The 2027 Rogue Hybrid enters the crowded compact SUV arena with a powertrain that sets it apart. Its hybrid e‑POWER system makes it a new kind of hybrid in its class, with standard all-wheel drive from dual electric motors providing smooth, quick acceleration.
While most hybrid-electric vehicles in the Canada use a parallel hybrid system, the 2027 Rogue Hybrid (Rogue Hybrid SR coming in limited quantities fall 2026, with additional trims expected early 2027) is a series hybrid: The two electric motors supply instantaneous torque while a gasoline engine serves only as a generator for the battery and motors. Drivers refuel just like a typical gas-powered car – there is no plug.
What is Nissan hybrid e‑POWER?
Now in its third generation, hybrid e‑POWER technology uses electric motors as the sole source of drive power. While most hybrids rely on both a gasoline engine and electric motor to drive the wheels, Nissan's e‑POWER system delivers power directly through its electric motors, creating a quiet and instantly responsive driving experience.
"Around town, hybrid e‑POWER can often run on battery power alone. The engine will turn on when it's needed, like when you're merging onto the highway," said Christian Spencer, senior manager of Marketability at Nissan Technical Center North America. "But the engine starts so seamlessly, you might not even notice when it happens."
Combined with regenerative braking that captures and reuses energy, the latest e‑POWER system helps provide an ideal blend of performance, efficiency and everyday usability1.
Rogue Hybrid's dual electric motors power the wheels directly while the gasoline engine serves as a generator.
A reliable, proven powertrain ready for North American roads
While hybrid e‑POWER is making its North American debut in Rogue Hybrid, the technology has already been proven in 68 countries since it debuted in 2016. In the decade since its launch, Nissan has sold nearly 2 million hybrid e‑POWER vehicles worldwide.
"As the first Nissan e‑POWER vehicle available in Canada and the U.S., Rogue Hybrid was specifically tuned to meet the needs of the North American market," Spencer said. "For example, we have more highway driving than other regions, so we needed to make sure it performed well on a typical American road trip."
That involved over a million miles of real-world testing, where engineers drove Rogue Hybrid prototypes in a wide variety of conditions, including snowstorms in Minnesota, heat waves in Nevada and high-altitude conditions in the Colorado Rockies.
"We tuned it to maintain efficiency in a variety of highway conditions, which is critical for Canadian and American drivers," Spencer said.
Quick, quiet performance and no transmission
The Rogue Hybrid is fun to drive – something that's apparent the second the driver steps on the accelerator.
"Getting up to highway speed is a breeze," said Brandon LaBorde, senior manager of Chassis Performance team at Nissan Technical Center North America. "If you need to accelerate to pass a slower vehicle, the response is immediate – you're not waiting for the powertrain to catch up. It's right with you, doing what you need."
That immediate response is partially because there is no transmission.
"There's no need for a transmission since the electric motors power the wheels directly," explained LaBorde, who is based at Nissan's Arizona Testing Center. "There's no transmission shift shock, no gear selection delay. It all points toward immediate response and very smooth torque delivery."
To further personalize the driving experience, there are six drive modes to choose from, including Sport, Off-Road and a Personal mode that allows each driver to adjust steering feel, regenerative braking level and throttle response.
Rogue Hybrid's digital dashboard changes based on the selected drive mode.2
Standard all-wheel drive provides confidence in rain and snow
All Rogue Hybrid models come standard with dual-motor electric all-wheel drive3, which constantly monitors conditions and can modulate power to the wheels when slippage is detected.
"The system will adjust torque distribution from front to rear, and if necessary, will apply brake pressure on one of the corners to keep things in line," LaBorde said.
The all-wheel drive system doesn't just enhance confidence in bad weather; it also delivers a more connected feel on twisty roads.
"Beyond the all-wheel drive system, we also calibrated the suspension and the tires to have excellent cornering characteristics," LaBorde said. "It's a blast to drive on winding roads."
The 2027 Rogue Hybrid comes standard with dual-motor electric all-wheel drive.
e‑Pedal4 allows one-pedal driving
Rogue Hybrid is the only vehicle in its class to offer e‑Pedal, allowing for true one-pedal driving all the way to a complete stop.
With e‑Pedal, the driver can use the accelerator pedal alone when conditions allow. When lifting off the accelerator, regenerative braking will engage, slowing the vehicle.
"When you press the accelerator pedal, everything happens as you would normally expect. And when you release the pedal, the regenerative braking engages a deceleration torque, so you're slowing down. If you lift fully off, it'll also engage the friction brakes, bringing Rogue Hybrid to a complete, smooth stop," LaBorde said.
e‑Pedal helps make stop-and-go traffic less tedious. And if the driver ever wants to stop more aggressively, they can always override the system and apply the brakes themselves.
"One-pedal driving is something typically found in fully electric vehicles," LaBorde said. "We're excited to offer it on Rogue Hybrid – e‑Pedal is just one more way it stands out in the segment."
Backed by nearly a decade of global success and engineered specifically for North American drivers, Rogue Hybrid introduces a new approach to hybrid performance. It combines the best of all worlds: the effortless response of electric motors, the efficiency of a hybrid powertrain and the convenience of a gas-powered SUV.
About Christian Spencer
Christian Spencer is a senior manager of Marketability at Nissan Technical Center North America in Farmington Hills, Michigan. He has worked for Nissan for 23 years. Spencer has a bachelor of science in mechanical engineering and a master's in business administration from the University of Michigan.
About Brandon LaBorde
Brandon LaBorde is a senior manager in Nissan's Chassis Dynamics Group. Based at the Arizona Testing Center south of Phoenix, LaBorde has been with Nissan since 2001. He has held several roles since then, including in the Competitive Assessment and Vehicle Evaluation and Quality departments. LaBorde holds both a bachelor's degree and master's degree in mechanical engineering from Arizona State University.
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- NRCan Fuel Economy Estimate for 2027 Rogue Hybrid SR AWD only: 5.9 city /6.6 highway/6.2 combined l/100km. Actual mileage may vary with driving conditions. Use for comparison only.
- Pre-production vehicle shown with available features. Actual production model may vary.
- All-wheel drive cannot prevent collisions or provide enhanced traction in all conditions. Always monitor traffic and weather conditions.
- Nissan e‑Pedal is true one pedal driving. Monitor traffic conditions and use conventional brake as needed to prevent collisions. See Owner’s Manual for safety information.