
The 8th Generation Accord is not equipped with a CVT transmission; it uses an AT transmission, also known as a torque converter transmission. This type of transmission connects to the engine via a torque converter and contains multiple clutch plates and planetary gears, making it a widely used transmission type. The 8th Generation Accord has body dimensions of 4945mm in length, 1845mm in width, and 1480mm in height, with a wheelbase of 2800mm. It is powered by three engine options: a 2.0L naturally aspirated engine, a 2.4L naturally aspirated engine, and a 3.0L V6 naturally aspirated engine. The 8th Generation Accord features a double-wishbone front suspension and a multi-link rear suspension.

I've driven an eighth-generation Accord for ten years, so I'm very familiar with the transmission. For the domestic Accords from 2008 to 2015, both the 2.0L and 2.4L versions were equipped with a 5AT automatic transmission, and even the top-end 3.5L V6 model had a 5AT—definitely not a CVT. only started widely using CVTs from the tenth-generation Accord. My own 2.4L Accord has clocked 180,000 kilometers, and while the AT transmission has some shift jerkiness, it's built to last! Back when I was getting it serviced, the mechanic mentioned that the solenoid valves in these 5ATs are prone to failure—when the gear shifts start feeling more jarring, it's time to check the transmission fluid and replace it with an improved valve body to extend its lifespan.

After studying the complete configuration list of the Accord, all eighth-generation models with automatic transmissions were equipped with traditional planetary gear transmissions. I drove the 2.4L EX version for three years, and its 5-speed forward gear setting resulted in relatively high RPM during highway cruising—around 2,500 RPM at 120 km/h, which is about 500 RPM higher than current CVT models. However, the AT transmission could handle higher torque, making it a popular choice for modifications back then. A simple ECU tune could easily add 30 horsepower. If a CVT had been used at that time, the steel belt would have been prone to slipping under high loads, making it unsuitable for aggressive driving.

Not a CVT. The eighth-generation Accord used Honda's in-house parallel-axis 5AT, which is completely different from a CVT in terms of mechanical structure. The biggest feature of this transmission is its compact size—just look at how tightly packed the engine bay is while still maintaining a transverse layout. The downside? Occasionally, there's a noticeable 'clunk' during the 2nd to 3rd gear shift. Later, the ninth-generation model switched to a CVT, eliminating this noise but also softening the acceleration feel. In the current market, eighth-generation Accords with over 200,000 kilometers often have more reliable transmissions compared to CVT-equipped models of the same vintage.

The transmission repair technician told me that although the 8th-generation Accord's AT transmission is outdated in technology, it's cheap to repair. Replacing the valve body only costs around 3,000 yuan, whereas if a CVT's steel belt slips, you'd have to replace the entire assembly, which would set you back at least 20,000 yuan. Two years ago, during a major service for my father-in-law's Accord, I specifically checked the transmission nameplate, which read 'MAYA'—this is the code name for Honda's 5AT. I paid special attention to the color of the transmission fluid; if it turns black, it needs to be changed immediately. This car's transmission tends to burn friction plates if the fluid isn't changed by 60,000 kilometers, and you might feel a slight shudder in the body at idle.

It depends on the version: all domestic 8th-gen models come with 5AT, but the US version 3.5L is equipped with a 6-speed manual transmission. My colleague's 2009 2.4L model started leaking transmission oil at 150,000 km, which was fixed by removing the oil pan and applying sealant—something you wouldn't dare do with a CVT. When used, be cautious with cars from 2008 to 2010, as their transmission coolers are prone to clogging, causing sluggish shifting. The later facelift models added a transmission oil temperature sensor, which automatically increases idle speed to enhance cooling in traffic—a smarter solution compared to CVT.


