TRAINING TO FAILURE – METHODS TO TAKE WEIGHT TO FAILURE

INTRODUCTION

For those deeply immersed in the world of fitness, the term ‘training to failure’ resonates as more than just a catchphrase—it’s a testament to their dedication and grit. But beyond the bravado, what’s the science and rationale behind pushing our muscles to their breaking point? Why is this method heralded by some of the best in the business? And, crucially, how can we harness its potential without risking our well-being? Join us as we unravel the intricacies of this intense training technique.

UNDERSTANDING ‘“FAILURE” IN STRENGTH TRAINING

The philosophy of training to failure revolves around pushing an exercise to the brink, where the muscles cannot muster the strength to hoist the weight any longer. Essentially, it signifies the inability to complete another repetition while maintaining proper form. Numerous studies highlight that sporadically pushing muscles to their breaking point can instigate accelerated muscle growth and enhancement of strength.

THE SCIENCE BEHIND THE STRATEGY

Physical exercise induces minuscule damages in muscle tissues. Remarkably, the human body responds by mending these tears, subsequently thickening and strengthening muscle fibres to better counter similar stresses in subsequent workouts. Taking muscles to failure magnifies this damage, potentially leading to amplified growth during the recovery phase. Yet, it’s imperative to note that optimal recovery, paired with appropriate nutrition, is fundamental for these tears to heal efficiently.

METHODS TO TAKE WEIGHT TO FAILURE

Traditional Failure: This approach is quite direct. Just engage in your selected exercise (e.g., bench press or squats) until performing another repetition becomes impossible. When dealing with substantial weights, the presence of a spotter is advisable for safety reasons.

Drop Sets: On reaching failure at a certain weight, promptly lessen the weight by around 20-30% and persist with the set until failure strikes again. This enhances intensity and extends muscle exertion.

Forced Reps: With a spotter’s aid, after hitting failure, let the spotter help you lift the weight while you offer as much resistance as you can. This method lets you squeeze in some additional reps beyond the failure point.

Negative Reps: After achieving muscular failure, shift your focus to the eccentric (lowering) phase. For instance, in bench press: when you can no longer push the bar upwards, gradually and control bringing it down.

Partial Reps: If completing a full rep becomes challenging, resort to half or quarter reps. This keeps the muscle engaged, even without full motion.

Rest-Pause: Upon reaching failure, take a brief 10-15 second respite and then push out a few more reps using the same weight. This brief rest lets the muscles recuperate a tad bit of energy.

SAFETY FIRST

The approach of training to failure is demanding and exerts significant stress on both the muscles and the central nervous system. It’s paramount to:

– Uphold impeccable form to avert potential injuries.
– Refrain from making every workout set ‘to failure’ and set to avoid overtraining and heightened injury risks.
– Ensure a spotter’s presence when handling heavy weights.

CONCLUSION

For weightlifters, training to failure can be an immensely powerful tool. If applied judiciously and strategically, it can propel muscle growth and enhance strength. Like any workout method, understanding its nuances, honouring the procedure, and prioritising safety is crucial. Embracing the challenging voyage of muscular failure can indeed pave the way for remarkable milestones in one’s fitness expedition.

REFERENCES

Schoenfeld, B. (2010). The mechanisms of muscle hypertrophy. Journal of Strength and Conditioning Research.

Damasceno, M., Lima, L., & Pasqua, L. (2019). Muscle Adaptations to Resistance Training. Sports Medicine.

Fink, J., Kikuchi, N., & Nakazato, K. (2016). Effects of rest intervals and training loads on metabolic stress and muscle hypertrophy. Clinical Physiology and Functional Imaging.

Sundstrup, E., Jakobsen, M. D., Andersen, L. L., et al. (2017). Positive effects of resistance training on muscle strength, power, and functional abilities in seniors. Journal of Rehabilitation Medicine.