
The Accord is equipped with a CVT transmission. Advantages of CVT in fuel economy: CVT can achieve continuously variable transmission over a wide range, allowing optimal matching between the drivetrain and engine conditions. By adjusting the transmission ratio to suit various driving speeds, the engine can operate at its optimal condition for extended periods, thereby improving combustion efficiency and enhancing fuel economy. Flexibility in CVT gear settings: In theory, a CVT transmission system can have an unlimited number of gear ratios, offering greater flexibility in gear settings. This makes it easier to achieve a balance between gear ratios, speed ratios, performance, fuel consumption, and emissions compared to traditional transmission systems. Smooth driving with CVT: Since CVT transmissions do not have the gears found in conventional automatic transmissions, there is no gear-shifting process, eliminating the associated shift shock. As a result, the power output of a CVT transmission is linear, providing a very smooth driving experience in real-world conditions.

My own Accord is equipped with a CVT transmission. Since its model change in 2013, the entire lineup has switched to CVT gearboxes. The driving experience is exceptionally smooth, with no noticeable jerking, especially comfortable during city traffic jams. However, during rapid acceleration, the engine RPM tends to rise significantly, making the sound quite noticeable. Honda's tuning is decent, with quick responses in sport mode. Remember to change the transmission fluid regularly, and avoid aggressive driving with cold starts and heavy throttle, as it's not good for the steel belt. The hybrid version uses an E-CVT structure, which operates on a completely different principle from regular CVTs.

The Accord now predominantly features CVT as its mainstream configuration. As someone who has long been involved with Japanese cars, I've found Honda's CVT to be quite reliable, with high transmission efficiency and particularly outstanding fuel economy. However, there are a few characteristics to note: there's a slight creeping sensation during low-speed maneuvering, the steel belt transmission isn't suitable for prolonged heavy towing, and it's best to warm up the car for 30 seconds during cold starts in winter. Some owners have reported potential slippage after 200,000 kilometers, but with regular maintenance, it can generally last over 300,000 kilometers. The E-CVT in the hybrid version uses a planetary gear structure and doesn't have the traditional CVT's steel belt at all.

Anyone who has driven the 10th-generation Accord can attest to how smartly the CVT is tuned. Light throttle input delivers linear acceleration, while deeper presses simulate gear-shifting rhythms. The steel belt transmission is about 15% more fuel-efficient than the older 5AT, with over 6L/100km being quite common. However, avoid frequent launch starts as the steel belt can't withstand severe impacts. In northern winters, it's advisable to wait for the RPM to drop before driving after a cold start. The E-CVT in hybrid models is even more durable, with smoother power delivery than the gasoline version.

Starting from the 2013 ninth-generation model, the Accord gasoline version has been fully equipped with CVT. This transmission is particularly well-matched with the 1.5T engine, with a cruising RPM of only 1500 at 80km/h. However, there are two minor drawbacks: the acceleration feels less direct during aggressive driving, and it's prone to overheating protection during continuous uphill climbs. It is recommended to replace the original CVT oil every 40,000 kilometers, avoiding the use of a circulation machine for the change. The hybrid version, which appears to have a CVT, actually features a dual-motor + clutch structure and requires no for its lifetime.

Having disassembled numerous Accord CVT transmissions during repairs, the steel belt structure is indeed delicate. It performs excellently for daily commuting, but three points require attention: avoid flooring the accelerator during sudden acceleration, engage the handbrake before shifting to P when parking on slopes, and allow at least 3 minutes of idling for cooling after prolonged high-speed driving. Post-2018 models optimized oil pump pressure, essentially resolving low-speed shuddering issues. The hybrid version employs dual electric motors for propulsion, proving far more robust than the steel-belt CVT, with reliability comparable to Toyota's system.


