Nissan Introduces e-4ORCE Technology to European Ski Resorts with Customized X-Trail e-4ORCE

Nissan has taken a significant step forward in the realm of innovative automotive technology by introducing its e-4ORCE technology in Europe’s ski resorts, specifically through the deployment of a modified X-Trail e-4ORCE model designed for rescue operations. This adaptation primarily caters to the demanding terrains of mountainous regions.

The standout modification of the X-Trail’s rescue version is the replacement of wheels with tracks, ensuring superior grip on slippery slopes. To accommodate the needs of rescue operations, the rear seats have been removed and replaced with a stretcher, also providing a seat for medical personnel.

Additionally, the X-Trail is equipped with a specialized roof rack for carrying the stretcher and snow shovels. Further augmenting its capabilities, the vehicle includes integrated sirens, flashing lights, and powerful additional lights on both the roof and hood. The accommodation of snow tracks necessitated the widening of the wheel arches, while the front bumper has been fitted with a winch. Both bumpers are reinforced with robust towing hooks, and side steps have been added to address the vehicle’s increased clearance—23 cm higher than its standard road version.

The development and construction of the X-Trail’s rescue version aim to highlight the capabilities of Nissan’s electrified dual-motor e-4ORCE all-wheel-drive system. Unlike conventional mechanical systems, this advanced system can respond to changes in traction in just 1/10,000th of a second, approximately 1000 times faster than a standard all-wheel-drive system. It can adaptively distribute power to each wheel based on real-time traction.

The new X-Trail can be seen in action at five European ski resorts and is part of the “Ride Responsibly” campaign, emphasizing safe and responsible driving in challenging environments. This initiative represents a significant leap in automotive technology, blending functionality and sustainability in response to the specific demands of challenging terrains and critical rescue operations.