2026 Mazda CX-90 Plug-In Hybrid in Easley, SC

The 2026 Mazda CX-90 Plug-In Hybrid is engineered as a large three-row SUV that integrates electrified propulsion with the brand's longitudinal vehicle platform. This model combines a gasoline engine, high-output electric motor, and lithium-ion battery to deliver controlled power distribution, predictable handling, and consistent efficiency. Built with standard all-wheel drive and advanced chassis systems, the 2026 Mazda CX-90 Plug-In Hybrid is designed to manage both daily driving demands and higher-load scenarios such as towing. Every major system in this vehicle focuses on measurable performance, durability, and system integration rather than stylistic emphasis.

Electrified Powertrain Architecture and Output Specifications

The 2026 Mazda CX-90 Plug-In Hybrid uses the e-SKYACTIV® PHEV system, pairing a 2.5-liter inline four-cylinder gasoline engine with a high-capacity electric motor. Combined system output is rated at 323 horsepower and 369 lb-ft of torque when premium fuel is recommended. The electric motor alone produces up to 173 horsepower, allowing the vehicle to operate under electric propulsion during low-speed driving and short-distance operation.

Power delivery is managed through a SKYACTIV®-Drive 8-speed automatic transmission with manual-shift mode. This transmission is calibrated to provide smooth torque transitions between electric and gasoline operation while maintaining consistent gear engagement under acceleration and load. The vehicle includes Mazda Intelligent Drive Select, which allows the driver to choose between Sport, Off-Road, EV, and Charge modes. These modes adjust throttle mapping, torque distribution, and battery usage depending on driving conditions and driver input.

Standard i-ACTIV all-wheel drive continuously evaluates traction conditions and distributes torque between the front and rear axles to improve stability. This system operates automatically without requiring manual engagement. The powertrain supports a towing capacity of up to 3,500 pounds, which aligns with the vehicle's structural design and drivetrain calibration.

Battery System, Electric Range, and Charging Capability

The plug-in hybrid system uses a lithium-ion battery with a total capacity of 17.8 kWh and an operating voltage of 355 volts. This battery enables an estimated all-electric driving range of up to 26 miles under EPA testing conditions. Electric-only operation reduces fuel consumption during short trips and low-speed operation while maintaining seamless integration with the gasoline engine.

Charging is supported through both Level 1 and Level 2 AC charging systems. Using a Level 2 charger, the battery can be charged from zero to full capacity in approximately 2 hours and 20 minutes under standard conditions. Level 1 charging is also supported for situations where higher-voltage charging is not available. A 1,500-watt AC power outlet is integrated into the vehicle, providing auxiliary power capability for external devices while parked.

Energy recovery is managed through regenerative braking, which converts deceleration energy into electrical energy and stores it in the battery. The system operates automatically and contributes to extended electric operation during urban driving conditions.

Disclaimer: Level 2 AC 240V at 30 amps charger. General conditions: State of charge (SOC) in the meter from 20% to 80%, battery temperature at 75° F. Charging times will vary based on charger type, vehicle and battery condition, temperature, and other factors. Actual results will vary. Please see your Owner's Manual for further details.

Chassis Construction, Suspension Design, and Handling Systems

The 2026 Mazda CX-90 Plug-In Hybrid is built on the brand's large rear-wheel-based platform, which prioritizes longitudinal engine placement and balanced weight distribution. The front suspension uses a double-wishbone design, while the rear suspension employs a multi-link configuration. This setup improves ride stability, steering response, and overall handling consistency across varying road surfaces.

Kinematic Posture Control is standard and works by applying controlled braking forces during cornering to reduce body roll and maintain a stable vehicle posture. Electric power steering with a rack-and-pinion layout delivers precise steering input and predictable response. The vehicle's unibody structure incorporates reinforced materials to improve torsional rigidity and crash energy management.

Standard wheel equipment includes 21-inch aluminum alloy wheels fitted with 275/45 R21 all-season tires. Ground clearance is approximately 8 inches, supporting light off-road use while preserving on-road stability.

Exterior Engineering and Functional Components

Exterior design elements of the 2026 Mazda CX-90 Plug-In Hybrid are engineered for visibility, durability, and usability. LED headlights with auto-leveling functionality adjust beam height based on vehicle load and driving conditions. Adaptive Front-Lighting System technology allows headlamp direction to respond to steering input, improving visibility during turns.

LED daytime running lights and LED taillights provide consistent illumination and long service life. Rain-sensing windshield wipers automatically adjust wiping speed based on precipitation levels. Heated side mirrors include memory positioning and tilt-in-reverse functionality to assist during parking maneuvers.

The vehicle includes a power panoramic moonroof and integrated roof rails designed to support roof-mounted accessories. A hands-free power rear liftgate with programmable height adjustment improves cargo access and clearance management in confined spaces.

Interior Structure, Seating Configuration, and Climate Systems

The interior of the 2026 Mazda CX-90 Plug-In Hybrid is engineered to support passenger comfort and operational efficiency. The vehicle is configured with seating for up to seven occupants, using second-row captain's chairs and a third-row bench seat with a 50-50 split folding design. This configuration supports flexible cargo and passenger arrangements.

Front seats are power-adjustable and include heating and ventilation functions. Second-row seating includes heating functionality, while the steering wheel is also heated. Upholstery options include leather and available Nappa leather depending on trim level, selected for durability and long-term wear resistance.

Climate control is managed through a three-zone automatic system, allowing independent temperature settings for the front, second, and third rows. Rear-seat air vents are integrated to ensure consistent airflow throughout the cabin. Cabin insulation and airflow management contribute to stable interior temperatures during extended operation.

Digital Displays, Infotainment Systems, and Connectivity

The 2026 Mazda CX-90 Plug-In Hybrid features a 12.3-inch full-color center display paired with a fully digital 12.3-inch instrument cluster. These displays provide vehicle data, including powertrain status, battery charge level, energy flow, navigation prompts, and driver assistance notifications.

An available Active Driving Display projects key information onto the windshield within the driver's forward field of view. This display reduces the need to divert attention away from the road. Mazda Connected Services enable remote access functions such as remote engine start, charge monitoring, climate control adjustment, and vehicle status reporting.

Wireless Apple CarPlay® and Android Auto™ integration allow compatible devices to connect without physical cables. A Bose® 12-speaker audio system is available and engineered to provide balanced sound output across all seating positions. USB Type-C charging ports are distributed across all three rows, and a wireless phone charging pad is integrated into the center console.

Safety Engineering and Driver Assistance Technologies

Safety systems in the 2026 Mazda CX-90 Plug-In Hybrid are designed to assist driver awareness and reduce collision risk. Standard equipment includes Smart Brake Support with pedestrian detection, which can apply braking force when a potential collision is detected. Front and rear cross-traffic alert systems monitor lateral traffic during intersections and reversing maneuvers.

Blind spot monitoring includes vehicle exit warning to alert occupants of approaching traffic when opening doors. Lane departure warning and lane-keep assist systems monitor road markings and provide corrective steering input when necessary. Emergency Lane Keeping with head-on traffic avoidance supports steering intervention in critical situations.

Mazda Radar Cruise Control with Stop and Go maintains following distance and can bring the vehicle to a complete stop in traffic. Front and rear parking sensors assist during low-speed maneuvers, while a dynamic rearview monitor provides visual guidance. The vehicle includes multiple airbags, reinforced structural components, and secondary collision reduction technology to enhance occupant protection.

Vehicle Dimensions, Cargo Volume, and Utility Metrics

The 2026 Mazda CX-90 Plug-In Hybrid has a wheelbase of 122.8 inches, contributing to interior space and ride stability. With all seating rows in place, cargo volume remains functional for daily use. Folding the third row increases available cargo space significantly, while folding both rear rows allows the vehicle to accommodate larger loads.

Overall length measures approximately 201.6 inches, and overall width approaches 78.5 inches with wheel arch molding. Passenger volume and legroom dimensions support adult seating across all three rows. Ground clearance supports light off-road travel while maintaining predictable handling characteristics.

Visit McKinney Mazda to Schedule a Test Ride

Drivers interested in evaluating the technical performance of the 2026 Mazda CX-90 Plug-In Hybrid can arrange a test drive through McKinney Mazda in Easley, SC. A scheduled drive allows evaluation of the plug-in hybrid system, drive mode functionality, and electric operation under typical road conditions. This experience also provides an opportunity to assess cabin layout, digital interfaces, and driver assistance technologies during active use. Test drives help demonstrate how the powertrain transitions between electric and gasoline operation without disruption. Scheduling a visit supports informed evaluation of the vehicle's engineering and functional design.