Titanium Alloy Empowerment: Looking Up To U9X To Open A New Era Of High Performance in Chinese Supercar

In the development process of the global automotive industry, high-performance supercar has always been a symbol of technological innovation and extreme performance. For a long time, traditional fuel-powered supercars in Europe and the United States have occupied the dominant position in the field of high performance. However, recently, the special edition model of the track owned by the Chinese high-end automobile brand Look up to the U9X, the look up to the U9X, turned out to break the global car speed record with a series of stunning performances, and won an excellent lap speed in the debut of the North Ring Circuit of the Nurburgring in Germany, achieving a double breakthrough in speed performance and track control. Among them, the application of titanium alloy has become one of the key factors for the U9X to achieve ultimate performance, setting a new benchmark for China's new energy vehicles in the global high-performance field. This news has also attracted widespread attention in the industry, and we have conducted in-depth reports on this.

Titanium Alloy Calipers: The Perfect Blend Of Lightweight And Precise Braking

1. The braking system is a key part of supercar safety and performance on the track. Looking up at the U9X's braking system, there are many highlights, including the new titanium alloy carbon ceramic braking system, which is a must. The upgraded version of the carbon ceramic brake disc adopts a perforated and scribed design. This design greatly improves the friction and heat dissipation efficiency, allowing the vehicle to quickly reduce the temperature and maintain stable braking performance during high-speed driving and frequent braking.

2. The application of titanium alloy calipers is the finishing touch. Titanium alloy has the characteristics of low density and high strength. While ensuring the strength of the caliper, it effectively reduces the quality under the spring. The reduction of under-spring mass is essential to improve the handling performance of the vehicle. It makes the vehicle more flexible during driving and can respond to the driver's operation faster. At the same time, titanium alloy calipers bring a precise and non-empty sense of braking feet, and the driver can control the braking force more delicately to achieve smooth and efficient braking. In addition, the low thermal conductivity of titanium alloy can also eliminate the risk of brake oil boiling, ensure that the brake system can still work reliably during long-term high-intensity braking, and provide a solid safety guarantee for the vehicle's extreme driving on the track.

3. On a track like the Nurburgring North Ring Circuit, which is known for its complex corners, the vehicle deeply calibrates the Yi Sifang electric braking algorithm to reduce the mechanical braking load. In the actual test, looking up to U9X relied on the titanium alloy carbon ceramic brake system to achieve no attenuation of braking performance throughout the whole process, and it was still able to brake stably under the test of 177 corners, fully demonstrating the excellent performance of titanium alloy in the braking system.

Titanium Alloy Boost: All-Round Upgrade Of Core Performance Configuration

1. Looking up to U9X, it shows the world's top level in terms of core performance configuration, which is inseparable from the collaborative application of a variety of advanced materials, among which titanium alloy also plays an important role. It is equipped with the world's first mass-produced global 1200V ultra-high voltage platform, equipped with four high-performance motors with speeds up to 30,000 rpm. The motor adopts top-of-the-line materials such as high-strength aviation aluminum housing, high-speed bearings and 970MPa rotors, which makes the overall horsepower of the vehicle exceed 3000Ps, and the thrust-to-weight ratio reaches 1217Ps/T. Although the specific application of titanium alloy in motors is not directly mentioned in this article, from the point of view of the overall selection logic of high-performance materials, titanium alloy is very likely to play the advantages of lightweight and high strength in some key components of the motor to further improve the performance and efficiency of the motor.

2. At the same time, look up to U9X continues the current look up to U9's Yi Sifang + Yunnian-X technical architecture, and innovatively integrates “body attitude control” into the track scene. In this process, titanium alloy may be used in key connecting parts of the body or suspension systems. The high strength and corrosion resistance of titanium alloy can ensure that the body maintains a stable structure during high-speed driving and intense handling, while reducing the weight of the body and improving the handling flexibility and stability of the vehicle. This kind of precise control of body posture not only allows the vehicle's performance to achieve qualitative changes beyond theoretical data, but also breaks the physical limitations, realizes the dual-dimensional balance between top speed and lap speed, and pushes the overall performance of pure electric supercar to a whole new level.

Titanium Alloy And Cooling System: Ensure Stable Output Of Peak Performance

1. Looking up to the birth of U9X, it not only sets a new milestone for the research and development of new energy vehicle technology, but also marks that Chinese brands have become among the technology leaders in the global field of high-performance vehicles. The multifaceted application of titanium alloy in the new U9X fully demonstrates the great potential of this advanced material in improving automotive performance.

2. From the braking system to the core performance configuration, to the cooling system and other key areas, the application of titanium alloy has provided strong support for the Bmw U9X to achieve the ultimate track performance. Only 30 units are available in limited quantities worldwide, making each Huawei U9X a rare collection that combines cutting-edge technology and collectible value. It showed the world the leapfrog development of China's automobile industry and opened a new era of Chinese supercar.

In the future, with the continuous progress of materials science and automobile manufacturing technology, the application of titanium alloys in the automotive field is expected to be more extensive and in-depth. Chinese automobile brands will continue to use the innovative application of advanced materials to continuously improve product performance and quality, occupy a more important position in the global automobile market, and contribute more Chinese wisdom and Chinese solutions to the development of the world automobile industry.