15 MPG combined. It’s a number that wouldn’t raise an eyebrow on a heavy-duty pickup, but it’s the reality for the 2019 Lincoln MKT Limo AWD with the 3.5L V6. Understanding that figure requires understanding why this vehicle exists. This vehicle provides a comfortable, discreet, and reliable transport solution for a specific clientele where space and availability are critical.

City and highway performance

The MKT Limo’s EPA estimates are 14 MPG in the city and 19 MPG on the highway. The difference between city and highway fuel economy is less dramatic than might be imagined, reflecting the vehicle’s weight and the realities of stop-and-go traffic. The 3.5L V6 works hard to move this stretched machine, and neither urban crawls nor long highway stretches offer much respite to fuel consumption. Remember, the MKT Limo is designed for a smooth, predictable ride filled with amenities, not fuel sipping efficiency.

Annual fuel cost

The EPA estimates the annual fuel cost for the 2019 Lincoln MKT Limo AWD at $2,900. This figure is based on driving 15,000 miles per year and using national average fuel prices. Limo services often log significantly MORE than 15,000 miles annually, so expect a higher expenditure in real-world operation. With fluctuating gasoline prices, active fleet managers likely keep a close eye on fuel costs throughout the year to adjust rates as needed to maintain profits.

Real-world expectations

While the EPA provides a standardized testing environment, real-world fuel economy heavily depends on driving style, load, and environmental conditions. Stop-and-go traffic, frequent idling (common in limo service), and carrying multiple passengers will negatively impact fuel consumption. Owners can consult sites such as Fuelly and others where drivers self-report fuel mileage. These numbers remain anecdotal.

How it compares

Direct comparisons to other limousines are limited due to the niche nature of the market. Consider the alternatives. The outgoing Lincoln Town Car, a veteran of the livery industry, delivered similar fuel economy in its final years, roughly 16 MPG combined. Even a modern full-size SUV like the Cadillac Escalade, rated at 16 MPG combined in its base 2WD form, only offers marginally better MPG with significantly less dedicated passenger space. See all Lincoln fuel economy data for comparison against other models. For those considering a DIY limo conversion, a large van like the Ford Transit offers more internal volume. Most high-roof, extended-length vans yield fuel economy figures that are similarly inefficient, figures ranging between 14-17 MPG combined.

Tips to maximize efficiency

Aggressive acceleration is detrimental to fuel economy in any vehicle, but in a heavy limousine, it’s especially impactful. Gradual acceleration from a stop and steady throttle inputs on the highway will measurably improve MPG. The MKT Limo’s 6-speed automatic transmission is designed for smooth operation, not rapid gear changes.

Tire pressure plays a significant role in rolling resistance. Ensure that the tires are inflated to the pressure recommended on the door placard. This will improve fuel economy and extend the life of the tires, an important consideration for high-mileage vehicles. Don’t overinflate past the maximum pressure listed on the tire itself, as this can negatively affect safety and ride quality.

Minimize idling whenever possible. While air conditioning is a necessity for passenger comfort, excessive idling while waiting for fares or passengers can burn a considerable amount of fuel. When practical, turn off the engine if you anticipate a wait of more than a few minutes.

Regular maintenance, particularly spark plug replacement and air filter cleaning, is crucial for maintaining optimal fuel economy. A neglected engine will burn fuel less efficiently. Schedule these crucial service items as recommended in the owner’s manual, as well as consulting resources for MKT MPG across all years.

Carefully plan routes to avoid congested areas and the most aggressive stop-and-go driving. Route optimization software, such as Google Maps, can identify routes with the least amount of traffic slowdowns. Time of day also factors into fuel efficiency. Longer highway drives at night may be slightly more fuel efficient, and avoid heavy rush-hour traffic in the morning and evening.