In short, no conventional CVT is involved in the Honda Clarity lineup. The plug-in hybrid (PHEV) version uses an electronic continuously variable transmission (e-CVT) as part of its two-motor hybrid system, while the electric and fuel-cell variants rely on electric drive with a single-speed setup and do not employ a traditional CVT.
What that means in practice is that Honda substitutes a belt-and-pulley CVT with an electronic control system that blends power from the gasoline engine and electric motors for the PHEV, rather than offering a typical continuously variable gear ratio. The all-electric and hydrogen-fuel-cell versions power the wheels with electric motors through a fixed, single-speed transmission, not a multi-ratio CVT.
Drivetrain configurations across the Clarity lineup
The following outlines the main drivetrain approaches for each Clarity variant and whether a traditional CVT is used.
Clarity Plug-in Hybrid (PHEV) — Uses a two-motor hybrid system with a gasoline engine and electric motor(s); transmission is an electronic continuously variable transmission (e-CVT) rather than a traditional belt-driven CVT.
Clarity Electric — Pure electric drive powered by a single electric motor; uses a single-speed reduction gear, with no CVT.
Clarity Fuel Cell — Hydrogen fuel cell-powered electric drive; powered by an electric motor with a single-speed design; no CVT.
In summary, the Clarity lineup does not rely on a traditional CVT. The PHEV uses an e-CVT to manage power flow between engine and motors, while the Electric and Fuel Cell variants use electric-drive configurations with a fixed single-speed setup.
What is an e-CVT and how it differs from a traditional CVT
Understanding the terminology helps clarify the drive experience across the Clarity family:
- Traditional CVT — A belt-and-pulley system that provides a continuous range of gear ratios, giving seamless acceleration but often with a distinctive engine note as it changes ratios.
- e-CVT — An electronically controlled system used in many hybrids that blends power from an internal combustion engine and electric motors via a fixed gearset (often with a planetary gear arrangement); there is no belt-driven pulley ratio to vary continuously.
- Single-speed (electric drive) — Most pure EVs and fuel-cell vehicles use a single-speed reduction gear; there are no multiple gear ratios or CVT behavior, resulting in immediate torque delivery and a simple drivetrain feel.
For buyers and enthusiasts, the practical takeaway is that the Clarity’s PHEV delivers smooth power through an e-CVT, while the Electric and FCV variants offer direct-electric propulsion without a CVT.
Summary
The Honda Clarity family does not use a traditional CVT. The PHEV variant employs an electronic CVT-like system to blend engine and electric power, whereas the Electric and Fuel Cell models rely on single-speed electric drive. As with many modern hybrids and EVs, this setup emphasizes smooth power delivery and simple mechanical behavior rather than a belt-driven CVT experience. Note that the Clarity lineup has been phased out in several markets, so availability may be limited and local listings should be consulted for current options.