The next-generation Hyundai Palisade has officially been unveiled, and Hyundai enthusiasts have something exciting to look forward to: an off-road XRT variant set to arrive in 2026. This rugged version of the Palisade has been spotted in the Arctic Circle by our colleagues at Baldauf, undergoing tests alongside a Korean film crew.
Hyundai Expands Its XRT Lineup
Hyundai has been expanding its XRT lineup, with almost every model now offering an XRT variant. These off-road-focused trims feature enhanced styling and capabilities tailored for adventure-seeking drivers. The Palisade XRT is no exception, bringing an aggressive new look and improved terrain performance.
Design and Exterior Enhancements
The Hyundai Palisade XRT boasts a distinctive design that sets it apart from the standard Palisade. Some of its key exterior upgrades include:
- Plastic cladding on the wheel arches for a more rugged aesthetic.
- Chunky all-terrain tires, specifically Continental Cross Contact in size 255/60 R18.
- Redesigned side skirts for a sportier and more robust profile.
- Unique bumper design, giving the vehicle a more aggressive stance.
- Larger lower air intake in the front bumper, suggesting improved cooling and aerodynamics.
These upgrades not only enhance the vehicle’s off-road prowess but also contribute to a more muscular and adventurous appearance.
Performance Expectations
While Hyundai has yet to release detailed specs for the Palisade XRT’s performance, the modifications suggest a focus on off-road capability. The addition of all-terrain tires and protective cladding hints at a suspension setup that could be better suited for rougher terrains. The larger air intake might also indicate improvements in engine cooling, which could benefit performance in challenging driving conditions.
Anticipation for the 2026 Launch
With Hyundai committed to expanding its XRT lineup, the 2026 Palisade XRT is shaping up to be a highly anticipated release. As testing continues, more details about its powertrain, off-road capabilities, and additional features are expected to emerge.
