The 2022 BMW i4 M50 Gran Coupe with 80 combined MPG (EPA-estimated) redefines expectations for a performance sedan. It’s a sleek, stylish Gran Coupe with fast acceleration and the iconic BMW driving dynamics that M-badged models are known for. The i4 M50 attracts buyers who prioritize both performance and sustainability, individuals willing to pay a premium for cutting-edge technology and a guilt-free driving experience. They want the thrill of a sports car without frequent gas station visits or, in this case, infrequent stops at a charging station.

City and highway performance

The i4 M50’s EPA ratings show consistency, achieving 79 MPG in the city and 80 MPG on the highway. This near-identical performance highlights the efficiency of the electric powertrain and the effectiveness of its regenerative braking system, which recoups energy during deceleration, especially beneficial in stop-and-go urban environments. At highway speeds, the i4 M50’s aerodynamic design and optimized battery management contribute to its efficient cruising. These figures reflect the engineering that balanced performance and efficiency, crucial for a vehicle targeting drivers who value both dynamics and lower fuel costs. You can see I4 MPG across all years on our dedicated page.

Annual fuel cost

According to the EPA, the estimated annual fuel cost for the 2022 BMW i4 M50 Gran Coupe is $950. This is based on driving 15,000 miles per year at the national average electricity price. Actual costs will vary depending on individual driving habits, charging locations (home vs. public), and local electricity rates, but the $950 estimate provides a benchmark. This significantly lower annual cost, compared to a gasoline-powered performance sedan, is a key selling point for the i4 M50, offering long-term savings and reduced dependence on fossil fuels.

Real-world expectations

The EPA provides a standardized rating, but real-world fuel economy can vary depending on several factors. Aggressive driving, frequent Sport mode, and extreme temperatures can all impact the i4 M50’s efficiency. Using the climate control system, especially in very hot or cold weather, can draw significant power from the battery, reducing range. Even with these variables, the i4 M50 typically delivers range and efficiency, especially when driven with smooth acceleration and regenerative braking. Drivers who prioritize efficiency can often exceed the EPA estimates, while those who frequently exploit the car’s performance capabilities will likely see a decrease in range.

How it compares

The i4 M50 occupies a unique space in the market, blending performance and electric efficiency in a sleek Gran Coupe body style. Competitors like the Tesla Model 3 Long Range (132 MPGe combined) offer similar electric range and performance, but with a different design and brand appeal. The Polestar 2 Long Range Dual Motor (107 MPGe combined) also competes in this segment, boasting a minimalist design and a focus on sustainability. Even BMW’s own offerings, like a traditional gasoline-powered 440i Gran Coupe (26 MPG combined), pale in comparison when it comes to efficiency, highlighting the i4 M50’s commitment to electrification without sacrificing driving enjoyment. These comparisons are useful if you want to peruse all Bmw fuel economy data.

Tips to maximize efficiency

Optimize your driving style by using smooth acceleration and braking techniques. Anticipate traffic flow and minimize hard stops to maximize regenerative braking. This feature is crucial for recouping energy, especially in city driving. Engage the “Eco Pro” driving mode to enhance efficiency, which adjusts throttle response and energy consumption settings.

Precondition the battery and cabin temperature while the car is plugged in. This minimizes the energy draw from the battery at startup, especially during cold weather. Preconditioning helps to optimize battery performance and extend range.

Manage your charging strategy. Home charging is generally more cost-effective than relying solely on public charging stations. Take advantage of off-peak electricity rates to reduce charging costs. Regularly charging to 80% capacity can also help prolong battery life.

Reduce weight and aerodynamic drag. Remove unnecessary items from the vehicle to minimize weight. Ensure your tires are properly inflated, as low tire pressure increases rolling resistance. Limit the use of roof racks or carriers, as they can significantly increase drag and reduce efficiency.