Honda XBR 500 (reduced effect)

### Introducing the 1987 Honda XBR 500 The 1987 Honda XBR 500 (reduced effect) stands as a timeless embodiment of Honda's innovative spirit and engineering prowess. Nestled in the classic motorcycle category, the XBR 500 carved a niche for itself as a versatile and reliable machine, appealing to both seasoned riders and newcomers alike. With its distinctive blend of performance, style, and practicality, this motorcycle was designed to tackle both city streets and winding country roads, making it an enticing option for those seeking a dependable companion for their journeys. ### Engine Performance and Riding Characteristics At the heart of the XBR 500 lies a robust 498 cc single-cylinder, four-stroke engine that delivers a commendable 27 horsepower at 6000 RPM. This spirited powertrain is coupled with a 5-speed gearbox, allowing for smooth gear transitions and an engaging riding experience. The motorcycle's top speed of 145 km/h (90.1 mph) ensures that it can hold its own during spirited rides, while the air-cooled engine provides reliability and simplicity. With a compression ratio of 8.9:1 and a bore and stroke of 92.0 x 75.0 mm, the XBR 500 offers a balanced combination of torque and smooth power delivery that makes it an enjoyable ride, whether you’re commuting or embarking on weekend adventures. ### Key Features and Technology The XBR 500 is not just about performance; it also boasts an array of features designed to enhance the riding experience. With a lightweight chassis weighing in at 182 kg (401.2 pounds), the motorcycle exhibits nimble handling and maneuverability, making it ideal for urban environments. Its front single disc brake provides reliable stopping power, while the expanding rear brake ensures a solid braking performance. The motorcycle also offers a generous fuel capacity of 20 liters (5.28 gallons), allowing for extended rides without the constant need for refueling. With four valves per cylinder, the engine achieves an efficient airflow, contributing to its overall performance and responsiveness. ###