Safety
Fuel Efficiency
Anti-irregular Wear
Capacity
Technology
Safety
- Innovating tire structure & features to overcome real-life challenges
- Achieved through structural design and reinforcements
- Increases damage resistance and handling in various applications and conditions
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Sipes+ 3D Design Technology
Special interlocking polyhedral struture design improves wear resistance and wet performance.
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Sidewall Guard+ Technology
Improved structural and material composition contributes to increased strength, anti-scratch capabilities and resistance to ozone degradation.
Fuel Efficiency
- Reduces energy and fuel consumption through the application of low-rolling resistance technology
- Achieved through advanced compounding, design and optimised with advanced simulation technology
- Better fuel economy and lower running costs
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EcoRoll Compound Technology
Low rolling resistance compound recipe reduces energy and fuel consumption.
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Pattern G-Solidity Design
Specific pattern hardness reduces energy lost to flexing and tire heat generation.
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Low RR Structure & Profile
Reduced shoulder and bead deformation effectively achieved through utilisation of advanced simulation technology.
Anti-Irregular Wear
- Promotes even distribution of pressure across contact face
- Achieved through pattern integrity, simulation technology and optmised tire construction
- Reduces irregular wear, extending tire lifespan
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Tread Pattern Rigidity Technology
Tire structure optimised to reduce excessive wear of outer tread blocks.
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Pattern G-Integrity Design
Design and compound that promotes pattern integrity, reducing pattern slip
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Contour Contact Technology
Even distribution of pressure across contact face for uniform wear
Through PDT pattern stiffness optimization technology, the change amplitude of the land-to-land ratio sweep curve in front of the contact mark is reduced within the entire circumference of the tire to ensure the uniformity of pattern stiffness distribution during tire rolling, thereby improving tire wear mileage.
Loading Capacity
- Increased strength for higher loading capacity for greater hauling strength
- Achieved through advanced cord construction and reforced bead technology
- Increases load bearing capabilities and bead strength
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CapMax Casing Technology
Upgraded steel cord construction and assembly increases cord strength and load capacity.
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CapMax Bead Technology
Reinforced bead ensures stronger attachment to wheel, lower bead heat and deformation.
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Smart Belt Winding Technology
Advanced manufacturing enables even weight distribution across contact surface, increasing crown durability
Durability
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UltraDurability Technology
Specialised combination of belt construction and material distribution ensures tire durability
- Increasing tire longevity and run-time
- Achieved through optimised belt and shoulder structure
- Reducing shoulder deformation and aging to increase durability
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Optimized Belt Structure Technology
Optimised belt distribution reduces shoulder deformation, increasing durability
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Shoulder Structure Technology
Material distribution within the shoulder
optimised to lower internal temperature,
reduce aging of rubber and increase
overall durability.
GitiSmart Technology
- Building technologies for the fleets of tomorrow
- Creating smart tires for various fleets and purposes
- Increases data accuracy and fleet efficiency
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IoT-Enabled Live Monitoring
Efficient fleet management through remote monitoring of tire load and pressure
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RFID Smart Tires
Smart tags within the tire enables accurate tire tracking and the pioneering of ways in which this technology can be used to improve maintenance and fleet operational efficiency
