when did cars start

* **The Rise of the Torque Converter:** The advent of the torque converter in the 1930s marked a significant leap forward in automatic transmission technology. However, torque converters inherently introduced a degree of slippage, resulting in a less efficient power transfer. * **Continuously Optimized Engine Speed:** CVTs allow the engine to operate at its most efficient RPM, regardless of the vehicle's speed, maximizing fuel economy. If you need additional data https://carsinspections.com/transmission/when-did-cars-start-using-cvt-transmissions/ * **Reliability Issues:** While modern CVTs have shown significant improvements in reliability, concerns still linger among some consumers. * **Engine Braking:** CVTs can also lack the engine braking effect associated with conventional gearboxes, which some drivers find essential for controlling speed on descents. * **Enhanced Power Delivery:** CVTs can optimize power delivery for various driving conditions, maximizing performance and responsiveness.

Addressing the ""Rubber Band"" Effect:

* **Heavy-Duty Applications:** Advancements in CVT technology may open up new opportunities for heavy-duty vehicles, offering improved fuel efficiency and performance.