Based on different terrain characteristics, climbing techniques can be divided into two main categories: rock work and ice/snow work. Among them, the technique of climbing rock cliffs is referred to as rock climbing. The sport of rock climbing is also hailed as the "ballet on the cliffs."
The development of rock climbing techniques has a history of over 100 years. As early as 1865, British mountaineer and founder of rock climbing, Edward Whymper, successfully climbed a perilous peak for the first time using simple technical equipment such as steel pitons, carabiners, and climbing ropes. In 1890, British mountaineer Oscar Eckenstein further improved climbing tools by inventing steel pitons for wedging, steel wire ladders, and various climbing knots, advancing rock climbing techniques to a new stage.
However, more challenging rock climbing competitions did not emerge until the late 1950s and early 1960s. At that time, some local sports associations and military units in the Caucasus region of the Soviet Union were the first to trial rock climbing competitions, which gradually developed into nationwide events. In September 1974, climbing organizations from the Soviet Union and Czechoslovakia initiated and hosted the first "International Rock Climbing Championship" in Crimea, Soviet Union. A total of 213 participants from 12 countries, including the United Kingdom, East Germany, West Germany, Italy, the United States, and Japan, took part in the competition. Since then, the International Mountaineering and Climbing Federation decided to hold an "International Rock Climbing Championship" annually, with events including individual climbing races, individual parallel speed climbing, and team climbing competitions.
Since 1987, China has successively held five national-level rock climbing competitions. The events included men's and women's individual climbing races, pair team climbing races, and competitions on artificial climbing walls. However, all these competitions are based on the development of rock climbing techniques. Rock climbing techniques can also be applied to a wide range of fields such as scientific expeditions, engineering technology, firefighting, and construction. Engaging in this sport not only requires minimal funding but also involves simple equipment. It is characterized by difficulty, danger, innovation, as well as strong competitiveness and practicality.
Basic Methods of Rock Climbing
The three-point fixation method is the basic technique of rock climbing. The key lies in maintaining specific postures and movements for different parts of the body.
Body Posture
When climbing rock cliffs, the body should remain naturally relaxed, with three anchor points stabilizing the body’s center of gravity. This center of gravity must shift along with changes in climbing movements—this is the key to maintaining stability, balance, and efficiency in rock climbing. To relax the body, one should keep a certain distance from the rock wall depending on its steepness; getting too close can hinder observation of the climbing route and selection of anchor points. However, when climbing on artificial walls, staying close is essential. When climbing natural rock faces, coordination between the upper and lower limbs should be fluid and extended, with rhythmic foot placements. Pulling up and stepping down should involve simultaneous force application, and the body's center of gravity must rest on the feet. Maintain a posture facing the rock wall, stabilized by three anchor points, standing upright on the wall.
Arm Movements
The hands are key to gripping anchor points and maintaining body balance during climbing, and arm strength directly affects the quality and effectiveness of the climb. Therefore, an excellent rock climber must have sufficient finger, wrist, and arm strength. For beginners who do not yet know how to fully utilize leg strength, arm movements become even more crucial. How the arms exert force differs between artificial and natural rock walls. On artificial walls, the first knuckle of the fingers should grip the anchor point tightly while keeping the wrist firm and the palm pressed against the wall. The forearm should also stay flush against the wall, and during pulling motions, the fingers (on the hold) perform a pressing and lifting movement. The pattern here involves minimal shifts in the center of gravity trajectory, with clearer rhythm. However, on natural rock walls, the movements vary greatly and depend on the type of anchor points—different methods such as grasping, holding, hooking, digging, pinching, pulling, pushing, or bracing are used.
Foot Movements
For an excellent rock climber, the key to effective climbing technique lies in how well leg strength is utilized. Relying solely on arm strength is not sustainable for long climbs. The key to foot movements is to position the legs outward, with the inner sides of the big toes close to the rock surface, knees slightly bent, and using the feet to step on anchor points to maintain the body’s center of gravity. On natural rock walls where anchor points vary in size and direction, flexibility is essential. However, it is important to remember not to let the knees touch the rock surface, as this can affect foot support and body balance, or even cause slipping and knee injuries. Additionally, when stepping on anchor points, avoid using excessive force and pay attention to the direction of the force applied.
Coordination of Hands and Feet
All skilled rock climbers coordinate their upper and lower limb strengths effectively. For beginners or those still mastering the techniques, upper body strength plays a more significant role. During climbing, the upper body often pulls while the lower body pushes and lifts the legs to move the body upward. Weak upper body strength can lead to quick fatigue, manifesting as limp arms, soreness, numbness, and gradual loss of grip. Once grip strength is lost, even strong lower body strength cannot help maintain balance. Therefore, learning to climb begins with building upper body strength, particularly focusing on the fingers, wrists, and arms, complemented by ankle, toe, and leg strength. This allows the body’s center of gravity to shift smoothly in response to force direction, making hand and foot coordination more natural.
Adapted from "Mountaineering and Rock Climbing"