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Subaru

E-OUTBACK

Understand the differences between versions and calculate a reference for your energy costs.

Subaru E-OUTBACK (Trailseeker, JP)
Credits
Creator
TTTNIS
Photograph
2026 Subaru Trailseeker ET-HS.jpg
License
CC0 1.0
Changes
Proportionally resized and converted to WebP. No crop or alteration of the vehicle.

TTTNIS / Wikimedia Commons / CC0 1.0

The optimized copy retains the stated license. No creator endorsement is implied.

Japanese-market Trailseeker: regional name for the E-OUTBACK. Equipment may vary.

Japanese-market Trailseeker: regional name for the E-OUTBACK. Equipment may vary.

Japanese-market Trailseeker: regional name for the E-OUTBACK. Equipment may vary.
Documented trim · Austria

523 km

WLTP

74.7 kWh

Published battery capacity

Published capacity without a gross/usable distinction.

For everyday driving

What will I spend on energy?

What will I spend on energy?

€/kWh

Use the price you pay per kWh. We do not assume a tariff.

We are using 15.4 kWh/100 km

Combined WLTP consumption

Enter your price to calculate a reference per 100 km.

Energy costs based on WLTP, not a prediction of your driving or the total cost of the car.

How it is calculated ↓

Understand your choice

What changes between versions?

Hikari 75 kWh compared with

Combined WLTP range
Hikari 75 kWh523 km
Nozomi 75 kWh477 km
Combined WLTP consumption
Hikari 75 kWh15.4 kWh/100 km
Nozomi 75 kWh16.6 kWh/100 km

Same technical configuration

  • Maximum power280 kW
  • Published battery capacity74.7 kWh
  • Maximum DC charging power150 kW
  • Maximum AC charging power22 kW

Combined type-approval cycle; not a particular journey.

Explore the details

Technical specifications

Hikari 75 kWh · Market: Austria

Battery
Published battery capacity
74.7 kWh

Published capacity without a gross/usable distinction. We do not use an ambiguous capacity to calculate range or charging sessions.

Range and consumption
Combined WLTP range
523 km
Combined WLTP consumption
15.4 kWh/100 km

Combined type-approval cycle; not a particular journey.

Charging
Maximum AC charging power
22 kW
Maximum DC charging power
150 kW

Higher peak power does not establish a shorter charging session.

Performance
Maximum power
280 kW
0–100 km/h acceleration
4.5 s
Top speed
180 km/h
Data and methodology

Versions documented for Austria. Technical documentation does not guarantee immediate availability or stock.

Cost per 100 km = WLTP consumption × price per kWh. No extra losses or speed/temperature adjustments are added.

Sources and review dates

Documents consulted for the versions on this page. The date records our source review, not a road test or current availability.