What are the key advantages of a full-suspension mountain bike in terms of performance, comfort, and durability, particularly when compared to hardtail or rigid mountain bikes?
Does the added complexity and weight of a full-suspension system truly translate to improved traction, control, and overall ride quality, or are there specific riding styles, terrain, or conditions where a hardtail or rigid bike might be a better choice?
How do factors such as suspension travel, geometry, and kinematics influence the performance of a full-suspension bike, and what are the implications for riders of different skill levels, sizes, and riding styles?
Are there any specific components or technologies that are particularly well-suited to full-suspension bikes, such as dropper posts, wide-range cassettes, or high-volume tires, and how do these components interact with the suspension system to enhance the overall riding experience?
Does the added complexity and weight of a full-suspension system truly translate to improved traction, control, and overall ride quality, or are there specific riding styles, terrain, or conditions where a hardtail or rigid bike might be a better choice?
How do factors such as suspension travel, geometry, and kinematics influence the performance of a full-suspension bike, and what are the implications for riders of different skill levels, sizes, and riding styles?
Are there any specific components or technologies that are particularly well-suited to full-suspension bikes, such as dropper posts, wide-range cassettes, or high-volume tires, and how do these components interact with the suspension system to enhance the overall riding experience?