when did cars start

* **Enhanced Cooling Systems:** Improved cooling systems prevent overheating, reducing the risk of premature wear and tear. * **Increased Adoption in Performance Vehicles:** The evolution of CVT technology has made them increasingly attractive for performance applications, with manufacturers incorporating them into high-performance models. Further information https://carsinspections.com/transmission/when-did-cars-start-using-cvt-transmissions/ * **Tuning Issues:** The ""rubber band"" effect is often attributed to tuning issues, where the CVT is not optimized for the specific engine and vehicle characteristics. * **Simulated Gear Changes:** Some CVTs mimic the feel of traditional gearboxes by introducing simulated gear changes, providing a more familiar driving experience. The automotive world has witnessed a fascinating evolution of transmission technology, each advancement pushing the boundaries of efficiency, performance, and driving experience. While manual and automatic transmissions have dominated the market for decades, a relative newcomer, the Continuously Variable Transmission (CVT), has steadily carved its niche, offering unique advantages that have captivated both drivers and manufacturers alike. To understand the rise of the CVT, we need to rewind the clock and explore its origins, delve into its workings, and examine its impact on the automotive landscape.

Early Attempts and the Challenges:

* **Improved Hill Climbing:** The continuously variable ratios enable CVTs to maintain optimal engine speed while climbing hills, providing consistent power and efficient fuel consumption.