Subaru Trailseeker 2026

Pre order now! - Arriving in October!

Trailseeker AWD Touring $72,490 RRP

WLTP test range up to 488 km
Symmetrical All-Wheel Drive mounted to the e-Subaru Global Platform
Dual electric motors producing 280 kW combined
Up to 150 kW DC fast-charging input
2 kW (8 Amp) AC charging cable with 10 Amp wall plug
Dual-Mode X-Mode with Grip Control function and Multi-Terrain Monitor
211 mm of ground clearance
14-inch touchscreen infotainment system
7-inch LCD instrument display
Wireless Apple CarPlay and Android Auto6
Six-speaker audio system
Digital rear-view mirror
8-way power-adjustable driver and front passenger seats
Heated front and rear outboard seats
Heated steering wheel
Multi-colour LED ambient lighting
Dual-zone climate control with rear vents
Dusk-sensing self-levelling LED headlights with auto-off
20-inch alloy wheels
Leather-accented seat trim in blue and black
8-way power-adjustable driver seat with dual memory
Ventilated front seats - driver and front passenger
Driver seat and door mirror memory setting
Door mirror auto-dipping function
Panoramic glass roof with electric retractable sunshade
Advanced Park Assist8 with 4 Panoramic View Monitor cameras and 12 ultrasonic sensors
Premium 10-speaker Harman Kardon sound system with subwoofer and amplifier
V2L 220V / 1500W power outlet

Where Trailseeker truly stands apart is in how it delivers that performance. Subaru’s Symmetrical All-Wheel Drive carries decades of global motorsport and rally heritage, with the lessons learned at the limit on gravel, snow and tarmac informing how Subaru AWD systems should behave under duress. The objective has never been to simply put power down. It has been to deliver control, balance and grip on imperfect surfaces, the qualities that keep a driver confident when the road is wet, the gravel is loose, or the line ahead demands precision.

Trailseeker brings these characteristics into the electric era, with a dual-motor Symmetrical All-Wheel Drive system supported by Driving Trajectory Prediction Control that anticipates the driver’s intended path and …