The global electric hypercar landscape has witnessed a transformative leap as the YANGWANG U9X, equipped with cutting-edge Giti Tire technology, shattered land-speed expectations not once—but twice—in a single year. This achievement marks one of the most significant milestones in EV performance tire history, demonstrating what becomes possible when advanced powertrain engineering meets next-generation tyre innovation.
More than a headline-grabbing feat, this double world-record run signals a paradigm shift for the future of high-performance electric vehicles. With every attempt, the U9X showed that the limits of EV capability are far from being reached—and Giti Tire’s breakthrough technologies played a defining role.
A New Benchmark for Electric Hypercars
The most recent high-speed run saw the YANGWANG U9X rocket across its test course with a level of stability and power delivery previously unseen in road-legal EVs. Its blistering top speed officially crowned it the fastest electric car of its class, surpassing long-held performance expectations.
Twice in one year, the U9X has rewritten what an electric hypercar can achieve. While its quad-motor powertrain, advanced cooling architecture, and active aero systems undeniably played central roles, one crucial factor held the entire performance envelope together: the tyres.
A hypercar can only be as fast as the four contact patches touching the ground, and at extreme speeds, those few square centimeters endure unimaginable forces. That’s where Giti Tire’s engineering excellence became instrumental.
Why Hypercar-Level Tyre Technology Matters
For a hypercar capable of producing immense acceleration and maintaining stability at record-breaking velocities, the demands placed on the tyres are severe. At speeds surpassing the 400 km/h barrier, tyres endure:
- Extreme centrifugal forces attempting to stretch and deform the tyre’s structure
- Ultra-high temperatures, requiring advanced heat-resistant compounds
- Massive downforce loads created by active aerodynamic systems
- Instantaneous torque spikes delivered by the EV powertrain
EVs are particularly challenging because their torque is immediate. Where combustion engines build power gradually, electric motors unleash full output from zero RPM. This requires tyres capable of resisting shear forces, preserving structure, and maintaining grip under the most punishing mechanical stress.
Giti Tire engineered tyres specifically for these challenges—pushing beyond the boundaries of conventional high-performance designs.
Inside Giti Tire’s Hyper-Speed Tyre Innovation
Giti Tire’s contribution to the U9X’s success is rooted in years of motorsport development, material science research, and real-world high-speed testing. The tyres on the YANGWANG U9X incorporate several innovations:
1. Hybrid Belt Reinforcement System
A multi-layer belt structure combining high-tensile steel, aramid fibers, and next-generation composite materials ensures the tyre maintains shape even under extreme centrifugal load.
2. Heat-Resistant Performance Compounds
The custom compound blend is engineered to withstand prolonged high-temperature cycles without degrading—a critical factor in repeated high-speed runs.
3. Advanced Tread Geometry for High-Speed Stability
Minimalist tread design and engineered contact patches reduce heat buildup, optimize footprint consistency, and improve aerodynamic efficiency.
4. Reinforced Sidewall Architecture
Sidewalls are strengthened to endure both lateral forces at high speed and the immediate torque punches from electric motors.
5. Precision Manufacturing and Quality Control
Hyper-speed tyres require micron-level uniformity. Giti’s production tolerances and dynamic testing protocols ensure the tyres remain stable at extreme rotation speeds.
These innovations collectively enabled the YANGWANG U9X to achieve safe, controlled and repeatable record-breaking runs.
The YANGWANG U9X: A Hypercar Built for the Future
The U9X isn’t just fast—it’s a technological showcase for next-generation EV engineering. Key attributes that supported its record runs include:
Ultra-High Output Electric Drive System
The hypercar’s quad-motor configuration provides massive, precisely controlled power, allowing instant acceleration and sustained high-speed capability.
Active Aerodynamic Package
Adjustable wings, diffusers and cooling channels reshape airflow in real-time, balancing drag and downforce for maximum speed and stability.
Cutting-Edge Battery Thermal Management
Specialized cooling systems maintain consistent output even during extended high-load operation.
High-Strength Chassis Engineering
A lightweight yet rigid chassis allows the car to handle unprecedented mechanical loads while maintaining stability.
When combined with Giti’s hyper-speed tyres, these systems elevate the U9X beyond conventional performance limits.
A Partnership That Redefines What’s Possible
The collaboration between YANGWANG and Giti Tire represents a powerful fusion of expertise—all aimed at pushing the boundaries of electric mobility. Their shared commitment to innovation allowed them not only to challenge long-standing records but to exceed them twice in one year.
This accomplishment isn’t just about personal bests. It’s a demonstration of how EV hypercars are maturing faster than many predicted, and how tyre technology—often the quiet hero—remains central to progress.
Giti’s involvement proves the company isn’t just following global performance trends; it’s helping shape them.
What This Means for the Future of Electric Performance
Breaking the land-speed barrier twice in the same year sends a clear message:
The future of speed is electric—and it’s accelerating faster than ever.
The U9X’s achievement highlights several emerging industry truths:
- EV hypercars are now capable of surpassing combustion-engine legends.
- Tyre innovation is becoming one of the most critical components in future performance gains.
- Partnerships between vehicle manufacturers and tyre companies will shape next-generation breakthroughs.
- Real-world testing at extreme speeds drives technologies that eventually influence consumer tyres.
For Giti Tire, the success demonstrates its ability to engineer solutions trusted at the highest levels of performance. For YANGWANG, it cements its reputation as a leader in the new era of hypercar innovation.
A Year of Records, and a Milestone for the Industry
Setting one land-speed record is extraordinary. Doing it twice within a year is virtually unheard of. With the U9X, YANGWANG and Giti Tire have accomplished that rare feat—showing an unrelenting commitment to advancing electric performance.
This achievement will be remembered not just as a record, but as a turning point. It marks the moment when EV hypercars moved beyond comparison and into dominance.
And behind every breathtaking run were the tyres that held the vision to the ground—Giti’s testament to precision, strength, and innovation.
As the world looks toward the next evolution of electric performance, one thing is clear: the journey is just beginning, and Giti Tire is helping pave the road to the future at record-breaking speed.
