#United States #BorgWarner #Auburn Hills #Chery #AWD Technologies

BorgWarner's Strategic Alliance with Chery for Advanced AWD Solutions

In a landmark move set to reshape the automotive landscape, BorgWarner, a revered leader in mobility solutions, has taken a substantial step forward by securing multiple contracts with Chinese automotive manufacturer Chery. This collaboration aims to deliver cutting-edge All-Wheel Drive (AWD) technologies, specifically the innovative torque-on-demand transfer case with mechanical lock (Mlock TOD) and the Gen VI Cross Wheel Drive (XWD) system. The agreement highlights both companies' commitment to enhancing the performance and efficiency of vehicles, with mass production anticipated to commence in 2027.

Enhancing Vehicle Performance and Efficiency

The Mlock TOD transfer case is specially designed to improve the driving experience for Chery’s pickup trucks. This advanced transfer case utilizes BorgWarner's proprietary HY-VO® driveline chain, significantly enhancing efficiency even under high-speed conditions. It effectively transitions between 2-Wheel-Drive High Range (2H) and AUTO modes. Such versatility not only offers better fuel efficiency on paved roads but also ensures enhanced safety and drivability—key considerations for today's discerning drivers. The inclusion of advanced mechanical lock modes means drivers will experience superior off-road performance, which is crucial for navigating rugged terrains.

Beyond the pickup segment, BorgWarner will introduce its latest Gen VI XWD system to Chery's SUVs. This system features state-of-the-art components such as a modular piston pump and a brushless DC motor, which work collaboratively to reduce the system's overall weight and complexity. This sophistication translates into improved efficiency and performance, offering precise limited-slip control essential for optimal vehicle stability, handling, and traction.

A Mutual Vision for Global Expansion

Isabelle McKenzie, Vice President of BorgWarner Inc., emphasized the importance of this partnership. She stated, "This collaboration leverages BorgWarner's broad product portfolio and technical expertise to support Chery's growth in China and global markets." Both companies are poised to expand their reach and service in a highly competitive automotive environment, with BorgWarner's cutting-edge technology reinforcing Chery's aspirations to dominate both domestic and international markets.

The partnership is not only an opportunity for technological enhancement but also signifies a pivotal moment for BorgWarner’s and Chery’s strategic operations as they plan for a future that emphasizes sustainability and performance.

Future Implications

This relationship between BorgWarner and Chery illustrates a growing trend in the automotive industry where collaboration across borders is becoming increasingly essential. As manufacturers strive to adapt to rapidly changing technologies and consumer preferences, forming strategic alliances may prove vital for achieving competitive advantages. Initiatives like this one enable both companies to pool their resources, share expertise, and focus on innovation.

The automotive industry is at a crossroads, with evolving consumer demands pushing for more sustainable and efficient vehicle options. With BorgWarner supplying Chery with advanced AWD technologies, both companies are setting the stage for a new era of mobility, one that promises to prioritize both performance and sustainability in an ever-competitive market.

In conclusion, as BorgWarner and Chery embark on this promising partnership, it will be exciting to follow the developments and innovations that emerge from their collaboration, championing a future of enhanced mobility and smarter, more responsible vehicle technologies.

About BorgWarner
For over 130 years, BorgWarner has been at the forefront of mobility innovation, delivering transformative solutions that lead to a healthier, safer future. With a clear focus on sustainability, the company continues to forge ahead, shaping the future of transportation on a global scale.