Stay seated whenever the gradient allows
For most climbs, riding seated is more economical than standing and rocking the bike from side to side. Remaining on the saddle helps keep the pedal stroke smooth and allows power to be delivered steadily instead of in short, costly bursts. Standing is best reserved for a few specific situations: when the legs need a brief change of movement, or when the gradient becomes so steep that extra power is necessary.
A rider does not have to rely on standing to adjust effort. Small changes in position on the saddle—moving slightly forward or backward—can also help distribute the load and make the climb feel more manageable. When standing, more of the rider’s weight is supported through the hands and pedals. Seated pedaling, by contrast, allows the saddle to share part of that load and generally makes it easier to maintain an efficient rhythm.
A lighter build can be an advantage
Climbing is not the same as sprinting. Since the effort is usually not an all-out burst, the arms contribute relatively little force. That is one reason successful climbers do not need heavily developed upper-body muscles. They also do not require especially large leg muscles simply to climb well.
Climbing performance is not determined by sheer muscular size. Cardiovascular capacity is far more important, particularly when the effort must be sustained over a long ascent. Riders who specialize in climbing often look remarkably lean, with slim arms and legs—even among the strongest general-classification contenders on top-level teams.
Keep the cadence high enough to protect the legs
On a long climb, the goal is to maintain a relaxed, repeatable pedal stroke. A cadence of around 90 revolutions per minute is a useful reference point. If the cadence drops too far, the rider is relying more heavily on leg strength with every pedal stroke. That approach may work on a short, steep ramp, but it is difficult to sustain over a long mountain road.
The best way to improve climbing speed is still to spend time climbing. In mountainous regions such as Taiwan, many competitive rides include substantial elevation gain, making climbing practice especially relevant. Long events featuring ascents such as Wuling or Alishan can often be approached with a high-cadence strategy. A shorter climb that lasts only five to ten minutes demands something different: the rider may need to push a heavier gear and produce a much higher level of power for the entire effort.
Use your numbers to stay below the point of failure
A climb to Wuling may require two or three hours of steady output, or even longer. The key is to remain below the intensity at which the effort falls apart. This is where FTP—Functional Threshold Power—becomes useful. FTP refers to the highest average power a rider can theoretically sustain steadily for one hour.
For example, if a rider’s FTP is 250 watts, the effort on a long ascent should remain below that figure, with the exact level adjusted to the length and demands of the climb. The purpose is to preserve enough energy to keep producing power for hours rather than exhausting the legs early.
Short, steep climbs call for the opposite approach. Riders may need to go above FTP and become accustomed to the sensation of accumulating lactate in the legs. A power meter and heart-rate monitor can help quantify these efforts and make it easier to match the intensity to the rider’s actual ability.
The most efficient climber is not necessarily the strongest-looking rider. Smooth seated pedaling, an appropriate cadence, a light build, and a realistic understanding of sustainable power all help determine whether the final kilometers can be ridden steadily—or become a struggle long before the summit.