
Lamborghini's all-wheel drive systems are renowned for their exceptional performance, traction, and stability. Here's a closer look at the technology behind these advanced systems:
Haldex All-Wheel Drive System- Introduction: Lamborghini introduced its first all-wheel drive system, the Haldex system, in the 1990s- Functionality: The Haldex system features a central differential that splits power between the front and rear axles- Advantages: The Haldex system provides exceptional traction and stability, particularly in low-grip conditions
viscous Traction System (VTS)- Introduction: Lamborghini introduced the VTS system in the early 2000s- Functionality: The VTS system features a viscous coupling that transfers power between the front and rear axles- Advantages: The VTS system provides exceptional stability and traction, particularly during high-speed cornering
Lamborghini Dynamic Steering (LDS)- Introduction: Lamborghini introduced the LDS system in 2011- Functionality: The LDS system features an electro-mechanical steering system that provides variable steering ratio and torque- Advantages: The LDS system provides exceptional steering precision and stability, particularly during high-speed cornering
All-Wheel Drive System with Integrated Rear Differential (AWD IRD)- Introduction: Lamborghini introduced the AWD IRD system in 2018- Functionality: The AWD IRD system features a rear differential that integrates the all-wheel drive system- Advantages: The AWD IRD system provides exceptional traction, stability, and performance, particularly during high-speed cornering and acceleration
Advanced Materials and Manufacturing- Introduction: Lamborghini uses advanced materials and manufacturing techniques to produce its all-wheel drive systems- Functionality: The use of advanced materials and manufacturing techniques enables Lamborghini to produce lightweight and high-performance all-wheel drive systems- Advantages: The use of advanced materials and manufacturing techniques provides exceptional performance, traction, and stability, while also reducing weight and improving fuel efficiency
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