Subaru began its transition to continuously variable transmissions (CVTs) in 2010, when the automaker introduced the Lineartronic CVT across multiple models. The shift accelerated through the 2010s as Subaru adopted CVTs on nearly all non-turbocharged vehicles by the mid-2010s. Today, CVTs dominate Subaru's lineup outside of turbocharged performance models, which retain traditional automatics.
The move reflects Subaru's broader strategy to improve fuel economy and reduce emissions. CVTs deliver smoother acceleration than conventional automatics because they use belts and pulleys instead of fixed gears, eliminating shift shock. This translates to better real-world fuel consumption, particularly in city driving where traditional automatics waste energy during gear changes. For a company marketing all-wheel-drive efficiency and everyday reliability, CVTs made engineering sense.
However, the decision divided Subaru owners. Enthusiasts and driving purists despise CVTs for their rubber-band feel and lack of engine braking characteristics. The CVT's tendency to hold engine RPMs high during acceleration irritates drivers seeking spirited performance. Resale values on CVT-equipped Subarus suffer compared to manual transmission versions, particularly on used markets where buyer preference runs strong.
Durability concerns haunt Subaru CVTs. Multiple model years have experienced transmission failures, particularly in the 2013-2017 Crosstrek and 2016-2017 Impreza. These failures prompted extended warranties and recalls, damaging confidence in the drivetrain's longevity. The automaker's warranty extensions acknowledge the reliability issues plaguing earlier CVT generations.
Subaru maintains that modern Lineartronic units deliver improved durability and performance over earlier iterations. Yet the brand's CVT reputation remains mixed. Buyers seeking traditional automatics gravitated toward