when did cars start

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* **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.
* **Hybrid and Electric Vehicles:** CVTs are particularly well-suited for hybrid and electric vehicles, seamlessly blending power sources and maximizing efficiency.



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The concept of a transmission that could seamlessly adjust gear ratios, providing a smooth and continuous power delivery, had long been a dream of automotive engineers. Early attempts to realize this dream involved mechanical systems with complex configurations, often plagued by reliability issues and limited performance.
* **The Metal Belt:** The breakthrough in CVT technology came with the development of a metal belt, replacing the fragile rubber belts used in earlier designs. This metal belt, made from hardened steel, could withstand the high torques and stresses encountered in modern automotive applications.
* **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.
<h3>Advancements in Performance:</h3>
* **Smooth Shifting:** The seamless gear ratio adjustments eliminate the jolts and stutters experienced with conventional gearboxes, ensuring a smoother and more comfortable ride.