Corolla Hybrid
Experience enhanced power and traction with the revolutionary Electronic On-Demand All-Wheel Drive (AWD) system. Now offered on the LE model and standard on SE and XSE trims, the Corolla stands out as the sole compact hybrid passenger car equipped with all-wheel drive capability. Rear-mounted electric motors independently propel the rear wheels, providing heightened confidence and control in diverse weather conditions.
Camry Hybrid
Experience the perfect blend of power, efficiency, and all the comforts, conveniences, and connectivity you expect from a gas-powered Camry. The 2024 Camry Hybrid redefines the hybrid electric driving experience, delivering an emotionally engaging ride without any compromises every time you take the wheel.
Toyota Crown
With its striking raised profile and consistent minimalist design, the Crown exudes a serene and self-assured elegance in every aspect. Whether it's the captivating Limited model or the fully loaded Platinum edition, each variant has been meticulously crafted to guarantee a comfortable sanctuary for both driver and passengers on the road.
Toyota Corolla Cross
Inherently sporty and full of energy, the Corolla Cross Hybrid subcompact SUV boasts a spacious and versatile design, catering to individuals in search of a stylish, fuel-efficient vehicle capable of navigating both urban streets and rural escapades.
Toyota Rav4
Manufactured in Canada, RAV4 Hybrid SUVs offer an exhilarating driving experience alongside impressive fuel efficiency. Choose from five distinct models, including the sporty XSE, the refined Limited, and the off-road hybrid Woodland Edition.
Toyota Venza
In 2024, the Venza confidently merges intelligent, chic design both inside and out with state-of-the-art entertainment and connectivity features. This mid-size two-row crossover is packed with the newest connected technology, ensuring you stay connected while on the road.
Toyota Highlander
Toyota's acclaimed self-charging gas and electric hybrid powertrain comes standard on all Highlander Hybrid models. It incorporates advanced features such as regenerative braking to capture energy, eliminating the need for plug-in charging, all while delivering a robust 243 net horsepower. Simply put, it's the ultimate family SUV without any compromises.
Toyota Grand Highlander
With ample space, impressive performance, and an abundance of features beyond expectations, you can embark on epic road trips with everyone comfortably, all while enjoying remarkable fuel efficiency.
Toyota Sienna
Step into the exclusively hybrid-electric 2024 Toyota Sienna family minivan and let yourself be swept away. As unique and adventurous as you are, the Sienna boasts stylish exterior design, refined interior comfort, and a plethora of connected technology to simplify life on the go.
Toyota Sequoia
Loaded with features, the three-row 2024 Sequoia is prepared to tackle more than ever before. With its rugged appearance, luxurious comfort, advanced technology, and exhilarating performance thanks to the exceptional i-FORCE MAX hybrid powertrain, it's ready for any adventure.
Toyota Tundra
Grit. It's not just about sheer strength; it's about the intelligence to overcome any obstacle. That's the new essence of grit embodied in the 2024 Tundra full-size truck. Empowering you with unparalleled levels of capability, technology, and refinement, it's available in both gas and even more potent i-FORCE MAX hybrid models
FAQs
Hybrid electric vehicles
How does a hybrid electric vehicle work?
A hybrid electric vehicle (HEV) seamlessly merges the power of a gasoline engine with the efficiency of electric motors. The battery recharges while you drive, ensuring it's always ready to go without the need for plugging in.
Plug-in hybrid electric vehicle
How does a plug-in hybrid electric vehicle work?
A plug-in hybrid electric vehicle (PHEV) effortlessly combines the power of a gasoline engine with the efficiency of electric motors. While the hybrid battery recharges while driving, for optimal benefits like extended electric-only driving range, the vehicle requires recharging from the power grid.
Battery electric vehicles
How does a battery electric vehicle work?
A battery electric vehicle (BEV) relies solely on a battery and one or two electric motors for power. Similar to other electric vehicles, BEVs can partially recharge their batteries through regenerative braking. However, to reach a full charge, BEVs must be plugged in.
Hydrogen fuel cell EV
How does a hydrogen fuel cell electric vehicle work?
A hydrogen fuel-cell electric vehicle (FCEV), such as the Toyota Mirai XLE, utilizes on-board fuel cells to convert hydrogen and oxygen into electricity, powering an electric motor. Refueling an FCEV takes only about five minutes and emits only water from its exhaust. With a full tank, the Mirai XLE boasts a range of up to 647 km, although fueling time can vary based on hydrogen fueling pressure and ambient temperature. The estimated range is based on the Government of Canada's approved test methodology for fuel cell electric vehicles. Actual mileage may vary due to factors such as traffic, road and weather conditions, vehicle maintenance, refueling practices, driving habits, fuel cell and battery age, and cargo load.
EV Safety
Are Toyota electrified vehicles as safe as a conventionally powered vehicle?
Toyota's hybrid electric systems undergo design and testing tailored specifically for Canada, just like any other Toyota vehicle, and adhere to Canada Motor Vehicle Safety Standards. Hybrid electric vehicles (HEVs), plug-in hybrid electric vehicles (PHEVs), and battery electric vehicles (BEVs) pose no greater concern for passengers or rescuers in the event of a collision compared to non-hybrid vehicles. The batteries are enclosed within a protective metal case and insulated from the vehicle body. Moreover, the hybrid electric battery cables are encased in bright-orange cladding to serve as a warning to emergency workers. Toyota collaborates closely with first responders, providing them with information and materials for training on how to handle hybrid electric vehicles.
EV maintenance
Do Toyota electrified vehicles require additional maintenance?
Toyota hybrid electric vehicles adhere to the standard maintenance schedule of every 6 months or 8,000 kilometers (whichever comes first). Additionally, the operation of the hybrid electric system may decrease the frequency of servicing needed for other components of the vehicle. Due to the hybrid electric system's operation, which intermittently switches off the engines, utilizes regenerative braking to extend pad and rotor lifespan, eliminates the need for transmission fluid under load, and excludes starters, alternators, or belts requiring replacement, maintenance requirements for these aspects are potentially reduced.
Driving & refueling habits
Do I need to change my driving or refueling habits with a Toyota electrified vehicle?
Operating a Toyota hybrid electric vehicle is as straightforward as driving a conventional gasoline-powered vehicle. Toyota's Hybrid Synergy Drive system operates seamlessly, efficiently balancing gas and electric power as you drive. Refueling a Toyota hybrid electric vehicle is identical to refueling a traditional gasoline-powered vehicle; there's no need to plug it in. Plug-in hybrid electric vehicles offer the advantages of a hybrid electric vehicle, with the added option to plug in for extended electric-only range.
How does a hybrid electric vehicle work?
A hybrid electric vehicle (HEV) seamlessly merges the power of a gasoline engine with the efficiency of electric motors. The battery recharges while you drive, ensuring it's always ready to go without the need for plugging in.
How does a plug-in hybrid electric vehicle work?
A plug-in hybrid electric vehicle (PHEV) effortlessly combines the power of a gasoline engine with the efficiency of electric motors. While the hybrid battery recharges while driving, for optimal benefits like extended electric-only driving range, the vehicle requires recharging from the power grid.
How does a battery electric vehicle work?
A battery electric vehicle (BEV) relies solely on a battery and one or two electric motors for power. Similar to other electric vehicles, BEVs can partially recharge their batteries through regenerative braking. However, to reach a full charge, BEVs must be plugged in.
How does a hydrogen fuel cell electric vehicle work?
A hydrogen fuel-cell electric vehicle (FCEV), such as the Toyota Mirai XLE, utilizes on-board fuel cells to convert hydrogen and oxygen into electricity, powering an electric motor. Refueling an FCEV takes only about five minutes and emits only water from its exhaust. With a full tank, the Mirai XLE boasts a range of up to 647 km, although fueling time can vary based on hydrogen fueling pressure and ambient temperature. The estimated range is based on the Government of Canada's approved test methodology for fuel cell electric vehicles. Actual mileage may vary due to factors such as traffic, road and weather conditions, vehicle maintenance, refueling practices, driving habits, fuel cell and battery age, and cargo load.
Are Toyota electrified vehicles as safe as a conventionally powered vehicle?
Toyota's hybrid electric systems undergo design and testing tailored specifically for Canada, just like any other Toyota vehicle, and adhere to Canada Motor Vehicle Safety Standards. Hybrid electric vehicles (HEVs), plug-in hybrid electric vehicles (PHEVs), and battery electric vehicles (BEVs) pose no greater concern for passengers or rescuers in the event of a collision compared to non-hybrid vehicles. The batteries are enclosed within a protective metal case and insulated from the vehicle body. Moreover, the hybrid electric battery cables are encased in bright-orange cladding to serve as a warning to emergency workers. Toyota collaborates closely with first responders, providing them with information and materials for training on how to handle hybrid electric vehicles.
Do Toyota electrified vehicles require additional maintenance?
Toyota hybrid electric vehicles adhere to the standard maintenance schedule of every 6 months or 8,000 kilometers (whichever comes first). Additionally, the operation of the hybrid electric system may decrease the frequency of servicing needed for other components of the vehicle. Due to the hybrid electric system's operation, which intermittently switches off the engines, utilizes regenerative braking to extend pad and rotor lifespan, eliminates the need for transmission fluid under load, and excludes starters, alternators, or belts requiring replacement, maintenance requirements for these aspects are potentially reduced.
Do I need to change my driving or refueling habits with a Toyota electrified vehicle?
Operating a Toyota hybrid electric vehicle is as straightforward as driving a conventional gasoline-powered vehicle. Toyota's Hybrid Synergy Drive system operates seamlessly, efficiently balancing gas and electric power as you drive. Refueling a Toyota hybrid electric vehicle is identical to refueling a traditional gasoline-powered vehicle; there's no need to plug it in. Plug-in hybrid electric vehicles offer the advantages of a hybrid electric vehicle, with the added option to plug in for extended electric-only range.