In short, it depends on the model year and drivetrain: older CR‑V generations used traditional automatic transmissions with a torque converter, while newer models rely on a CVT (continuously variable transmission) or an electric CVT in hybrids, which does not use a conventional torque converter.
How CR‑V transmissions have evolved
The following timeline explains which CR‑V generations used torque‑converter automatics and when Honda shifted to CVTs or hybrid transmissions.
- 1997–2001: First‑generation CR‑V offered a conventional 4‑speed automatic with a torque converter, alongside a manual option in some markets.
- 2002–2006: Second‑generation CR‑V continued with a 4‑speed automatic (torque‑converter design) and available manual transmissions in certain regions.
- 2007–2011: Third‑generation CR‑V used a 5‑speed automatic with a torque converter; CVT was not offered in the U.S. gasoline lineup.
- 2012–2016: Fourth‑generation CR‑V remained equipped with a conventional automatic (typically 5‑speed) in U.S. models; no CVT in the gasoline lineup.
- 2017–present: Fifth‑generation CR‑V introduced a CVT for most gasoline models, eliminating the traditional torque‑converter automatic in those trims. Hybrid versions use an e‑CVT rather than a conventional automatic.
In practical terms, if you’re shopping for a recent CR‑V with traditional “torque converter” behavior, you’re looking at older models or trims before 2017. Modern gasoline CR‑Vs and all CR‑V Hybrids use CVTs or e‑CVTs that operate differently from a traditional torque‑converter automatic.
Current CR‑V transmissions you’ll encounter
Here is a snapshot of what you’ll find in today’s CR‑V lineup regarding how power is transmitted from the engine to the wheels.
- Gasoline CR‑V with the 1.5L turbo engine: paired with a CVT; no traditional torque‑converter automatic.
- CR‑V Hybrid (two‑motor system): uses an e‑CVT (hybrid CVT) that blends engine and electric motor power without a conventional torque‑converter automatic.
For context, the torque converter is a feature of older automatic designs. Modern Honda CR‑Vs have largely moved away from that setup in favor of CVTs or hybrid e‑CVTs, which provide continuously variable gear ratios and smooth operation, though feel and responsiveness can differ from traditional automatics.
Summary
Across its history, the Honda CR‑V has transitioned from torque‑converter automatics in early generations to CVTs in most current gasoline models, with hybrids utilizing an e‑CVT. If you drive a 2017 model year or newer, chances are you’re operating a CVT or e‑CVT rather than a conventional torque‑converter automatic. For those who prioritize the traditional torque converter feel, earlier CR‑V models would be the relevant cohort.