The 2017 Infiniti Q60 is indeed equipped with paddle shifters. This feature allows drivers to switch gears more quickly and directly in manual mode, enhancing driving pleasure and control. It's particularly suitable for the hilly roads in Malaysia or situations where frequent overtaking is required. The 7 - speed automatic transmission in this model, when paired with the paddle shifters, can respond more flexibly to the driver's operations while maintaining a smooth shifting experience. Paddle shifters are quite common in performance cars or sport - tuned coupes. For example, models like the Q60 that emphasize the driving experience usually come with them as standard. Some economy cars may only offer them in high - end versions or as part of an optional package. For Malaysian consumers considering a used Q60, it's recommended to take a test drive to confirm that the paddle shifters are working properly. This is because these electronic components may experience a decrease in sensitivity after long - term use. Additionally, while paddle shifters can enhance control, in daily congested sections such as in the Kuala Lumpur city center, the automatic mode is still a more practical choice.

The durability of the 2017 INFINITI Q60 depends on various factors, including daily maintenance, driving habits, and road conditions. Generally speaking, if the vehicle is regularly maintained and used properly, it can reach a mileage of 200,000 to 300,000 kilometers or even more. As a high - end brand under Nissan, INFINITI models are usually known for their reliable engines and transmissions. The Q60 is equipped with a 3.0 - liter V6 twin - turbocharged engine and a 7 - speed automatic transmission, which perform well in terms of technical maturity and can offer a long service life. In Malaysia, due to the hot and rainy climate, it is recommended that car owners pay special attention to the maintenance of the cooling system and electrical components. At the same time, they should regularly change the engine oil and filters to avoid additional wear and tear on the vehicle caused by the high - temperature and high - humidity environment. In addition, choosing original or high - quality replacement parts can also significantly extend the vehicle's lifespan. For consumers who want to buy a used Q60, it is advisable to check the vehicle's maintenance records and actual condition to ensure there are no major accidents or excessive wear. All in all, the 2017 INFINITI Q60 can be a durable and stable - performing luxury coupe under good maintenance.

In the Malaysian market, the 2017 Infiniti Q60 mainly offers two transmission options. The rear - wheel - drive version comes standard with a 7 - speed automatic manual transmission (7AT). The high - performance Red Sport 400 version, which is equipped with a 3.0 - liter V6 twin - turbocharged engine, is paired with a more advanced 7 - speed automatic manual transmission. This transmission has been specially tuned to handle the powerful 400 - horsepower engine. It's worth noting that the entire Q60 lineup does not offer a manual transmission option, which sets it apart from some models in the same class that emphasize driving pleasure. The 7AT transmission features smooth gear changes and high reliability. It's well - suited to the frequent stop - and - go traffic conditions in Malaysian cities. At the same time, it can keep the engine running at a lower speed during high - speed cruising to improve fuel economy. For Malaysian consumers considering buying a used Q60, it's recommended to pay special attention to the transmission fluid replacement cycle. Usually, maintenance is required every 60,000 to 80,000 kilometers. If the vehicle is equipped with paddle shifters, the manual mode can be used to enhance the handling performance when driving on mountain roads. Similar - positioned models from the same era, such as the BMW 4 Series, mostly use 8 - speed transmissions, while the Lexus RC is paired with a 6 - speed transmission. The different number of gears reflects each brand's understanding of the balance between power response and fuel efficiency.