2025 Dodge Charger Daytona in Johnson City, TN

2025 Dodge Charger Daytona in Johnson City, TN

The 2025 Dodge Charger Daytona introduces a new phase in performance engineering with a transition to an all-electric powertrain that maintains the strength and precision long associated with the Charger name. Designed as a two-door, full-size vehicle with an all-wheel-drive configuration, it combines structural integrity, powerful electric propulsion, and advanced suspension technology. Offered in R/T and Scat Pack trims, the 2025 Dodge Charger Daytona represents Dodge’s detailed approach to merging high-output capability with modern electric architecture. Every component, from chassis design to drivetrain management, reflects accuracy and measured performance rather than excess.

Dual-Motor Electric System and Output

The 2025 Dodge Charger Daytona operates on a 400V battery-electric vehicle system that delivers precise torque distribution through front and rear electric drive units. Both the R/T and Scat Pack utilize permanent magnet synchronous motors configured to maximize power efficiency and torque consistency. Each trim incorporates an 11:1 front and rear gearbox ratio, with the front operating as an open differential and the rear as a limited-slip configuration, supported by electronic lubrication pumps that circulate ULV gear oil for reduced mechanical resistance.

In terms of output, the R/T model produces 456 horsepower under standard operation and reaches 496 horsepower through the PowerShot enhancement function. It generates 404 pound-feet of torque, providing acceleration from zero to sixty miles per hour in 4.7 seconds and a quarter-mile time of 12.6 seconds. The Scat Pack increases those figures to 630 horsepower, extending to 670 horsepower with PowerShot activation, and delivers 627 pound-feet of torque. Its acceleration performance improves to 3.3 seconds from zero to sixty, with a quarter-mile time of 11.5 seconds. Both trims maintain a top speed of 135 miles per hour, providing uniform control and response across driving conditions.

Battery Composition and Charging Specifications

Energy is supplied by a 100.5 kilowatt-hour battery with 93.9 kilowatt-hours of usable capacity. The pack operates at a peak voltage of 442 volts, using a 104S2P cell configuration to balance current flow and thermal stability. Battery management employs liquid heating and cooling supported by an integrated chiller system that stabilizes temperature under heavy load or high-speed operation. This configuration allows consistent performance without thermal degradation, maintaining optimal voltage delivery to the motors.

Charging performance aligns with current high-capacity EV standards. Using Level 2 AC charging at 11 kilowatts, the battery charges from 5 to 80 percent in 6.8 hours or from 20 to 80 percent in 5.4 hours. When connected to a 175-kilowatt DC fast charger, charging from 5 to 80 percent requires 52.4 minutes, and from 20 to 80 percent, 41.9 minutes. The system’s highest efficiency is achieved through a 350-kilowatt DC fast charger, which accomplishes a 5 to 80 percent charge in 32.5 minutes or 20 to 80 percent in 24 minutes. The peak charge rate under these conditions is 183 kilowatts.

Both trims share identical thermal and electrical management systems, including hybrid water and oil spray motor cooling. Power inverters employ silicon carbide semiconductor technology to minimize energy loss during conversion, improving both range and responsiveness. The R/T achieves an estimated EPA range of 308 miles, while the Scat Pack records a top range of 241 miles, each providing predictable output across various driving profiles.

Structure and Dimensions

The 2025 Dodge Charger Daytona is constructed with a steel unibody design reinforced by an aluminum hood, optimizing rigidity while maintaining manageable mass distribution. The R/T trim has a curb weight of 5,698 pounds, and the Scat Pack weighs 5,767 pounds. Gross vehicle weight ratings are listed as 6,700 pounds for the R/T and 6,950 pounds for the Scat Pack, confirming strong load-bearing integrity suitable for the vehicle’s dual-motor design.

Both trims share a wheelbase of 121 inches, with an overall length of approximately 206.6 inches. Width measures 79.8 inches excluding mirrors, with a maximum width of 84.3 inches. Height varies slightly between models, at 58.9 inches for the R/T and 59.0 inches for the Scat Pack. Ground clearance ranges from 5.5 to 5.6 inches, producing a stable aerodynamic profile that minimizes drag without compromising undercarriage safety. The front and rear track widths differ slightly by trim, with the R/T measuring 68.7 and 69.1 inches respectively, and the Scat Pack at 67.2 and 67.6 inches. This consistent proportional balance contributes to predictable steering and controlled weight transfer.

Suspension, Braking, and Steering Configuration

Both trims employ an independent multi-link front suspension and an integral link rear system to ensure lateral stability and consistent wheel contact. Spring rates for the R/T are calibrated at 65 newtons per millimeter in the front and 120 newtons per millimeter in the rear, while the Scat Pack increases stiffness to 84 and 145 newtons per millimeter. These settings allow precision handling across varied surfaces. The R/T uses monotube touring shock absorbers, while the Scat Pack features dual-valve adaptive dampers that automatically adjust to driving input for consistent ride quality.

The braking system demonstrates similar progression. The R/T employs floating front and rear calipers with ventilated rotors measuring 354 by 28 millimeters in front and 350 by 28 millimeters at the rear. The Scat Pack enhances braking capacity with fixed calipers and larger two-piece ventilated discs measuring 410 by 42 millimeters in front and 410 by 34 millimeters at the rear. This increase provides improved heat dissipation and shorter stopping distances under continuous load.

Both trims utilize variable-ratio steering, improving directional response across a variety of speeds. The turning diameter is 40 feet, balancing the requirements of performance handling with practical maneuverability. Steering precision is consistent with the vehicle’s chassis rigidity and overall weight balance, maintaining predictability across rapid directional changes.

Interior Volume and Passenger Configuration

Inside the 2025 Dodge Charger Daytona, cabin proportions emphasize functionality and spatial efficiency. Both trims accommodate five occupants with consistent dimensions across seating positions. The front section provides 39.1 inches of headroom, 59.5 inches of shoulder room, 56.3 inches of hip room, and 42.6 inches of legroom. The rear section maintains 36.9 inches of headroom, 57.6 inches of shoulder room, 56.1 inches of hip room, and 37.2 inches of legroom. Total passenger space measures 103.1 cubic feet, allowing comfortable occupancy without encroaching on cargo area volume.

Cargo space is designed for flexibility. With rear seatbacks upright, capacity reaches 22.75 cubic feet, expanding to 37.39 cubic feet when folded down. These values make the 2025 Dodge Charger Daytona practical for extended travel while preserving its coupe-style configuration. All measurements were recorded at curb weight with standard tires and wheels, ensuring accuracy across production models.

Exterior Design and Dimensional Efficiency

The 2025 Dodge Charger Daytona’s exterior design reflects proportion and function. The long wheelbase and short overhangs produce visual balance while supporting stable aerodynamics. The front overhang measures 29.9 inches and the rear 46.8 inches across both trims. The vehicle’s width-to-height ratio is calculated at 1.3, ensuring aerodynamic consistency through even surface flow. 

Ground clearance of approximately five and a half inches ensures practical operation on standard road conditions while maintaining an efficient aerodynamic profile. The car’s measured weight and height produce a low center of gravity, reducing body roll through corners and improving steering response.

Power Distribution and Thermal Management

The 2025 Dodge Charger Daytona’s drivetrain integrates several systems for efficient energy transfer and component longevity. Both trims are equipped with front and rear electric motors rated for 250 kilowatts of mechanical capability each. The use of bar-wound stators with rectangular wire improves magnetic efficiency and reduces power loss under heavy current demand. Motor cooling employs a hybrid system combining liquid circulation with direct oil spray to prevent overheating under continuous acceleration.

The electronic Power Inverter Module uses silicon carbide technology for improved switching efficiency and thermal tolerance. This setup ensures reduced electrical resistance during rapid acceleration cycles, sustaining consistent performance across long-distance driving. Combined with the advanced thermal battery management and gearbox lubrication systems, the 2025 Dodge Charger Daytona maintains energy flow uniformity across all operating ranges.

Schedule a Test Ride in Johnson City, TN

Drivers who value accuracy in engineering and high-level electric performance will find the 2025 Dodge Charger Daytona to be a direct expression of capability without compromise. Its dual-motor configuration, adaptive suspension, and rapid charging capacity position it as a forward-focused performance vehicle that maintains practicality. The combination of controlled acceleration, strong braking, and efficient thermal regulation demonstrates a complete electric platform developed with precision. For those interested in experiencing the 2025 Dodge Charger Daytona’s balanced electric performance, scheduling a test drive provides a clear understanding of its technical refinement. Visit Friendship CDJR of Johnson City in Johnson City, TN to explore the 2025 Dodge Charger Daytona and observe firsthand how advanced electric performance translates into precise, controlled motion.