2025 Ford Mustang® in Bristol, TN

Rear view of a red 2025 Ford Mustang® convertible in motion, showcasing its athletic stance and triple-bar taillights.

The 2025 Ford Mustang® demonstrates a clear focus on performance engineering and mechanical refinement. Each model in the lineup, including the EcoBoost®, GT, and Dark Horse™, is built to deliver precise handling, optimized power delivery, and consistent responsiveness. Manufactured in Flat Rock, Michigan, this generation continues its reputation for robust construction and advanced technology while maintaining its signature fastback and convertible body styles. The emphasis is on measurable performance improvements and design consistency across configurations.

Recaro sport seats inside the 2025 Ford Mustang®, highlighting premium bolstering and performance-focused design.

Engine Construction and Output

The 2025 Ford Mustang® lineup features distinct engine designs that prioritize efficiency, power, and balance. The EcoBoost® model is powered by a 2.3-liter turbocharged inline-four engine with port fuel and direct injection. It produces 315 horsepower at 5,500 RPM and 350 lb.-ft. of torque at 3,000 RPM. The engine’s high-pressure cast aluminum block and head contribute to reduced weight and increased heat tolerance. Its twin-scroll turbocharger with overboost ensures controlled power delivery during acceleration, and Ti-VCT (Twin Independent Variable Camshaft Timing) provides optimal valve control at varying engine speeds.

The GT model uses a 5.0-liter dual port fuel and direct injection V8 engine. It generates 480 horsepower at 7,150 RPM and 415 lb.-ft. of torque at 4,900 RPM, with an available output of 486 horsepower and 418 lb.-ft. when equipped with the active valve exhaust system. Its cast aluminum block and head, combined with plasma transfer wire arc cylinder liners, improve combustion efficiency and reduce internal friction. The configuration uses a 12:1 compression ratio for stronger performance and cleaner output.

The Dark Horse™ shares the same 5.0-liter V8 displacement but is tuned for greater capability. It produces 500 horsepower at 7,250 RPM and 418 lb.-ft. of torque at 4,900 RPM. The engine includes forged connecting rods for improved strength under high-load conditions. Each engine variant uses a powertrain control module for precise calibration and stability across power bands.

Interior shot of the 2025 Ford Mustang® featuring a manual shifter and driver-focused cockpit layout.

Transmission and Drivetrain Design

Each 2025 Ford Mustang® employs a front-engine, rear-wheel drive layout with a standard limited-slip differential for consistent traction. The EcoBoost® offers a standard six-speed manual transmission that incorporates rev-matching and a no-lift-shift function. A ten-speed automatic with SelectShift® is also available, providing optimized gear spacing through ratios that improve fuel economy and responsiveness.

The GT model includes either a six-speed manual Getrag MT-82 or a ten-speed SelectShift® automatic. The Dark Horse™ features the Tremec TR-3160 manual transmission designed for track performance or the same ten-speed automatic available across the lineup. Final drive ratios vary by configuration, with TORSEN® limited-slip differentials used in performance packages to maximize stability under acceleration and cornering. Ratios range from 3.15:1 to 3.73:1, depending on the selected model and transmission combination.

Chassis Construction and Suspension

All models share a fully unitized steel chassis that supports a fully independent front and rear suspension. A perimeter subframe improves rigidity, and a tower-to-tower brace is standard on models with 20-inch or larger wheels. Convertible versions include a K-brace to maintain structural integrity. The front suspension uses a double-ball-joint MacPherson® strut system with aluminum control arms and a stabilizer bar. The rear features an integral-link independent setup with coil springs and a stabilizer bar for balanced handling.

The MagneRide® damping system is available on EcoBoost® and GT performance configurations and standard on the Dark Horse™. This electronically controlled system adjusts shock absorber response in milliseconds, allowing consistent handling under variable road and track conditions. Stabilizer bar diameters vary by model and configuration, ensuring precise lateral control during high-speed maneuvers.

Wheel and Tire Specifications

Each model features specific wheel and tire combinations engineered for stability and traction. The EcoBoost® is equipped with standard 17-inch wheels paired with 235/55R all-season tires, with optional upgrades including 18-inch or 19-inch configurations. The GT includes 18-inch standard wheels and available 19-inch or 20-inch options, while the Dark Horse™ offers 19-inch staggered setups, including an optional Handling Package with wider 305/30R front and 315/30R rear tires. The wheel design and tire compound combinations support braking precision and lateral grip across driving environments.

Braking Systems and Stability Control

The braking system across all 2025 Ford Mustang® models includes four-wheel power disc brakes with electronic parking brake, Electronic Brake Booster, and AdvanceTrac® stability control. The system operates through four sensors and four channels for consistent modulation and balance. Drift brake functionality is standard on the Dark Horse™ and available on Performance Packages for other models.

Front brake options include vented discs ranging from 320 mm to 390 mm in diameter, with available Brembo® six-piston calipers. Rear discs range from 320 mm to 355 mm, depending on trim and package. The Dark Horse™ uses standard two-piece 390 mm vented rotors with six-piston fixed aluminum calipers for heat dissipation and reduced fade under track conditions. Brake pad materials range from non-asbestos organic to low-metallic compounds for consistent pedal feel. Swept areas are optimized for balanced front-to-rear braking force, reaching up to 768 square centimeters per plate in higher-performance applications.

Steering Control and Driver Modes

All models employ Selectable-Effort Electric Power Assisted Steering (EPAS) with Normal, Comfort, and Sport settings. The ratio of 15.5:1 ensures precise directional response with linear feedback. Integration with the available MagneRide® suspension system enhances cornering accuracy and stability.

The 2025 Ford Mustang® also includes six selectable drive modes: Normal, Sport, Slippery, Track, Drag Strip, and Custom. Each mode alters throttle mapping, steering weight, transmission behavior, and traction control thresholds. Track-oriented applications such as launch control, line lock, rev-matching, and drift brake are accessible through the in-vehicle interface for specific performance setups.

Lighting and Exterior Dimensions

Every 2025 Ford Mustang® model features LED headlamps, daytime running lamps, and automatic high beams. The exterior dimensions remain consistent across trims, maintaining a 107-inch wheelbase and approximately 189 inches in overall length. Width measures 75.4 inches without mirrors and 81.9 inches including them. The overall height ranges from 54.8 inches for convertibles to 55.2 inches for the Dark Horse™ fastback. Curb weight varies depending on configuration, with the EcoBoost® automatic starting at approximately 3,588 pounds and the Dark Horse™ reaching 3,993 pounds in automatic form. The uniform structure ensures predictable aerodynamic balance across all variants.

Interior Dimensions and Functional Space

The 2025 Ford Mustang® maintains a four-passenger capacity. Front occupants benefit from 44.5 inches of legroom, 37.6 inches of headroom, and 56.3 inches of shoulder room. The rear seating area provides 29 inches of legroom and 34.8 inches of headroom in fastback models. Passenger volume measures 82.8 cubic feet for fastback variants and 79.2 cubic feet for convertibles. Trunk space totals 13.3 cubic feet in fastbacks and 10.3 cubic feet in convertibles, combining sports car proportions with functional storage.

Cabin Technology and Driver Interface

The cabin integrates SYNC® 4 technology with a voice-activated touchscreen display. An available B&O® Sound System by Bang & Olufsen® includes 12 speakers and a subwoofer positioned in the trunk. Track Apps® provide data on acceleration timing, braking performance, lap times, and shift indicators for manual models. Launch control and drift brake systems are accessible within these applications for performance adjustment. Optional equipment includes Intelligent Adaptive Cruise Control with Stop-and-Go functionality, Speed Sign Recognition, and a Navigation System with pinch-to-zoom control. SiriusXM® Traffic and Travel Link® provide additional traffic and travel information for improved route management.

Safety and Assistance Systems

Ford Co-Pilot360™ technology is standard across the lineup. The suite includes Auto High Beams, Blind Spot Information System (BLIS®) with Cross-Traffic Alert and Braking, Lane-Keeping Assist, Lane-Keeping Alert, Driver Alert, and Pre-Collision Assist® with Automatic Emergency Braking. Additional systems include Pedestrian Detection, Forward Collision Warning, and Dynamic Brake Support. A Rear View Camera, AutoLamp headlamps, and Rain-Sensing Wipers further contribute to operational safety and driver awareness. These features work together to maintain stability and responsiveness under varying traffic and weather conditions.

Visit Friendship Ford of Bristol for a Test Ride

The 2025 Ford Mustang® represents a combination of precision engineering, mechanical balance, and integrated control systems. Each model demonstrates consistent power distribution, stable chassis performance, and accurate steering feedback. Drivers can experience its advanced drivetrain calibration, MagneRide® suspension, and safety technology firsthand at Friendship Ford of Bristol in Bristol, TN. A scheduled test drive provides an opportunity to examine its adaptive drive modes, responsive braking, and detailed interior technology. The model’s structural strength and powertrain refinement make it a direct reflection of Ford’s continuous mechanical development. Booking a test drive allows a full understanding of how its technical composition defines modern performance engineering.

 

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