for a comfort driving experience and when to inspect a balance.

The importance of tyre balance

Tyre balancing is a process of compensating for the weight of the tyre and wheel after assembly. If not properly balanced, it increases vibration and cause stress on your vehicle.

When to inspect for tyre balance

If you feel a vibration from a tyre, visit a mechanic where he or she will attach a balancing weight to the exterior or interior of the wheel to counteract centrifugal forces acting on the heavy areas when the wheel is turning.

How to balance tyre and wheel

To balance the tyre and wheel assembly, a balance weight can be used when a certain spot is lighter or heavier than it should be.

Wheel alignment

To prevent vibration, skidding, noise, and wear, wheel alignment inspection is necessary. Learn about useful information regarding wheel alignment and how to perform an inspection.

The importance of wheel alignment

The purpose of wheel alignment is to adjust front-wheel handling while driving. If wheel alignment is off, tyre life is shortened while car and mileage performance also decrease.

When to check wheel alignment

Laufenn tyre recommends to inspect wheel alignment every year or for every 20,000km. The inspection is required

- after a car accident.
- after tyre replacement.
- when there is uneven wear on a shoulder.
- when the steering wheel is unstable and/or vibrating
- when riding is uncomfortable or fuel efficiency gets worse

Replacement

In order to ensure a safe and comfortable ride, it’s strongly recommended all driver to know when and how to replace tyres.

The importance of tyre replacement

Timely replacement of tyre is critical for driver safety and also influences vehicle lifespan and performance.

When to replace a tyre

- In case of severe tyre erosion.
- In case repair is impossible due to tyre puncture.

How to replace a tyre

In the case of a damaged tyre and wheel, professional consultation is recommended. Tyre replacement should only be done by a trained and highly experienced technician.

Tips for tyre replacement

- It is the best to replace two tyres on one axle at the same time.
- Only replacement of one tyre of two on the same axle usually causes to unbalance the vehicle.