If the sleek lines and sophisticated presence of the 2020 Land Rover Range Rover Velar P300 have captured your attention, keep in mind the 22 MPG combined fuel economy. Most Velar buyers are prioritizing the vehicle’s design, brand cachet, and all-weather capability over fuel efficiency. The P300 powertrain, with its 2.0L turbocharged engine, is the entry point into the Velar range, a gateway to the Land Rover lifestyle.

City and highway performance

The EPA estimates for the 2020 Range Rover Velar P300 indicate acceptable fuel consumption, but nothing exceptional. During typical city driving, expect to see around 20 MPG. Stop-and-go traffic and the Velar’s weight contribute to this figure. On the highway, the MPG increases to a more respectable 26. This shows the engine’s ability to operate more efficiently at consistent speeds, and the smooth 8-speed automatic transmission helps keep the engine in its optimal rev range.

Annual fuel cost

The EPA estimates the annual fuel cost for the 2020 Land Rover Range Rover Velar P300 is $2,650. This is based on driving 15,000 miles per year, with a mix of city and highway driving, and using national average fuel prices at the time of the estimate. Your actual fuel costs will vary depending on your driving habits, local fuel prices, and the season, as colder temperatures can negatively impact fuel economy. Drivers who cover more miles or drive mostly in the city should expect to spend more.

Real-world expectations

The EPA provides a standardized benchmark, but real-world fuel economy varies based on driving styles and conditions. Aggressive acceleration, frequent hard braking, and carrying heavy loads will all decrease fuel economy. Mountainous terrain or persistent headwinds will also negatively impact MPG. Many Velar owners report figures close to the EPA estimates during relaxed driving, but it is easy to dip below the 22 MPG combined figure if you frequently exploit the engine’s 296 horsepower. The vehicle’s onboard trip computer can provide insight into your average fuel consumption, allowing you to adjust your driving habits.

How it compares

The Velar’s fuel economy is a mixed bag in the competitive luxury SUV segment. The Porsche Macan, with its base 2.0L engine, achieves a similar 21 MPG combined, while offering a sportier driving experience. The BMW X3 xDrive30i gets 24 MPG combined, and the Volvo XC60 T5 manages 25 MPG combined, demonstrating that better fuel economy is possible without sacrificing luxury or all-weather capability. Understanding these figures is important for buyers weighing the Velar’s appeal against fuel costs. For those concerned with fuel consumption, researching all Land fuel economy data is a wise move before making a decision. Or research even more and look into ROVER MPG across all years.

Tips to maximize efficiency

The Velar’s driving dynamics are inherently rewarding, but resist the urge to constantly accelerate hard. Smooth, consistent acceleration is key to minimizing fuel consumption. Anticipate traffic flow and avoid unnecessary braking to conserve momentum and reduce fuel wasted on re-acceleration.

Make sure your tires are properly inflated to the pressure recommended on the doorjamb sticker. Underinflated tires increase rolling resistance, forcing the engine to work harder and consume more fuel. Check your tire pressure regularly, especially during seasonal temperature changes.

Consider using the Velar’s Eco driving mode, if equipped. This mode typically adjusts throttle response and transmission mapping to prioritize fuel efficiency. While it may slightly reduce performance, it can make a noticeable difference in your overall MPG, especially during city driving.

Minimize unnecessary weight in the vehicle. Removing non-essential items from the cargo area and passenger compartment can improve fuel efficiency. The less weight the engine has to haul around, the less gas it will burn.

Plan your trips efficiently to combine errands and drive less. Short trips with cold starts are particularly taxing on fuel economy, as the engine operates less efficiently until it reaches its optimal operating temperature.