Performance Engineering Focused on High Output Capability
The 2025 Harley-Davidson® CVO™ Road Glide® ST is engineered for riders who prioritize measurable performance supported by verifiable component design. Its Milwaukee-Eight® 121 High Output engine delivers 127 horsepower along with 145 foot-pounds of torque, providing a strong and consistent power curve suited for acceleration in various conditions. The powertrain incorporates a high-performance camshaft and a Heavy Breather Intake that increases airflow efficiency. The engine also uses an increased rev limit of 5,900 rpm to support extended operation through higher ranges. These features work together to present reliable and predictable engine behavior supported by a performance-focused exhaust system constructed with lightweight titanium mufflers designed to reduce mass and improve flow. Fuel economy is rated at 44 miles per gallon, supporting efficient operation over long distances.
Suspension Systems Designed for Precision Adjustment
The 2025 Harley-Davidson® CVO™ Road Glide® ST is equipped with suspension components configured to allow the rider to fine-tune handling to specific needs. At the front, SHOWA® 47-millimeter inverted forks provide 4.6 inches of travel and can be adjusted for preload, compression, and rebound. This configuration allows accurate suspension response in a variety of settings. At the rear, dual outboard SHOWA® remote reservoir shocks supply three inches of travel. The separation of oil and gas within these shocks maintains consistent damping under extended use. The layout places the shocks between the saddlebags and the rear fender to improve balance. Both suspension systems support stable operation and controlled movement across surfaces that vary in quality.
Structural Components Prioritizing Weight Reduction
The motorcycle incorporates lightweight materials to reduce overall mass. The forged carbon fiber front fender replaces a traditional steel component to reduce unsprung weight while maintaining rigidity. Forged carbon fiber offers an efficient strength-to-weight ratio that supports handling responsiveness. Cast aluminum wheels further reduce unsprung weight and allow for improved steering input and maneuverability. The wheels are paired with dual floating brake rotors that manage heat effectively, contributing to braking consistency during prolonged use. A lightweight solo seat is designed with a steep back section that provides support under heavy acceleration and during directional adjustments. These structural elements work together to create a configuration that focuses on efficient weight distribution and predictable handling.
Functional Cockpit and Ergonomic Adjustability
The motorcycle uses tall risers combined with moto-style handlebars to enhance rider control and provide customizable ergonomic positioning. This arrangement allows adjustments that accommodate different riding preferences without compromising leverage or stability. Mini-boards provide a stable platform for foot placement while maintaining desired lean angles. Seat height when laden is measured at 26.7 inches, supporting control at low speeds and access to the ground. A Flat-Out bar installed as a minimally designed engine guard protects surrounding components during low-speed tip-overs and helps preserve the limited-edition paintwork. The ergonomic layout supports control and stability during extended operation while maintaining a compact and functional rider triangle.
Integrated Display and Operating System Technologies
A 12.3-inch TFT display paired with Skyline™ OS organizes operational data and system controls in a centralized interface. The display presents ride modes, gauge information, and navigation with traffic and weather overlays. Touchscreen functionality allows quick access to settings and the Rockford Fosgate® Stage II audio system. The system is designed for clear visibility and simple interaction. The inclusion of 8 available ride modes expands adaptability by offering settings for power delivery, braking feel, and traction support. Track and Track Plus modes provide performance settings intended for closed course environments by adjusting intervention levels and throttle behavior. Each mode is engineered to offer predictable changes that riders can evaluate and apply based on operating conditions.
Rider Safety Enhancements Supporting Stability and Traction
The 2025 Harley-Davidson® CVO™ Road Glide® ST includes a set of Rider Safety Enhancements developed to improve stability during acceleration, braking, or deceleration. Cornering Rider Safety Enhancements adjust intervention based on lean angle. Cornering ABS helps regulate brake pressure to maintain traction during cornering. Cornering Enhanced Electronic Linked Braking modulates pressure balance between front and rear brakes as lean angles shift. Cornering Traction Control assists in limiting excessive wheel spin during cornering or straight-line acceleration. Cornering Drag-Torque Slip Control helps minimize rear wheel slip during abrupt downshifts or throttle reductions on low-traction surfaces.
Standard ABS helps prevent wheel lock during straight-line braking. Electronic Linked Braking applies pressure to both wheels when the front brake is used and adjusts linking behavior at lower speeds. A standard Traction Control System regulates rear wheel spin during acceleration. The standard Drag-Torque Slip Control System reduces rear wheel slip caused by engine braking. Vehicle Hold Control maintains brake pressure after the rider releases the controls during stops on inclines or ramps. Tire Pressure Monitoring alerts the rider to significant pressure changes that may affect performance or tire longevity. These systems provide consistent assistance based on conditions detected by the motorcycle’s sensors.
Design Details Supporting Functional Efficiency
The 2025 Harley-Davidson® CVO™ Road Glide® ST incorporates design elements that reinforce function. Its exterior features premium paint with Screamin' Eagle® graphics that move from the sides of the fairing into the fuel tank. Performance Red accents appear across the powertrain. The fairing design supports airflow stability and reduced buffeting at speed. The overall structure maintains strength while controlling weight to support efficient response to rider inputs. Reduced mass contributes to a lighter and more controlled feel combined with durable materials suited for long-term use.
Operational Characteristics During Various Use Cases
The configuration of the 2025 Harley-Davidson® CVO™ Road Glide® ST supports comfort and control through a balanced combination of power, suspension, and ergonomic design. Adjustable components allow the motorcycle to adapt to different surfaces and riding styles. The ride modes give the rider the ability to fine-tune power and braking characteristics. Controllable power delivery, consistent braking feedback, and predictable chassis movement create a motorcycle designed for accurate operation. These characteristics are further supported by the integration of advanced safety features that monitor traction, braking pressure, and wheel behavior.
Schedule a Test Ride Today
Riders seeking to examine the performance characteristics of the 2025 Harley-Davidson® CVO™ Road Glide® ST can schedule a test ride with Harley-Davidson® of Panama City Beach near Santa Rosa Beach, FL. A test ride offers an opportunity to experience the Milwaukee-Eight® 121 High Output engine, evaluate the adjustable suspension systems, and observe the responsiveness of the braking technology. Our dealership team can help explain each technical feature while allowing riders to assess stability during cornering and acceleration. Taking the motorcycle out on the road provides clear insight into operational behavior such as power delivery, handling balance, and traction management. Scheduling a test ride allows riders to develop a direct understanding of the motorcycle’s engineering and mechanical performance.
