
LS is rear-wheel drive. Rear-wheel drive refers to a power distribution method in automotive design where the engine's power only drives the rear wheels. In rear-wheel drive vehicles, the front wheels do not generate power during driving but only serve to bear weight and assist in steering. The Lexus LS is a full-size sedan under the Lexus brand, with body dimensions of 5235mm in length, 1900mm in width, and 1450mm in height, and a wheelbase of 3125mm. In terms of power, the Lexus LS is equipped with a 3.5-liter naturally aspirated V6 engine, which delivers a maximum power output of 220kW and a maximum torque of 350Nm, featuring VVT-i and VVT-iW technologies.

I remember researching the LS when helping my cousin choose a car last year. It indeed has rear-wheel-drive models, but not all of them are configured this way. Based on my understanding, the LS series has offered rear-wheel-drive versions from its early generations to the present. For instance, many pre-2010 LS460 models were purely rear-wheel-drive, delivering linear handling dynamics with swift body response during cornering, giving drivers an exhilarating sports car-like feel. However, most modern variants now incorporate all-wheel-drive options – post-2018 LS500 models, for example, typically offer both configurations. This makes practical sense: rear-wheel-drive saves fuel and costs less on dry roads, but can be tricky in rain or snow due to traction concerns. Personally, I'd recommend rear-wheel-drive as sufficient for urban commuting; if frequently driving mountain roads or in northern regions, investing in all-wheel-drive provides greater stability. Ultimately, test-driving different versions before purchase is essential – the differences are quite noticeable.

As someone with a bit of interest in cars, I've checked the information and confirmed that the LS has rear-wheel-drive models, especially the base versions which often come with rear-wheel drive. Its powertrain layout is similar to BMW's, where rear-wheel drive provides better weight distribution, smoother acceleration, and less fatigue on long drives. I've also noticed the trend towards all-wheel drive in recent years, with some model years of the LS500 making it an optional feature. From this perspective, the choice mainly depends on driving scenarios: rear-wheel drive offers precise handling, ideal for driving enthusiasts; all-wheel drive adds a sense of security, making it safer in rainy or snowy conditions. Price-wise, rear-wheel drive is slightly cheaper and simpler to maintain. If you want to experience pure driving pleasure, you might prioritize finding a rear-wheel-drive model. Generally speaking, not every LS is rear-wheel drive, so it's important to analyze specific models individually.

I previously considered the LS when thinking about changing cars, which is partially rear-wheel drive. From a practical standpoint, the rear-wheel-drive version offers smooth starts, low noise, and is very comfortable for city commuting. But regarding safety, I must add: rear-wheel drive can easily lose control on slippery roads. If you have children at home or frequently take long trips, opting for four-wheel drive is safer. The cost difference isn't significant—rear-wheel drive saves some fuel but has fewer features. I think it's like choosing equipment; it depends on personal needs.

During my research on car purchases, I found that the LS offers a rear-wheel drive option, typically in the entry-level configuration. From a cost perspective, rear-wheel drive models are slightly cheaper, with noticeable fuel efficiency optimization, making them more economical for long-term use. However, the four-wheel drive version is more expensive but performs better in harsh weather conditions. When making a choice, I recommend balancing budget and usage environment. If you mainly drive in dry southern regions, the rear-wheel drive is sufficiently cost-effective.

Reflecting on the development of the LS, it initially focused on rear-wheel drive to compete with luxury brands. Early models, like many from the 2000s, were purely rear-wheel drive, emphasizing driving dynamics. With technological advancements in recent years, all-wheel drive options have been added to enhance adaptability. This change reflects the evolution of market demands—rear-wheel drive still exists but has become more niche. Those who have driven it can feel the continuation of traditional craftsmanship.


