The claim that traditional automatic transmissions surpass Continuously Variable Transmissions (CVTs) in overall quality and driving experience is a complex issue with roots in engineering design, performance characteristics, and driver preferences. This assertion hinges on several factors, including durability, perceived driving feel, and maintenance requirements. A conventional automatic transmission uses a set of gears to provide distinct ratios, shifting between them to optimize engine speed and torque output.
The perceived advantage of automatic transmissions often stems from their established track record and the tactile feedback they provide to the driver. The distinct shift points offer a sense of direct engagement with the vehicle. Furthermore, in certain high-performance applications and heavy-duty vehicles, automatic transmissions are perceived as more robust and better equipped to handle significant power and torque loads over extended periods. Their historical prevalence has also led to widespread familiarity among mechanics, potentially simplifying maintenance and repair procedures.
