How many parallel bar dips and extensions are qualified? Army standards revealed

　　Parallel bar arm flexion and extension is an important test item in the physical fitness assessment of the army. It has high requirements on the upper limb strength and core stability of soldiers. So, how many parallel bar dips and extensions are considered qualified in the military? Let’s take a closer look.

Military Parallel Bar Arm Flexion and Extension Assessment Standards

　　Graded assessment: The army implements a graded assessment system, which divides soldiers into different levels based on factors such as age and position. There are different standards for new recruits and veterans, and there are also differences between special forces and ordinary troops. For example, young soldiers have relatively high standards, and as they age, the standards will be appropriately lowered.

　　Specific qualifying line: Generally speaking, in the assessment after basic training, recruits are qualified if they can complete 10-15 parallel bar arm flexions and extensions. The standard for veterans will be raised to 15-20. The qualification line for special forces is higher and may require more than 20.

Factors affecting parallel bar arm flexion and extension results

　　Upper body strength: Parallel bar arm flexion and extension main exercise The triceps brachii, deltoid muscles and other parts of the upper limbs. The stronger your upper body strength is, the more reps you can complete. Soldiers usually strengthen their upper limbs through push-ups, dumbbell training and other methods.

　　core stable: Core stability is crucial for parallel bar dips. A stable core can help soldiers maintain correct posture, reduce unnecessary shaking, and better use force to complete actions.

　　Effect of body fat: Excessive body fat will increase the burden on the body and affect the results of parallel bar arm flexion and extension. Soldiers need to control body fat through proper diet and exercise and maintain good physical condition.

Training methods to improve parallel bar arm flexion and extension performance

　　progressive load training: Gradually increase the difficulty and intensity of training, such as increasing the weight, reducing the rest time between sets, etc. You can start with freehand training, and then use dumbbells and other equipment to increase the load as your strength improves.

　　compound training: Combined with a variety of training movements, such as pull-ups, push-ups, etc., to comprehensively improve the strength of the upper limbs and core. Compound training can stimulate different muscle groups and improve training results.

　　long-term persistence: Physical training requires long-term persistence to achieve good results. Soldiers must formulate reasonable training plans, maintain regular training frequency, and constantly challenge their limits.

Things to note during training

　　action specifications: Proper movement discipline is key to avoiding injury. During the parallel bar arm extension process, keep your body straight and avoid hunching over or shaking too much.

　　joint protection: Parallel bar arm flexion and extension puts greater pressure on the elbow and shoulder joints. Soldiers should pay attention to the protection of their joints. You can perform appropriate warm-up activities before training and stretch and relax after training.

　　Fatigue accumulation monitoring: Long-term high-intensity training can easily lead to accumulation of fatigue, affecting training results and the body. healthy . Soldiers must learn to monitor their fatigue levels and arrange training and rest time appropriately.

　　Parallel bar arm flexion and extension qualification standards are of great significance in the army. It is not only a test of the physical fitness of soldiers, but also the basis for ensuring combat effectiveness. Military personnel of different ranks and ages have different standards. Through scientific training and reasonable nutritional supplements, soldiers can continuously improve their parallel bar arm flexion and extension performance.