2027 Rogue Hybrid SR, front three-quarter view in the mountains | NissanThe freshly unveiled 2027 Nissan Rogue Hybrid drives like an EV without a charge port. The 1.5 L turbo engine has no mechanical connection to the wheels: it serves only as a generator for two motors. It is not an EV, but rather a series hybrid, under the name e-POWER.
- Two electric motors provide all the traction, for 225 horsepower, and all-wheel drive is standard.
- The battery stores only 1.67 kWh. There is no charge port and no transmission.
- Nissan estimates about 5.9 L/100 km in the city, 6.5 on the highway and 6.2 combined for the SR.
e-POWER arrives in North America for the first time. Nissan has sold it since the Japanese Note starting in 2016.
The gasoline engine does not propel the car
It produces electricity, and you fill up with regular gasoline.
Think of a diesel locomotive. Its engine does not push the train. It spins a generator, and electric motors drive the wheels. Here, the wheels are driven only by that electricity, delivered to two motors. This rolling power plant has a tank of about 53 litres.
The 1.5 L turbo three-cylinder makes 148 horsepower and was designed to serve as a generator. The front motor has the same 202 horsepower as the one in the new Leaf; the rear motor, specific to this Rogue, makes 134. The system ceiling remains 225 horsepower.
The low-capacity battery serves only as a buffer.
2027 Rogue Hybrid Platinum, rear three-quarter with PLATINUM and e-POWER badges | NissanThe engine burns well at only one engine speed
Nissan runs this three-cylinder at a precise engine speed, where combustion stays stable: the process is called STARC. Air must enter the chamber in a strong swirl, with as little turbulence as possible. Nissan announces 42% thermal efficiency. That is the engine’s efficiency at that speed, not the Rogue‘s fuel consumption.
To produce this swirl, Nissan changed the valve seat. In an ordinary engine, the seat is a separate sintered part pressed into the cylinder head. It dictates the shape of the port.
Here, the part disappears. A metal powder, a cobalt-free copper alloy, is sprayed at supersonic speed onto the aluminum of the cylinder head. The metal underneath does not melt. The layer holds through impact, not through a weld.
This is cold spraying. The port can then take the shape that feeds the swirl. Copper conducts heat better and cools the area around the valves. Nissan presents this seat as a world first in an automotive engine. The process comes from aerospace. It arrived first on the Qashqai, in production in the United Kingdom since July 2025, then on this Rogue.
Annotated cylinder head: cold-spray valve seat | Nissan
Cold-spray valve seat, intake port and combustion chamber diagram | NissanThe driver does not choose when the three-cylinder starts. When the buffer is enough, the engine sleeps and the electric motors drive on their own.
As soon as demand rises, the 1.5 L starts and locks onto its optimal engine speed. Nissan says this fixed point is about twice as efficient as if the generator followed the pedal. On the highway, it runs nonstop.
When coasting, the motors recover energy. One-pedal driving, the e-Pedal, can bring the vehicle to a stop.
Cutaway of the third-generation e-POWER 5-in-1 electric module | NissanAgainst the hybrids already on the road
On a hybrid RAV4, an eCVT lets the gasoline engine drive the wheels through a planetary gearset. On a hybrid CR-V, a clutch connects the engine to the wheels mainly on the highway. The rest of the time, the CR-V already works much like a generator, like this Rogue.
No independent test has yet measured this Rogue‘s fuel consumption at highway speeds.
The SR’s combined 6.2 L/100 km comes from internal tests, converted from the miles per gallon Nissan announced.
| Rogue hybrid | RAV4 hybrid | CR-V hybrid | |
|---|---|---|---|
| Configuration | Series hybrid, 2 electric motors. Gas engine works as a generator only | eCVT, planetary gearset. Gas engine can drive the wheels at any time | Single gear ratio with a series motor-generator, fixed-ratio mechanical connection on the highway |
| Battery | 1.67 kWh, buffer | Small buffer battery (1 kWh) | Small buffer battery (1 kWh) |
| Power | 225 hp | 236 hp | 204 hp |
| Combined fuel consumption | 6.2 L/100 km, Nissan estimate | 5.5 to 6.2 L/100 km, NRCan | 6.4 L/100 km, NRCan |
| Towing capacity | 1,500 lb | 1,750 to 3,500 lb | 1,000 to 1,500 lb |
And to stay warm in winter, the system is fairly traditional: heat comes from the 1.5 L’s coolant. To get heat, the engine has to run, so expect a significant increase in fuel consumption.
Important to mention: the plug-in hybrid Rogue offered here is a completely different vehicle. It is based on the Mitsubishi Outlander, with a charge port and a 20 kWh battery. Nissan lists it at $58,698. It has seven seats, on the previous Rogue‘s chassis.
2027 Rogue Hybrid SR cabin, quilted seats and dual screens | NissanTo wrap up, the current gas-engine Rogue stays in the lineup. So does the plug-in hybrid, and at the end of 2026 the e-POWER hybrid will arrive.
In Canada, the starting price is $42 845. The SR version and the Techno package will go on sale first, at the end of 2026. Assembly takes place in Kyushu, Japan.
2027 Nissan Rogue e-POWER Hybrid: A Different Take on Electrification Starts at $42,845
The Rogue was the best-selling Nissan in Canada in 2025, with 36,034 units. This is a big move for Nissan, an attempt to break its Japanese rivals’ dominance of the compact SUV segment. This new version of the Rogue joins the long list of series hybrids and extended-range vehicles announced for 2027.
