72 Combined MPG defines the 2026 Dodge Charger Daytona Scat Pack AWD 325/35ZR20 Rear not as a compromised muscle car, but as a significant advancement. This figure, central to the vehicle, helps explain its mission: to deliver electric performance with an efficiency that redefines expectations for its class. The individuals drawn to this machine aren’t just seeking speed, they demand intelligent power, a future-forward interpretation of the American performance icon that doesn’t shy away from daily usability or responsible ownership.

City and highway performance

The EPA’s breakdown of 77 MPG in the city and 68 MPG on the highway shows the Charger Daytona Scat Pack’s operational strengths. Electric powertrains inherently excel in stop-and-go urban environments where regenerative braking can recoup significant energy. That 77 MPG city rating is a direct reflection of the immediate torque delivery and efficient energy recapture fundamental to its electric architecture. Expect brisk acceleration from every stoplight, executed with a quiet ferocity that belies its true output. On the highway, the 68 MPG figure, while still impressive for a vehicle of this size, reflects the inherent physics of sustained higher speeds, the constant demand for power to overcome aerodynamic drag. Unlike internal combustion engines, which often find their sweet spot at cruising speeds, electric vehicles operate with a more consistent efficiency curve, yet the laws of physics still apply. The A1 automatic transmission, in this context, is less about traditional gear changes and more about managing power delivery and motor efficiency, ensuring smooth, uninterrupted thrust.

Annual fuel cost

The EPA estimates an annual fuel cost of just $1,050 for the 2026 Charger Daytona Scat Pack AWD. This figure is calculated based on an assumption of 15,000 miles driven per year with a mix of 45% highway and 55% city driving, using national average electricity prices. For the buyer weighing a performance vehicle, this low annual expense is an important argument. It translates directly into lower running costs and a tangible saving over the lifespan of the vehicle, freeing up more of the budget for ownership enjoyment rather than constant trips to the pump. This is an economically sensible performance vehicle, a detail appreciated by the enthusiast who values both the thrill of acceleration and the foresight of smart financial planning.

Real-world expectations

Owners of the Charger Daytona Scat Pack will find its EPA ratings largely attainable, provided they embrace the nuances of electric vehicle driving. Regenerative braking is key to maximizing city efficiency; smooth, anticipated stops will yield closer to the 77 MPG city figure. Aggressive, abrupt braking, while thrilling with the car’s immense stopping power, will inevitably reduce energy recapture. On the highway, maintaining consistent speeds and using cruise control effectively will be beneficial. Those who frequently exploit the Scat Pack’s monumental 670 horsepower and Instant Torque capability will see their consumption rise, as expected. This vehicle’s character encourages spirited driving, and while its efficiency is remarkable, constant full-throttle blasts will naturally tap into the battery reserves more rapidly. The 325/35ZR20 rear tires, while performance-focused and contributing to incredible grip, also present a rolling resistance factor that’s accounted for in the EPA numbers. The AWD system provides strong traction, but also introduces a slight energetic overhead compared to a hypothetical RWD variant, a trade-off most buyers gladly accept for the enhanced control and all-weather capability.

How it compares

The 72 Combined MPG of the Charger Daytona Scat Pack sets it apart dramatically from its internal combustion predecessors and even many current performance rivals. Consider a traditional V8 muscle car: a 2023 Dodge Charger Scat Pack, with its 6.4L HEMI V8, manages a mere 18 Combined MPG (15 City/24 Highway). That’s a stark contrast, translating to significantly higher annual fuel costs. Even comparing it to other high-performance electric sedans, its numbers are noteworthy. The Tesla Model S Plaid, a segment leader in electric performance, achieves an estimated 101 MPGe Combined (100 City / 102 Highway) with its 19-inch wheels, highlighting the engineering challenge Dodge has met while maintaining a distinctly muscular aesthetic and the brand’s performance ethos. The Porsche Taycan Turbo S, another electric performance icon, typically falls into the 78 MPGe Combined range. While slightly lower than some dedicated EV platforms, the Charger Daytona Scat Pack carries the brand’s identity and weight with remarkable efficiency. This comparison underscores its unique position: delivering a quintessential American performance car experience with a level of fuel economy that was previously unimaginable in this lineage. To review more CHARGER MPG across all years, visit our model page.

Tips to maximize efficiency

Smooth acceleration, while tempting to exploit the instant torque, is your primary tool for maximizing range and efficiency. Gradual throttle application conserves battery energy far more effectively than constant aggressive launches, especially in city driving.

Embrace regenerative braking. The Charger Daytona’s system is designed to recapture significant energy. Anticipate stops and coast rather than braking hard, allowing the car to slow itself and feed power back into the battery.

Maintain proper tire pressure in those wide 325/35ZR20 rear tires. Underinflated tires increase rolling resistance, directly reducing efficiency and range, a critical factor for such a grippy performance setup.

Use the vehicle’s driving modes wisely. While the Scat Pack has power modes designed for maximum performance, selecting more economy-oriented settings for daily commuting can noticeably extend your range and improve overall efficiency.

Minimize unnecessary weight. While not always practical, removing heavy items from the trunk that aren’t needed for your journey can contribute to marginal gains in efficiency over time, a small but cumulative effect.