Based on different terrain characteristics, climbing techniques can be divided into two main categories: rock work and snow/ice work. Among these, the technique for climbing rock faces 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 spans over 100 years. As early as 1865, British mountaineer and founder of rock climbing, Edward Whymper, successfully climbed a perilous peak using simple technical equipment such as steel pitons, carabiners, and climbing ropes for the first time. 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 began to emerge only in the late 1950s and early 1960s. At that time, some local sports associations and military units in the Caucasus region of the Soviet Union pioneered the trial of 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 athletes from 12 countries, including the United Kingdom, East Germany, West Germany, Italy, the United States, and Japan, participated. Since then, the International Mountaineering Federation decided to hold an “International Rock Climbing Championship” annually, featuring events such as individual lead climbing, individual speed climbing, and team climbing.
Since 1987, China has successively held five national-level rock climbing competitions. The events included men’s and women’s individual lead climbs, pair climbing, and artificial wall climbs. However, all these competitions are based on the development of rock climbing techniques. Rock climbing skills can also be applied to a wide range of fields such as scientific expeditions, engineering technology, firefighting, and construction. This sport not only requires minimal funding and simple equipment but also features elements of difficulty, danger, novelty, competitiveness, and practicality.
Basic Methods of Rock Climbing
The three-point fixation method is the fundamental technique in rock climbing. Its key lies in specific posture and movement requirements for different parts of the body.
Body Posture: When climbing a rock face, the body should remain naturally relaxed, using three contact points to stabilize the center of gravity. This center of gravity shifts along with changes in climbing movements, which is key to maintaining stability, balance, and energy efficiency in rock climbing. To relax the body, one must maintain a certain distance from the rock wall based on its steepness—being too close can hinder route observation and foothold selection. However, when climbing an artificial wall, staying closer is necessary. On natural walls, coordinated and fluid movement of the upper and lower limbs is essential, with rhythmic foot placements and simultaneous application of upward pull and downward push. The body's center of gravity must rest on the feet while maintaining a posture that is facing the wall, supported by three fixed points, and upright on the wall.
Arm Movements: The arms are crucial for gripping holds and maintaining body balance. The strength of the arms directly affects the quality and effectiveness of the climb. Thus, a skilled climber must have sufficient finger, wrist, and arm strength. For beginners who have not yet mastered the use of leg power, arm movements become even more important. How the arms exert force varies between artificial and natural walls. On artificial walls, climbers are required to grip holds firmly with the first knuckle joint while keeping the wrist tense and the palm flat against the wall, allowing the forearm to follow closely. During the pulling motion, the fingers (on the hold) perform a downward press and arm lift. The movement pattern shows little change in the trajectory of the center of gravity and more noticeable rhythm. However, on natural walls, movements vary greatly depending on the type of hold, requiring different techniques such as grasping, hooking, pinching, palming, pulling, pushing, and pressing.
Foot Movements: The ability of a climber to effectively utilize leg strength is key to performing well. Relying solely on arm strength is not sustainable. The key to footwork is to keep the legs slightly turned outward, with the inner edge of the big toes close to the wall surface, knees slightly bent, and body weight supported by footholds. On natural walls where holds 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, and may even lead to slipping and knee injuries. Additionally, when stepping on holds, avoid using excessive force and focus on applying force in the correct direction.
Coordination of Hands and Feet: Skilled climbers coordinate their upper and lower limb strength effectively. For beginners or less technically proficient climbers, upper body strength plays a more critical role. Climbing often involves pulling with the arms while pushing and lifting with the legs to move upward. Weak upper body strength can lead to fatigue quickly, manifesting as arm weakness, soreness, numbness, and gradual loss of grip. Without a secure grip, even strong legs cannot help maintain body balance. Therefore, learning to climb begins with building upper body strength, especially focusing on fingers, wrists, forearms, as well as ankles, toes, and legs. This coordination allows the center of gravity to shift smoothly in response to the direction of force applied, resulting in natural and seamless hand-foot coordination.
Techniques of Rock Climbing Hand Movements
The fundamental purpose of using your hands while climbing is to move the body upward and stay close to the wall. There are many shapes of holds on the wall, with dozens being commonly encountered. Climbers need to be familiar with these shapes and know where and how to grip them.
Depending on the position and direction of protrusions (or indentations) on the holds, techniques such as pinching, palming, gripping, pulling, clutching, and pushing are used. However, don’t be rigid—many holds can be gripped in multiple ways. For example, a round hold with a small ledge might usually be gripped by hanging fingers down vertically, but to get closer to the wall, you can pinch or pull it. Sometimes, if both hands need to use the same hold, the leading hand may give up the best grip to the trailing hand to avoid the hassle of switching. When gripping holds—especially with horizontal force—it helps to keep the elbow low to increase horizontal friction via downward pull.
Make full use of your thumb’s strength by placing it on the hold as much as possible. For common shallow horizontal grooves, twist the thumb inward so the fleshy side cups into the groove or lay it across the backs of the index and middle fingers to add significant power.
Finger strength is extremely important in climbing. Exercises such as finger push-ups, pull-ups, hanging from finger tips, and weighted pulls can help build it. Some elite climbers abroad can even perform one-arm pull-ups.
On longer climbing routes, take advantage of easier sections to alternate hand rest. Choose rest spots with little or no upward angle and larger holds. While resting, ensure your feet are securely placed on holds, keep your arms straight (bent arms offer little rest), lean back slightly, but push your hips forward to bring your lower body close to the wall and shift your weight onto your feet, reducing arm strain.
Before climbing, loosen your fingers with movement and shaking, and apply some magnesium carbonate powder to prevent slipping.
Techniques of Rock Climbing Foot Movements
Legs possess great weight-bearing capacity, explosive power, and endurance—all of which should be fully utilized in climbing. Climbers typically wear specialized climbing shoes with soles made of hard rubber, thicker at the forefoot, durable leather uppers, pointed toes, and high friction. These shoes allow climbers to stand stably on holds as narrow as less than one centimeter wide.
When choosing such shoes, it’s vital not to buy them too large. They should fit snugly—the big toe should just touch the end without being able to straighten out. The tighter the shoe, the more stable it is when applying force. Some competitors even use hooks to force their feet fully into the shoes during competitions. Beginners often buy shoes that are too big and soon find their feet sliding inside, losing power.
A single foot can contact the wall at only four points: the toe tip, the inner edge (big toe), the outer edge (fourth toe), and the heel (mainly for heel hooks). Each contact should be no wider than about one finger’s width. Avoid placing the entire sole on the hold, as this limits the foot’s ability to pivot, rotate, or switch during the climb.
Foot switching is a basic and frequently used technique. Some beginners mistakenly think they should push off forcefully with the leading foot and leap while the trailing foot lands accurately on the previous hold. Though it may look smooth, it is incorrect because it puts excessive strain on the fingers, disrupts balance, and is ineffective on higher holds.
The correct method maintains stability and reduces hand strain. Taking a switch from right to left foot as an example: first, bring the left foot up above the right. Then, rotate the right foot counterclockwise (when looking down) on the far right edge of the hold, freeing up the left side. Keep your weight on the right foot as the left foot moves in from above to step onto the hold. The right foot then naturally withdraws, transferring the weight to the left foot. The whole motion flows seamlessly, as if the feet are gliding, with the right sliding out and the left sliding in. Weight remains on both feet while the hands only adjust balance. Besides supporting weight, feet are also used to maintain balance. They don’t always need to be on holds—sometimes a leg is extended outward to adjust the body’s center of gravity, ensuring stable weight transfer to the other foot.
Rock Climbing Protection
Climbers ascend under the protection provided by a belayer through a climbing rope. One end of the rope is connected to the climber’s harness via a carabiner or directly, while the other end runs through one or more fixed safety anchors and is managed by the belayer using a descender and a carabiner attached to their own harness.