Training balance means refining the nervous system’s ability to perceive the body’s position, making joints more stable and reactive to the unexpected.
- Proprioception is the tool that allows us to sense the position of our limbs without looking at them.
- A sedentary lifestyle and the constant use of stiff footwear can weaken the sensitivity of foot receptors.
- Training barefoot is useful to reactivate the sensory signals coming from the soles of the feet.
- Closing your eyes during balance exercises forces the brain to rely solely on internal signals from muscles and tendons.
- Using soft or unstable surfaces, such as a cushion, helps to effectively strengthen the ligaments of the ankles and knees.
What proprioception is and why it deteriorates
The human body possesses an ability often defined as a “sixth sense”: proprioception. It is the ability to perceive and recognize the position of one’s body and its individual parts in space, even without the aid of sight. This happens thanks to small receptors present in the muscles, tendons, and joints that constantly send information to the brain.
This control system can deteriorate due to various factors, including aging, a sedentary lifestyle, or incomplete recovery from a previous injury. When proprioception is less efficient, the body reacts with a delay to changes in terrain or loss of balance, making falls or sprains more likely. Keeping it active is therefore a very important form of prevention.
The importance of training barefoot
Modern footwear offers protection and support, but at the same time, it isolates the sole of the foot from direct contact with the ground. This isolation reduces the amount of sensory information that reaches the nervous system. The feet are rich in nerve endings that should help the body understand what kind of surface it is on and how to distribute weight.
Regularly performing balance exercises barefoot allows you to reactivate this sensitivity. Direct contact with the floor stimulates the small muscles of the foot and improves the quality of the signals sent to the brain. This practice is a useful step in rebuilding a solid and aware base of support, improving the overall stability of the body starting from the foundation.
Basic test: single-leg balance with eyes closed
A simple way to evaluate and train your stability is the single-leg balance test. In a standing position, lift one foot off the ground and try to maintain the position for at least thirty seconds. If this is easy, you can move on to the more challenging version by closing your eyes.
Depriving the brain of visual support is a useful strategy to train the nervous system. When we cannot see the horizon or external reference points, the body is forced to rely exclusively on the signals coming from the muscles and joints. Initially, you might feel small oscillations in your ankle: these are the necessary micro-adaptations the body makes to find its center of gravity.
Creating instability: the use of soft surfaces
Once you have gained confidence on a hard floor, it is useful to increase the difficulty by introducing unstable surfaces. You can use a rolled-up mat, a cushion, or a specific foam balance pad. The soft surface yields under the body’s weight, preventing a fixed and predictable base of support.
Performing simple movements, like a small lunge or a knee bend on an unstable surface, requires a very high level of coordination. The stabilizing muscles must constantly activate to correct the position. This type of training does not aim to lift heavy loads, but to improve tissue reactivity, teaching the body to manage instability naturally.
Strengthening ankle and knee ligaments
The ultimate goal of these exercises is to protect the joints. Ligaments, the bands of tissue that hold bones together, benefit greatly from balance work. When we train in conditions of controlled instability, the ligaments are stressed moderately and constantly, becoming more robust and capable of withstanding sudden tensions.
Strengthening the ankle and knee ligaments means creating internal protection against trauma. A “reactive” ankle is able to straighten itself quickly if the foot lands poorly, preventing the stress from becoming a sprain. Developing this stability through proprioception is a significant investment in maintaining mobility and joint health over time.