Tire for EV
Smart Engineering for Electric Vehicles
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High Load Capacity
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Low Rolling Resistance
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Smarter Grip
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High Durability
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Quiet Comfort
Giti EV Technologies
Ecosystem
Giti AdvanZtech is the world’s definitive EV-ready technology platform, specifically engineered to unlock the absolute maximum performance, range, and refinement of modern electric vehicles.
High Load Capacity
Built with stronger reinforcement layers to support the additional weight of EV battery packs while maintaining stability and durability.
Built to handle the extra load of electric vehicles
Stronger Load Support Handles heavier EVs with confidence.
Enhanced Stability Maintains shape and control under higher loads.
Improved Durability Reinforced structure reduces wear and extends tire life.
Low Rolling Resistance
Special silica compounds, profile optimisation and intelligent material engineering reduce energy loss and extend driving range.
Advanced Low Energy Compound
Advanced Materials Low-energy silica compounds
Profile Optimisation Minimised deformation
Intelligent Engineering Maximum efficiency at every rotation
Smarter Grip
Special silica compounds, profile optimisation and intelligent material engineering reduce energy loss and extend driving range.
Advanced Low Energy Compound
Hydrophilic Compound Attracts water molecules
Optimised Grooves Channels water away quickly
Maximised Contact Patch More grip for confident control
High Durability
High-strength carbon black and optimised footprint technology distribute forces evenly to reduce wear.
Nano-Reinforced Structure
Nano-Reinforced Compound High-strength carbon black for superior wear resistance.
Optimised Footprint Technology Even pressure distribution for longer tread life.
Stronger Durability Resists irregular wear for consistent performance.
Quiet Comfort
Integrated acoustic technologies minimise cavity resonance and road noise for a quieter EV cabin.
Low Noise Technology
Cavity Noise Control Special foam inside the tire reduces cavity resonance.
Sound Absorbing Layer Acoustic foam layer absorbs and dampens road noise.
Pitch Sequence Optimisation Computer-optimised pattern design reduces tread pattern noise.
Engineered for
Electric Vehicles
Giti AdvanZtech is the world’s definitive EV-ready technology platform, specifically engineered to unlock the absolute maximum performance, range, and refinement of modern electric vehicles.
EV Tires vs.
Standard Tires
Every detail is engineered to handle the extra demands of electric vehicles.
EV REQUIREMENTS
STANDARD TIRE
GITI EV TIRE
Heavier Battery Weight
EVs are heavier due to large battery packs, putting more load on tires.
Standard carcass design
Basic Load Support
VS
Reinforced belt construction and high-strength structure
Superior Load Support
Instant Torque
EVs deliver instant torque, creating higher stress on tires.
Designed for ICE torque delivery
Moderate Torque Handling
VS
Optimised tread and compound for high-torque EV acceleration
Excellent Torque Handling
Energy Efficiency
Lower rolling resistance extends driving range and improves energy efficiency.
General rolling resistance
Higher Rolling Resistance
VS
Low Rolling Resistance Technology engineered to reduce energy loss
Low Rolling Resistance
Quiet Cabin
EVs have near-silent powertrains, making road noise more noticeable.
Standard noise optimisation
Standard Noise Reduction
VS
Giti Silent Technology for reduced road noise and vibration
Outstanding Noise Reduction
Wet Safety
Instant torque and heavier weight require strong wet grip and shorter braking distances.
Standard tread design
Standard Wet Performance
VS
Hydrophilic compound and advanced groove design
Excellent Wet PerformanceGiti Engineered Safety for EV
Giti's EV safety technologies are engineered to maximise road contact, improve water evacuation, and deliver confident handling in challenging weather conditions.
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Hydrophilic
Rubber Compound -
High Grip
Pattern Design -
Groove
Pre-Deformation
Design
Enhanced Grip at the Molecular Level
Giti's advanced hydrophilic compound increases the tire's affinity with wet road surfaces, helping maintain stronger contact even in heavy rain.
Wet Grip
Braking Performance
Handling Confidence
Maximised road contact and control
Giti’s High-Grip Pattern Design optimizes tread placement to evenly distribute pressure, improving braking and cornering predictability. This stability provides steering control and braking confidence for high-torque electric vehicles.
Wet Grip
Braking Performance
Handling Confidence
Faster and more stable water evacuation
Giti’s Groove Pre-Deformation Design preserves groove shape while rolling under weight, allowing efficient water drainage. This maintains road contact and enhances wet-road stability and aquaplaning resistance.
Wet Grip
Braking Performance
Handling Confidence
Tire for EV
Smart Engineering for
Electric Vehicles
Giti EV Technologies Ecosystem
High Load Capacity
High Load Capacity
Built with stronger reinforcement layers to support the additional weight of EV battery packs while maintaining stability and durability.
Built to handle the extra load of electric vehicles
Stronger Load Support Handles heavier EVs with confidence.
Enhanced Stability Maintains shape and control under higher loads.
Improved Durability Reinforced structure reduces wear and extends tire life.
Low Rolling Resistance
Special silica compounds, profile optimisation and intelligent material engineering reduce energy loss and extend driving range.
Advanced Low Energy Compound
Advanced Materials Low-energy silica compounds
Profile Optimisation Minimised deformation
Intelligent Engineering Maximum efficiency at every rotation
Smarter Grip
Special silica compounds, profile optimisation and intelligent material engineering reduce energy loss and extend driving range.
Advanced Low Energy Compound
Hydrophilic Compound Attracts water molecules
Optimised Grooves Channels water away quickly
Maximised Contact Patch More grip for confident control
High Durability
High-strength carbon black and optimised footprint technology distribute forces evenly to reduce wear.
Nano-Reinforced Structure
Nano-Reinforced Compound High-strength carbon black for superior wear resistance.
Optimised Footprint Technology Even pressure distribution for longer tread life.
Stronger Durability Resists irregular wear for consistent performance.
Quiet Comfort
Integrated acoustic technologies minimise cavity resonance and road noise for a quieter EV cabin.
Low Noise Technology
Cavity Noise Control Special foam inside the tire reduces cavity resonance.
Sound Absorbing Layer Acoustic foam layer absorbs and dampens road noise.
Pitch Sequence Optimisation Computer-optimised pattern design reduces tread pattern noise.
Engineered for
Electric Vehicles
Giti AdvanZtech is the world’s definitive EV-ready technology platform, specifically engineered to unlock the absolute maximum performance, range, and refinement of modern electric vehicles.
Giti Engineered
Safety for EV
Giti's EV safety technologies are engineered to maximise road contact, improve water evacuation, and deliver confident handling in challenging weather conditions.
Hydrophilic Rubber Compound
Enhanced Grip at the Molecular Level
Giti's advanced hydrophilic compound increases the tire's affinity with wet road surfaces, helping maintain stronger contact even in heavy rain.
Maximised road contact and control
Giti’s High-Grip Pattern Design optimizes tread placement to evenly distribute pressure, improving braking and cornering predictability. This stability provides steering control and braking confidence for high-torque electric vehicles.
Faster and more stable water evacuation
Giti’s Groove Pre-Deformation Design preserves groove shape while rolling under weight, allowing efficient water drainage. This maintains road contact and enhances wet-road stability and aquaplaning resistance.
Giti EV Original Equipment (OE) Tires ok
Chosen as Original Equipment (OE) by leading vehicle manufacturers, Giti EV tires are engineered and validated to meet the performance demands of electric vehicles.
BMW iX1 and iX2
Yangwang U9X
BYD Sealion 7
Volkswagen ID.Buzz
The Giti EV-Ready Range
Sedan
Electric Vehicle
GitiControl P10
Aspect Ratio
35 - 65Speed Rating
V - Y
Sport
GitiSport S2
Rim Size
17 - 22Aspect Ratio
30 - 55Speed Rating
W - Y
Sedan
Electric Vehicle
GitiSynergy H2
Rim Size
14 - 18Aspect Ratio
55 - 70Speed Rating
T - W
Sedan
Electric Vehicle
GitiComfort 225v1
Rim Size
18 - 22Aspect Ratio
40 - 50Speed Rating
V - V
Sedan
Electric Vehicle
GitiComfort F26
Rim Size
15 - 18Aspect Ratio
60 - 70Speed Rating
H - V
Giti EV Knowledge Centre
How do tires affect electric-vehicle driving range?
EV tire rolling resistance is affected by the tire's rubber compound, construction, tread and profile design, inflation pressure, load, temperature and driving conditions. Lower rolling resistance reduces the energy lost as a tire deforms while rolling, helping an electric vehicle use its battery energy more efficiently.
Read More
What Does the BMW * Marking on a Tire Mean?
The BMW * (star) marking on a tire indicates that the tire has BMW Group approval in accordance with the manufacturer's Original Equipment specifications. Giti's GitiSynergy H3 in 245/40 R20 99Y XL carries the * marking for its OE fitment on the all-electric BMW iX1 and BMW iX2.
Read More
Are Giti tires approved as original equipment for electric vehicles?
Giti supplies Original Equipment tires for a growing range of electric vehicles, including EVs from BMW, Volkswagen and BYD. Examples include the GitiSynergy H3 for the BMW iX1 and iX2, GitiSynergy H2 for the Volkswagen ID. Buzz, and Giti tire fitments for the BYD SEAL.
Read More
Why is tire noise more noticeable in an electric vehicle?
Tyre noise can be more noticeable in an EV because there is less engine and exhaust noise to mask sounds generated by the tyres, road surface and airflow.
Read More
