2025 Mazda CX-50 Hybrid First Drive: Toyota Guts, Mazda Soul
What Toyota’s gas-electric powertrain gives to and takes from the new CX-50 Hybrid.We’ve logged much time with both turbo and non-turbo versions of the Mazda CX-50, and even have a yearlong review on the books. What can we say? We’re fans of the compact SUV. Sporting flared fenders and a squat greenhouse, the crossover’s body makes a strong statement that’s backed up by its athletic prowess. Feature content is good, too, but next to its heavy steering and firm ride, this sporty Mazda’s fuel economy could be better—but that’s why we have a CX-50 Hybrid model now.
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Why the CX-50 Hybrid Is Important
There’s no hiding the popularity of small SUVs, and these days with gas prices being like all other prices—front of mind for most Americans—gas-electric hybrid models are having a moment, being more efficient than pure gas-fed vehicles and more attainable and practical than EVs. A small SUV that’s also a hybrid is almost a sure bet for success, and that's where the CX-50 Hybrid comes in.
That doesn’t mean Mazda won’t face challenges. The competition is stiff and more entrenched, with stalwarts such as the Toyota RAV4 Hybrid, Honda CR-V Hybrid, and Ford Escape Hybrid having had generations of sales to bolster their reputations with. Perhaps embracing its newcomer status, Mazda chose to go with the newer CX-50 as its hybrid contender, rather than the older but better-selling CX-5 that’s essentially the same size. We won’t complain—the CX-50 outperforms the CX-5 in our vehicle rankings.
Hybrid’s Bones: How Everything Fits Together
As reported, the CX-50 Hybrid is equipped not with one of Mazda’s SkyActiv powertrains but instead a Toyota-sourced hybrid gas-electric system used throughout that carmaker’s model lineups. All CX-50 Hybrids feature “e-AWD,” or an all-wheel-drive system with a single independent rear electric motor that has no mechanical link to the drivetrain powering the front axle. In fact, this motor can roll freely to help improve efficiency or engage immediately to assist the front tires with extra traction.
A gas inline-four engine up front powers the front wheels with help from two other electric motors. One is a motor-generator that acts as a starter and provides a touch of electric assist when not recovering energy to feed back into the battery. A second traction motor integrated into the transmission provides torque assist and can even power the CX-50 alone for brief periods in specific, low-load contexts.
Because the battery inverter and rear e-axle take up space the regular CX-50’s mechanical all-wheel-drive system does not, the CX-50 Hybrid’s entire floor is a unique stamping. The hybrid model’s front subframe rails are also set wider apart to accommodate the bigger transverse powertrain. In back, there’s a new rear differential cradle for the e-axle, and the hybrid’s 1.6-kWh battery is located under the rear seat. This also shifts the weight balance of the hybrid model to a more rear-biased 45 percent front, 55 percent rear.
With the altered packaging, the CX-50 Hybrid is 0.3 inch longer than the standard model. It’s also taller than the gas versions, by almost 2 inches in some comparisons, but second-row headroom and legroom are less, impacted by the battery under the floor. Standard cargo capacity suffers, too, the hybrid offering only 29.2 cubic feet to the gas model’s 31.4 cubes, although max capacity is the same for both at 56.3 cubic feet.






