29 MPG combined is the headline figure for the 2025 Dodge Hornet PHEV AWD 1.3L 4-cyl. This number immediately positions this compact SUV as an efficient option within its competitive set, especially considering its all-wheel-drive capability and performance focus. This isn’t just about saving money; it’s about delivering a balanced package for the driver who wants the spirited response Dodge is known for, without completely sacrificing their wallet at the pump. The Hornet PHEV targets a specific buyer: someone who appreciates agile handling, assertive styling, and the practicality of an SUV, but also needs to manage daily commuting costs and perhaps try out electrification without going full-BEV. For what the Hornet PHEV delivers in terms of driving dynamics and standard equipment, its 29 MPG is a strong argument for its place in the modern driveway.

City and highway performance

The EPA’s identical 29 MPG rating for both city and highway driving for the Hornet PHEV 1.3L is a direct consequence of its plug-in hybrid powertrain. In city driving, where speeds are lower and stop-and-go traffic is prevalent, the electric motor can do much of the work. This allows the 1.3L turbocharged engine to remain off for extended periods or operate at its most efficient rev range when it does engage. The automatic 6-speed transmission manages power delivery between the engine and electric motor, ensuring smooth transitions that optimize for efficiency. On the highway, while the electric-only range is used up, the hybrid system continues to assist the internal combustion engine, recovering energy through regenerative braking during deceleration and providing electric boost during acceleration. This helps the relatively small 1.3L engine maintain cruising speeds without excessive fuel consumption. A performance-oriented PHEV can still deliver consistent real-world fuel economy across diverse driving conditions. More detail on specific highway scenarios appears later in this discussion.

Annual fuel cost

The EPA estimates an annual fuel cost of $1,500 for the 2025 Dodge Hornet PHEV AWD 1.3L 4-cyl. This figure is calculated based on an assumed 15,000 miles of driving per year, with a distribution of 45% highway and 55% city driving. The EPA then applies national average fuel prices, which naturally fluctuate but represent a consistent benchmark. For the typical Hornet PHEV owner, this $1,500 means a predictable and manageable expense for their primary form of transportation. It signifies that despite its sporty character and all-wheel-drive system, the Hornet remains one of the more fiscally responsible choices in its segment for recurring fuel costs. This estimate doesn’t account for energy costs associated with charging the battery, which would further reduce gasoline consumption, potentially even below this $1,500 projection depending on individual charging habits and electricity rates. For a vehicle with this level of performance and capability, a $1,500 annual fuel bill stands out as a genuine advantage, particularly for those migrating from less efficient, similarly powerful SUVs.

Real-world expectations

While the EPA’s 29 MPG combined is a solid benchmark, real-world fuel economy with a PHEV like the Hornet can vary significantly based on how often the battery is charged and how far the vehicle drives between charges. If an owner consistently plugs in and their daily commute falls within the vehicle’s electric-only range, their gasoline consumption could be minimal, pushing their effective MPG far beyond 29. Conversely, owners who rarely charge and primarily drive long distances will see MPG figures closer to 29, as the vehicle operates predominantly as a conventional hybrid once the battery is depleted. This is the crucial distinction for PHEV owners: the potential for truly exceptional fuel economy is directly tied to charging discipline. The 1.3L engine, while small, is turbocharged and provides ample power, encouraging a driving style that can impact fuel economy. However, the electric assist means that even when driven spiritedly, its efficiency remains competitive. Drivers who embrace the PHEV’s full potential will find their fuel stops becoming a rare occurrence, greatly exceeding the EPA’s combined rating.

How it compares

The Hornet PHEV AWD sits in a competitive space, and its 29 MPG combined figure needs context. Consider the Toyota RAV4 Prime, a segment leader in PHEV efficiency; it boasts an impressive 38 MPG combined and 94 MPGe, but often at a higher price point and with a different driving character. On the non-PHEV side, a Mazda CX-50 2.5 Turbo AWD delivers around 26 MPG combined, while offering a similar premium feel but without the electric range. Even more direct competitors like the BMW X1 xDrive28i, a potential cross-shop for someone seeking a sporty compact SUV, manages 28 MPG combined, very close to the Hornet, yet it lacks the plug-in hybrid capability that gives the Dodge its flexibility. The Hornet carves out its niche by offering a true performance-oriented driving experience, aggressive styling, and a useful electric-only range, all while landing squarely in the 29 MPG mark for its hybrid operation. Fuel economy for all Dodge fuel economy data shows how this vehicle fits into their broader offerings. The buyer who prioritizes direct, communicative steering and accessible power, but also wants to keep fuel costs in check, will find the Hornet’s blend of attributes particularly appealing. For more detail, you can explore HORNET MPG across all years.

Tips to maximize efficiency

Consistently plug in your Hornet PHEV whenever possible. Maximizing your electric-only driving range for daily commutes will significantly reduce your gasoline consumption, often leading to minimal visits to the pump for weeks on end.

Use the regeneration modes. The Hornet often offers selectable regenerative braking settings; engaging a higher regeneration level can capture more kinetic energy during deceleration, recharging the battery and extending electric range or supplementing hybrid operation.

Drive smoothly and anticipate traffic. Avoid aggressive acceleration and hard braking. The hybrid system is designed to be most efficient with a gentle foot, allowing the electric motor to do more work and preventing the engine from being overworked.

Maintain proper tire pressure. Underinflated tires increase rolling resistance, forcing the engine and electric motor to work harder. Check your tire pressure regularly, especially as seasons change, to ensure optimal efficiency and safety.

Plan your routes. Using navigation systems that factor in traffic can help you avoid stop-and-go situations where fuel economy tends to suffer, allowing for more consistent speeds and better use of the hybrid system.