The Myth of “No Pain, No Gain”: How Proper Biomechanics Can Break the Cycle of Pain
The phrase “No Pain, No Gain” has become a widespread cliché in the fitness world, promoting the idea that progress is achieved only through pain and intense exercise. However, this mindset can lead to dangerous practices and serious injuries. Pain is not always a sign of progress, and misinterpreting this motto can trap individuals in a vicious cycle of pain and injury. In contrast, proper technique and a biomechanical approach can deliver real results without unnecessary strain.

How Pain During Exercise Can Be Dangerous
While pain is often seen as part of the process to achieve fitness goals, it is not always an indicator of success. On the contrary, it may signal improper technique or an inadequate approach to exercise. Chronic pain or injuries sustained during or after workouts often lead to exercise avoidance, reduced mobility, and muscle weakness.
Research examining the frequency of injuries in CrossFit revealed that participants frequently experience injuries due to high-intensity training, poor technique, and pressure for rapid progress. Specifically, the study found that a significant percentage of CrossFit athletes report injuries to the shoulders, lower back, and knees, often caused by overloading and insufficient technique. This creates a vicious cycle that not only hinders physical improvement but can also exacerbate health problems.

The Vicious Cycle of Pain and How to Break It
When someone experiences pain during exercise, they tend to avoid it, leading to muscle weakening and further mobility issues. This avoidance can result in a gradual decline in physical condition and worsen pain over time. Alternatively, continuing to exercise without correcting technique may place additional stress on the body, increasing the risk of serious injury.
The solution to breaking this cycle lies in a change of approach. Based on the principles of biomechanics and the body’s natural functions, such as walking, running, and throwing, pain relief and gradual improvement in mobility can be achieved. The Functional Patterns method, for example, focuses on the rational use of the body to reduce pain and improve quality of life.
The Importance of Biomechanics in Training
Biomechanics is the science of studying the forces and movements applied to the body during exercise. Instead of emphasizing exercise intensity, biomechanics focuses on the correct execution of movements, helping to prevent injuries and enhance mobility.
A proper approach that considers biomechanics can help individuals:
- Correct their posture.
- Improve balance.
- Reduce strain on joints and muscles.
By adopting correct training techniques, the risk of injuries decreases, allowing for smooth and safe progress toward fitness goals.

Key Steps for Proper Training and Pain Relief
To break free from the cycle of pain and return to safe and effective training, follow these key steps:
- Assessment by a Biomechanics Specialist or Functional Patterns Practitioner: A professional assessment can identify postural and movement dysfunctions.
- Posture Correction: Proper posture is essential to avoiding strain and pain during exercise.
- Correct Technique and Gait Adjustment: Fixing walking patterns and fundamental body movements can prevent injuries and restore normal function.
- Myofascial Release: Techniques such as myofascial release help relax tension and restore muscle function.
- Corrective Exercises and Gradual Strengthening: Focus on strengthening weak muscles, which are often responsible for uneven load distribution and pain.

Conclusion:
The philosophy of “No Pain, No Gain” does not reflect a proper approach to fitness and often promotes dangerous practices. Pain during exercise is not an indication of progress and may be a sign of poor technique or injury. Proper technique, the application of biomechanics, and adjustments tailored to the body’s needs are the keys to improving fitness and relieving pain.
Instead of persisting in pain, invest in proper biomechanics and techniques that will help you improve your physical condition safely and effectively. Don’t wait—schedule an assessment today and begin your journey toward a pain-free life with better health and mobility!
References
- Montalvo AM, Shaefer H, Rodriguez B, Li T, Epnere K, Myer GD. Retrospective Injury Epidemiology and Risk Factors for Injury in CrossFit. J Sports Sci Med. 2017 Mar 1;16(1):53-59. PMID: 28344451; PMCID: PMC5358031.