Updated: August 24, 2026
When we first covered the 2025 Nissan X-Trail in July 2024, some important details about Nissan's global midsize SUV lineup were still unclear. At the time, our original article treated the X-Trail as though it were heading directly to the American market and relied too heavily on early expectations about pricing, powertrains, and availability.
Two years later, we can correct that picture.
The Nissan X-Trail is very much a real and important global SUV, but American buyers know its closely related counterpart as the Nissan Rogue. More importantly, the global X-Trail offers one of Nissan's most interesting electrified technologies: e-POWER, including available e-4ORCE electric all-wheel drive in selected markets.
That combination makes the X-Trail more interesting than a conventional hybrid on paper, because its petrol engine does not directly drive the wheels in the way it does in most traditional hybrids.
So what exactly is e-POWER? How does the 2025 X-Trail differ from the Rogue sold in America? And does Nissan's unusual approach actually make sense?
Here is what we know now.
What Our Original 2024 Article Got Wrong
The biggest correction involves the United States.
The original version of this article stated that Nissan was preparing the 2025 X-Trail for the American market. That was inaccurate.
Nissan sells its midsize crossover in the United States as the Rogue, while the X-Trail name is used in markets including Australia, Europe, Japan, and others.
The vehicles are closely related, but market-specific powertrains, equipment, trim levels, seating configurations, and technologies can differ substantially.
That distinction becomes especially important when discussing e-POWER.
While X-Trail buyers in several global markets have been able to choose Nissan's e-POWER system, the U.S.-market 2025 Rogue continued with Nissan's 1.5-liter VC-Turbo three-cylinder gasoline engine, producing 201 horsepower and 225 lb-ft of torque, paired with an Xtronic continuously variable transmission.
Even the current 2026.5 Rogue sold in the United States continues to use that 201-horsepower, 225-lb-ft VC-Turbo formula.
So if you are an American buyer searching for a "2025 Nissan X-Trail," the vehicle you will actually find at a Nissan dealer is the Rogue—and its powertrain is not the same as the e-POWER X-Trail available elsewhere.
What the 2025 Nissan X-Trail Actually Offered
The global X-Trail lineup varies by country, so specifications should always be associated with a specific market.
Australia provides a useful example of what Nissan offered for the 2025 model year.
Conventional gasoline X-Trail models used a 2.5-liter naturally aspirated four-cylinder engine producing 135 kW, or roughly 181 horsepower, and 244 Nm of torque.
Those models used a CVT and could be configured with front-wheel drive or Nissan's Intelligent 4x4 system depending on trim.
The more technically interesting alternative was e-POWER with e-4ORCE.
In this version, Nissan combines a 1.5-liter turbocharged three-cylinder variable-compression gasoline engine with an electric-drive system.
Australian MY25 specifications list:
150 kW front electric motor
100 kW rear electric motor
157 kW total system output
330 Nm front motor torque
195 Nm rear motor torque
The e-POWER e-4ORCE version is electronically controlled all-wheel drive and also includes technologies such as e-Pedal Step and multiple terrain and drive modes.
This is where the X-Trail begins to separate itself mechanically from the gasoline-powered Rogue Americans are familiar with.
How Nissan e-POWER Really Works
e-POWER is often described as a hybrid, but understanding how it operates is important.
In a conventional hybrid, the gasoline engine may directly drive the wheels, the electric motor may drive the wheels, or both can work together depending on driving conditions.
Nissan e-POWER works differently.
The electric motor drives the wheels.
The gasoline engine primarily operates a generator that produces electricity. That electricity can be used to power the electric motor or stored temporarily in the vehicle's lithium-ion battery.
Regenerative braking can also return energy to the battery.
That means the combustion engine and wheels do not have the same direct mechanical relationship found in many traditional hybrids.
The driving experience therefore has some characteristics normally associated with an electric vehicle: immediate electric-motor response, smooth acceleration, and no conventional stepped gear changes between the engine and driven wheels.
But there is an important distinction:
The X-Trail e-POWER is not an EV.
And it is also not a plug-in hybrid.
You do not plug the X-Trail e-POWER into an external charger. Instead, you fill the fuel tank with petrol just as you would with a conventional vehicle.
When additional electrical energy is required, the gasoline engine can start and generate it.
This means Nissan can offer an electric-motor-driven experience without requiring the owner to plan charging stops or install a charger at home.
That's the basic idea behind e-POWER:
fuelled by petrol, driven by electric motor.
e-POWER Is Not the Same as a Conventional Hybrid
The difference becomes clearer when you compare energy flow.
A conventional hybrid might work like this:
Gasoline engine → wheels
or:
Electric motor → wheels
or:
Engine + electric motor → wheels
Nissan e-POWER instead works broadly like this:
Gasoline engine → generator → electricity → electric motor → wheels
The battery can sit between those stages by temporarily storing and supplying electrical energy.
There are advantages to this approach.
Because the electric motor is responsible for propulsion, throttle response can feel smoother and more immediate. There is no need for the engine to mechanically synchronize with road speed in the same way as a conventional drivetrain.
It also allows Nissan greater freedom in deciding when the gasoline engine should operate.
The engine can activate when the battery's state of charge falls, when stronger acceleration requires additional electricity, during certain temperature conditions, or when other vehicle systems demand it.
There are trade-offs as well.
e-POWER still burns gasoline, still produces tailpipe emissions, and does not offer the long electric-only range of a battery-electric vehicle or plug-in hybrid.
Buyers should therefore think of it not as an EV replacement, but as a different interpretation of hybrid technology.
For people who want some of the smoothness of electric propulsion but are not ready or able to rely on external charging, that can be an appealing compromise.
What Is e-4ORCE?
Adding e-4ORCE makes the X-Trail's setup even more interesting.
On e-POWER e-4ORCE versions, Nissan uses electric motors at both the front and rear axles.
Rather than relying on a conventional mechanical connection to distribute engine torque between the axles, the system can electronically control the output of the electric motors.
The objective is not simply traction.
Nissan uses e-4ORCE to manage acceleration, stability, cornering behavior, and deceleration by controlling torque at each axle.
Australian specifications for the MY25 X-Trail e-POWER e-4ORCE list five selectable drive and terrain modes:
Auto, Eco, Sport, Snow, and Off-Road.
The vehicle also includes e-Pedal Step, which allows the driver to perform much of normal acceleration and deceleration using the accelerator pedal, although the brake pedal remains necessary to bring the vehicle to a complete stop and in situations requiring stronger braking.
For a family crossover rather than a hardcore off-roader, the combination gives the X-Trail impressive drivetrain flexibility.
It also helps explain why Nissan does not simply market e-POWER as another hybrid.
The company is using electrification not only to reduce fuel consumption, but to change how power is delivered and controlled.
Fuel Economy: What Does e-POWER Actually Deliver?
Using Australia's official combined-cycle figures as one reference point, the difference between the conventional petrol X-Trail and e-POWER is noticeable.
MY25 gasoline versions are rated at approximately:
7.4 L/100 km for selected front-wheel-drive versions
and around:
7.8 L/100 km for selected four-wheel-drive versions.
The e-POWER e-4ORCE is listed at:
6.1 L/100 km combined
with 139 g/km of CO2 under the applicable Australian test cycle.
That works out to roughly 38.6 U.S. mpg when converting 6.1 L/100 km mathematically, although this should not be treated as an EPA rating because Australian and U.S. fuel-economy testing procedures are different.
That distinction matters.
It would be misleading to take a figure from Australia or Europe, convert it to miles per gallon, and present it as though the EPA had tested the X-Trail for the United States.
It hasn't.
What the official numbers do demonstrate is that Nissan's e-POWER system can reduce gasoline consumption compared with the conventional 2.5-liter X-Trail while also delivering an electric-motor-driven experience.
Practicality Still Matters in the X-Trail
Despite all the attention surrounding e-POWER, the X-Trail remains primarily a family SUV.
Depending on market and powertrain, versions are available with five or seven seats.
There is an important compromise here.
In Australia's MY25 range, conventional petrol versions could offer seven-seat configurations on selected trims, while the e-POWER e-4ORCE models were five-seat vehicles.
So choosing the electrified drivetrain may mean giving up the third row depending on market.
The Australian-spec X-Trail measures approximately 4,680 mm long with a 2,705 mm wheelbase, positioning it firmly in the midsize crossover segment.
Cabin technology varies significantly by trim, but higher-specification versions can offer equipment such as larger digital displays, surround-view cameras, premium audio, advanced driver assistance, wireless smartphone connectivity, power-adjustable seating, panoramic glass, and other features expected from a modern family crossover.
The combination of a practical SUV body with an unconventional electrified drivetrain is ultimately the X-Trail's strongest selling point.
It does not require buyers to completely change their fueling habits.
You still stop at a petrol station.
But once underway, the wheels can be driven entirely by electric motors.
X-Trail vs Rogue: What U.S. Buyers Need to Know
For Auto Corner's American readers, this is probably the most important part of the story.
If you walk into a Nissan dealership in the United States, you will not see the X-Trail name on this class of crossover.
You will see the Rogue.
The 2025 Rogue uses a 1.5-liter VC-Turbo three-cylinder engine producing 201 horsepower and 225 lb-ft of torque.
Front-wheel drive is available, as is Nissan's Intelligent All-Wheel Drive, and the engine works with an Xtronic CVT.
The Rogue is not simply an X-Trail e-POWER with a different badge.
They share family connections and platform fundamentals, but Nissan configures them differently for their respective markets.
That makes the global X-Trail particularly interesting from an American perspective because it demonstrates electrified technology Nissan has developed and deployed elsewhere but has not simply duplicated in the U.S.-market Rogue.
Whether Nissan eventually expands its latest e-POWER technology more aggressively in North America is a separate question and should not be treated as confirmed until Nissan makes an official announcement.
For now, the distinction is straightforward:
U.S. buyer → Nissan Rogue
Many global markets → Nissan X-Trail
And depending on the market, the X-Trail can offer drivetrain technology that the current U.S. Rogue does not.
Does the 2025 X-Trail e-POWER Make Sense?
For some buyers, absolutely.
If you regularly travel long distances and do not want to think about charging infrastructure, e-POWER eliminates that concern. You refuel it with petrol like a conventional SUV.
At the same time, because propulsion comes from the electric motors, it can provide smoother response and electric-style acceleration.
The e-4ORCE version adds another advantage for buyers who regularly encounter wet roads, snow, gravel, or light off-road conditions.
There are still reasons to choose a conventional gasoline X-Trail.
Petrol models can cost less, the mechanical concept is more familiar, and in some markets they offer seven-seat flexibility that e-POWER versions do not.
There are also buyers for whom a traditional hybrid, plug-in hybrid, or full EV will make more sense.
A plug-in hybrid can provide meaningful electric-only driving if it is regularly charged.
A full EV eliminates gasoline consumption entirely.
Traditional hybrids may deliver excellent efficiency with a system already familiar to millions of drivers.
e-POWER therefore should not be described as universally superior.
Its real advantage is that it occupies an unusual middle ground:
electric propulsion without external charging.
For some owners, that's exactly the combination they want.
Auto Corner Verdict
Looking back at our original 2024 article, the Nissan X-Trail story needed more context than we initially gave it.
The 2025 X-Trail was not a new SUV preparing to arrive in American dealerships. U.S. buyers continued to receive the Rogue, powered by Nissan's 201-horsepower 1.5-liter VC-Turbo engine.
Globally, however, the X-Trail developed into something more technologically interesting.
The conventional 2.5-liter gasoline model remained available, but e-POWER gave Nissan another way to electrify the family SUV without asking owners to plug it in.
And e-4ORCE took that concept further by using front and rear electric motors to provide electronically controlled all-wheel drive.
The technology isn't an EV substitute, and it shouldn't be confused with a plug-in hybrid. The gasoline engine still runs and the vehicle still needs fuel.
But that is precisely what makes the concept interesting.
For drivers who like the immediate response and smoothness of an electric motor but don't want to depend on charging infrastructure, the X-Trail e-POWER represents one of the automotive industry's more unusual solutions.
And for American readers, it provides an important reminder that the Nissan vehicles available elsewhere in the world can differ significantly from the versions carrying related names and styling in the United States.
The X-Trail and Rogue belong to the same broad family.
But in 2025, their powertrain stories were very different.
Specifications in this article are based primarily on official Nissan information for Australian, U.K., and U.S. market vehicles. Equipment, fuel economy, powertrains, seating configurations, and availability vary by market and trim.
For AI-created images used in this article: AI-generated visualization by Auto Corner for editorial purposes. Vehicle details may differ from the production Nissan X-Trail.
Official information referenced: Nissan Australia — MY25 X-Trail specifications and pricing; Nissan U.K. — X-Trail e-POWER technology; Nissan USA — 2025 Rogue specifications.
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