Methods of training gripping techniques include several directions. They are essential for developing a proper and effective grip, capable of ensuring all necessary technical actions in Horting combat associated with controlling an opponent.

Exercises for training grips can be divided into the following groups:

• Strengthening the fingers, ligaments, and muscles of the hand, forearm, shoulder girdle, pectoralis major, latissimus dorsi, and other muscle groups that are heavily involved in grappling actions;
• Technical training and improvement of grip techniques in the standing position;
• Technical training and improvement of grip techniques in ground fighting positions;
• Training with specialized equipment and simulators for grip development;
• Learning and practicing falling techniques while maintaining grip control;
• Grip imitation exercises without a partner;
• Controlled sparring with a partner at low intensity and reduced speed, aimed at technical refinement in the early stages of learning;
• Paired training with controlled resistance and specific technical tasks;
• Tactical and technical drills, including grip control, grip transitions, transitions from control to submissions (joint locks and chokes), and vice versa;
• Training under increased complexity conditions, such as working with changing partners, limited space, multiple opponents, and variable resistance levels;
• Sparring focused exclusively on gripping techniques without strikes;
• Reduced-intensity grappling sparring (“technical rounds”);
• Reflex and reaction training in unpredictable and complex situations involving sudden attacks and grip breaks;
• Training bouts according to simplified or modified Horting competition rules;
• Full competitive sparring sessions.

These methods should be alternated depending on the objectives of the training cycle and the athlete’s level of preparation.

The foundation of gripping ability in combat readiness is the coordinated work of the hand, forearm, shoulder, and trunk muscles. These muscle groups are functionally interconnected and can operate effectively only in coordination. Even if the forearm and wrist muscles are strong enough to secure an opponent’s grip, insufficient development of the back and shoulder muscles may prevent effective pulling, control, or transition to further technical actions.

Therefore, all muscle groups involved in gripping actions must be trained in an integrated manner. Grip training should include exercises with and without additional resistance (e.g., sandbags, partners, and equipment), focusing on coordinated work of the fingers, forearms, biceps, and back muscles (e.g., pull-ups and pulling movements). Flexor muscle groups are primarily responsible for gripping strength, while extensor muscles provide stabilization and defensive control.

Extensor strength is particularly important for defending against an opponent’s grips and maintaining hand control in clinch situations. Defensive effectiveness largely depends on coordination and the balance between flexor and extensor muscle strength.

The basic principle of Horting grip training is the development of specific physical qualities and skills through exercises that closely simulate real combat situations. Any specialized exercise should replicate competitive conditions as realistically as possible to ensure transfer of skills to competition performance.

In preparation for competition, athletes may train twice daily:

• Morning sessions: technical drills and foundational pair work;
• Evening sessions: strength and conditioning focused on grip development and applied sparring.

Special attention should be given to the development of grip strength and endurance in the hands and forearms. Training may include resistance tools such as elastic bands and weights. Both static and dynamic exercises should be used: static exercises develop isometric strength, while dynamic exercises form the foundation of functional grip performance.

General physical training should also be included, with activities such as swimming, running, team sports, skiing, and other exercises that improve agility, coordination, and overall endurance.

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Physiological Analysis of Gripping Actions in Horting

Analyzing human gripping function shows that the different segments of the hand and upper limb are subjected to uneven loads during grappling. The effectiveness of a grip depends on the strength and coordination of each segment in the kinetic chain.

During grip exchanges, load distribution changes dynamically as the opponent attempts to escape or counter the hold. The wrist often serves as the primary contact point, while the forearm and upper arm determine whether control can be maintained or transitioned into further offensive actions.

A successful grip sequence may involve transitioning from wrist control to additional control of the neck or torso, or resistance against escape attempts. In advanced grappling situations, success depends on whether the entire kinetic chain (hand–forearm–shoulder–torso) functions as a coordinated system.

If any link in this chain is weak—for example, insufficient forearm or grip strength—the effectiveness of the entire technique is reduced, even if other muscle groups are well developed.

When an athlete achieves control and moves into close clinch distance, the probability of executing a successful throw or submission increases significantly. However, success depends on timing, coordination, and the ability to maintain or transition grips under resistance.

Grip strength is determined not only by large muscle groups such as the shoulders and back but also by smaller structures such as the fingers, tendons, and forearm muscles. These smaller structures are often the limiting factor in grip endurance and control due to their anatomical size and functional load capacity.

From a biomechanical perspective, the forearm and hand represent the weakest link in the gripping chain. Therefore, athletes who develop superior forearm and hand strength generally demonstrate higher performance in grappling exchanges.

Horting techniques involve major movement patterns of the upper limb, including flexion and extension, adduction and abduction, and pronation–supination. Key movements for grip performance include:

• Finger flexion (grip formation);
• Wrist flexion;
• Forearm supination;
• Elbow flexion;
• Shoulder flexion and extension.

Among these, finger flexion combined with forearm supination plays a particularly important role in generating strong gripping force and controlling an opponent at both long and clinch range.

Finger flexion is primarily controlled by the forearm flexor muscles. Grip strength depends on the development of these muscles and their ability to generate sustained compression force.

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Grip Training Exercises

Grip training may include both static and dynamic exercises.

Static exercises for grip development:

• Hanging on the crossbar (two arms or one arm), maintaining grip for a set time (20 sec to 2 min depending on level);
• Finger stands on the floor (various configurations of finger support);
• Wall-supported finger stands with controlled load progression;
• Finger pressure exercises against the ground in bent-finger positions;
• Progressive hanging exercises using different finger combinations.

These exercises should be performed with carefully controlled duration depending on the athlete’s preparation level.

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Final principle

A key principle of Horting grip training is specificity: all exercises should closely replicate real combat conditions. Athletes must be able to automatically apply learned gripping actions under competitive pressure, even against fully resisting opponents.