| Engine | 3.5L 6-cyl |
| Transmission | Automatic (S8) |
| Drive | All-Wheel Drive |
| Fuel Type | Regular Gasoline |
| Vehicle Class | Standard Sport Utility Vehicle 4WD |
| Engine Desc | SIDI & PFI |
| Start-Stop | No |
| EPA Vehicle ID | 49582 |
19 MPG combined for the 2026 Hyundai Palisade XRT Pro 3.5L 6-cyl isn’t a headline figure, nor should it be. This is a large, capable, three-row SUV designed for family hauling, adventurous weekends, and comfortably tackling less-than-perfect roads. Its mission is about space, capability, and a reliable, confident driving experience, not class-leading efficiency. Buyers of the XRT Pro understand this fundamental trade-off, prioritizing the commanding presence, all-weather prowess, and generous interior volume that the Palisade offers. They’re families who need room for kids, gear, and possibly a dog, and who appreciate the XRT Pro’s off-road-inspired aesthetics and enhanced functionality. They accept the 19 MPG as a reasonable cost for a vehicle that truly delivers on its promise of versatility and rugged good looks in a competitive segment. For more on the brand’s efficiency across its lineup, explore all Hyundai fuel economy data.
City and highway performance
The 2026 Palisade XRT Pro, with its 3.5-liter V6 engine and smooth automatic (S8) transmission, delivers 16 MPG in city driving. This figure reflects the realities of piloting a substantial vehicle through stop-and-go traffic, where its weight and engine displacement are most apparent. On the highway, the XRT Pro achieves 22 MPG. This is where the powertrain settles into a more efficient rhythm, and the aerodynamics, while not supercar sleek, do their part to maintain reasonable cruising efficiency for its class. The 3.5L V6 is a proven, reliable powerplant, offering ample torque for merging and passing, ensuring the XRT Pro never feels underpowered, even when fully loaded. This balance of power and efficiency is a hallmark of the Palisade, and particularly the XRT Pro, which often finds itself traversing varied terrain and conditions far from urban centers. For specific model year comparisons, check out PALISADE MPG across all years.
Annual fuel cost
The EPA estimates the annual fuel cost for the 2026 Hyundai Palisade XRT Pro 3.5L 6-cyl at $2,300 per year. This figure is based on a standard assumption of 15,000 miles driven annually, split between city and highway driving, and using national average fuel prices. It’s a useful benchmark for understanding the ongoing operating expenses of the vehicle. Drivers can anticipate this cost to fluctuate based on their individual driving habits, local fuel prices, and the ratio of city to highway miles they accumulate. It represents the direct expense of keeping the tank full and is a critical consideration for budgeting the total cost of ownership.
Real-world expectations
Expect the 2026 Palisade XRT Pro to largely align with its EPA ratings in real-world driving, provided you’re not consistently pushing the limits of its performance or frequently towing heavy loads. The 3.5L V6 is not a revolutionary engine in terms of efficiency, but it is a highly competent one.
Drivers who spend a significant amount of time in congested urban areas should prepare for city MPG closer to the 16 MPG mark, possibly even dipping slightly below it with aggressive driving or extensive idling. Conversely, those with predominantly highway commutes on relatively flat terrain might find themselves nudging past the 22 MPG highway rating. Factors like tire pressure, cargo weight, use of accessories like roof racks, and the aggressiveness of your right foot all play a significant role. The XRT Pro, with its slightly more robust aesthetic and potentially heavier-duty tires, might see marginal variations compared to other Palisade trims, but nothing that fundamentally alters its efficiency profile.
How it compares
The 2026 Hyundai Palisade XRT Pro competes in a cutthroat segment, and its 19 MPG combined puts it squarely in the middle of the pack for its class. Take the Honda Pilot TrailSport, for instance, which typically achieves around 21 MPG combined (19 City / 24 Highway). The Pilot offers similar rugged aspirations but with a slight edge in efficiency. The Toyota Grand Highlander XLE AWD, with its standard 2.4L turbo, manages a more impressive 22 MPG combined (20 City / 26 Highway), appealing to buyers who prioritize efficiency above outright V6 power. However, it often feels less refined than the Palisade. On the other hand, a more direct competitor like the Kia Telluride X-Pro, sharing the same platform and engine, naturally mirrors the Palisade XRT Pro’s 19 MPG combined. Moving upmarket, the Jeep Grand Cherokee L Overland 4×4, with its 3.6L V6, typically hovers around 19 MPG combined as well, demonstrating that the Palisade’s figures are well within the norm for capable, large, non-hybrid three-row SUVs. Buyers of the XRT Pro aren’t cross-shopping it with hybrid SUVs that promise 30+ MPG; they’re comparing it to vehicles that offer similar levels of space, comfort, and the ability to confidently handle varied conditions, where the Palisade’s V6 offers a blend of power delivery and acceptable efficiency.
Tips to maximize efficiency
Maintain consistent, moderate speeds on the highway. Aggressive acceleration and sudden braking dramatically decrease fuel economy in a vehicle of this size. Use cruise control whenever possible to help the automatic transmission find and maintain the most efficient gear.
Ensure your tires are always inflated to the manufacturer’s recommended pressure. Underinflated tires increase rolling resistance, forcing the engine to work harder and consume more fuel. Check them monthly, especially before longer trips.
Remove any unnecessary weight from the vehicle. While the Palisade has generous cargo capacity, carrying excess gear, especially heavy items you don’t need, will incrementally reduce fuel efficiency. Empty out that roof cargo box when it’s not being used.
Anticipate traffic conditions and adjust your driving accordingly. Smooth, gradual acceleration and early braking to coast to a stop rather than hard braking at the last second can significantly improve city fuel economy by minimizing wasted energy.