2025 Mitsubishi Outlander PHEV Review: A Practical Choice for the Long Haul

The 2025 Mitsubishi Outlander PHEV carries a base price of 49,990 Euro in the German market. This SUV competes directly with the Toyota RAV4 Plug-in Hybrid which starts at 59,790 Euro. You can also look at the Kia Sorento PHEV for 56,290 Euro or the Hyundai Santa Fe PHEV at 55,700 Euro. Higher trims like the Platinum Edition push the price toward 60,000 Euro.

This car sits in a competitive segment of mid-sized family SUVs. It is a large vehicle that measures over 4.7 meters in length. Mitsubishi has positioned it as a flagship for their return to the European market. You are paying for a sophisticated drivetrain and a lot of metal for your money.

The manufacturer claims a WLTP pure electric range of 86 kilometers for this vehicle. These figures suggest a significant improvement over the previous model. This rating is based on specific testing conditions that rarely reflect a morning commute in December. You should treat this number as a best-case scenario for mild spring weather.

You will likely see closer to 65 kilometers of range on the highway at 130 km/h. City driving in temperate conditions might get you 75 kilometers if you are gentle with the pedal. Cold winter days will drop these estimates by at least another 20 percent. If your daily commute is under 50 kilometers, you will rarely use the combustion engine.

The charging port is located on the rear flank of the car. It supports AC charging for home use and DC fast charging for trips. You should expect a full charge at home to take about seven hours using a standard wall box. Fast charging will get the battery to 80 percent in roughly 32 minutes.

This car uses a lithium-ion battery pack with Nickel Manganese Cobalt (NMC) chemistry. NMC batteries offer high energy density which allows for a larger capacity without adding excessive weight. They do not handle being charged to 100 percent every single day as well as LFP batteries do. You should keep the charge between 20 and 80 percent for daily use to prevent premature degradation.

The battery pack uses liquid cooling to maintain a steady temperature during fast charging or heavy use. This should help with the longevity of the cells over several years of ownership. You can monitor the battery behavior through the instrument cluster. I recommend doing this if you are towing a heavy load in the summer.

Mitsubishi uses a 2.4-liter Atkinson cycle petrol engine paired with two electric motors for their all-wheel drive system. There is no mechanical linkage between the front and rear axles. This setup allows for precise torque vectoring that Mitsubishi calls S-AWC. It saves weight compared to a traditional driveshaft.

The engine acts mostly as a generator for the motors. It can drive the wheels directly at high speeds through a single-speed transmission. The combined system output is 302 horsepower. This allows for a zero to one hundred kilometer per hour sprint in 7.9 seconds.

The fact that it uses CHAdeMO for DC charging is a hurdle. Most new charging stations in Germany focus on the CCS standard. I don’t tend to entertain such outdated hardware in a brand new vehicle. You will find it harder to find high-speed chargers on long trips compared to drivers of European cars.

The chassis uses MacPherson struts at the front and a multi-link setup at the rear. This is a standard configuration for SUVs in this class. Mitsubishi tuned it for comfort over sportiness. The car weighs over two tons and the suspension works hard to mask that mass over speed bumps.

It feels planted on the Autobahn at cruising speeds. The steering is light and does not provide much feedback from the road surface. You will notice the body leans if you take a corner with too much enthusiasm. Do not expect a sports car feel from this heavy plug-in.

The S-AWC system offers seven different driving modes including Tarmac and Mud. You can select these using a physical rotary dial on the center console. This is the correct way to design a drive mode selector. You can feel the car shift its torque bias between the axles as you rotate the dial.

The interior features physical buttons for the climate control and a proper dial for the volume. You can adjust the temperature or change the radio station without ever looking away from the road. I view this as a safety advantage over the touchscreen-only systems found in many modern German rivals. Touchscreens are a distraction that have no place in primary vehicle controls.

The materials feel solid and are built to last for a decade of family use. There is a 12.3-inch digital cluster for the driver that shows clear information about power flow and battery life. I found the seat padding to be firm enough for long journeys. The driving position is high and offers a good view over traffic.

The cargo space measures 495 liters with the rear seats in place. This volume is lower than some competitors because of the rear motor hardware. You can tow up to 1,600 kilograms with this SUV. Many hybrid vehicles in this size class are restricted to much lower weights.

The MI-PILOT safety suite includes adaptive cruise control and lane keep assist. These systems work well on the highway but can be overly sensitive on narrow country roads. You can turn off the lane intervention through the steering wheel buttons if it becomes annoying. The 360-degree camera system is helpful when parking such a large vehicle.

Mitsubishi offers a five-year vehicle warranty and an eight-year warranty on the battery pack. The 2.4-liter engine is a proven design that avoids the complexity of turbochargers. Owner data from the ADAC suggests that the brand builds reliable vehicles. The previous Outlander was noted for its electrical durability despite the complexity of the drivetrain.

The lack of a complex multi-speed gearbox in the hybrid system removes a common failure point found in traditional cars. You are buying into a brand that understands how to build things that last. You should follow the maintenance schedule strictly to keep the warranty intact.