Tapering and Peaking Maximal Strength for Powerlifting Performance: A Review

Study note • PMID 32917000

Tapering and Peaking Maximal Strength for Powerlifting Performance: A Review.

ELI5

In plain language

Takeaways

What the abstract suggests

• • The paper is a review of 16 included articles, not one experiment with 17 athletes.
• • Reducing training volume was the most consistent feature across the reviewed tapers; the ideal taper model and intensity change remained uncertain.
• • The authors' practical range was a 30–70% volume reduction over 1–2 weeks, followed by 2–7 days of training cessation, while maintaining at least 85% 1RM or reducing intensity near competition.
• • A later survey of 364 United States and Canadian raw powerlifters found a common 7–10 day step taper with a 41–50% volume reduction, but that descriptive study cannot establish the optimal approach.

Protocol

Protocol (as reported)

• • Use these as review-derived decision ranges, not a copy-and-paste programme: reduce total lifting volume by about 30–70% across 1–2 weeks.
• • Maintain heavy-lift specificity while shedding fatigue. The review allows either maintaining intensity at 85% 1RM or higher or reducing it, especially in the final competition week.
• • Plan roughly 2–7 days without training before competition. Reported practice often stops deadlifting earlier than bench pressing, but the evidence does not prove one lift-by-lift schedule is best.
• • Test the taper during a lower-stakes meet or mock peak, record readiness and lift performance, and adjust from the athlete's own response rather than changing several variables at once.

Fit

Who it may help, and who should be cautious

Methods

What the study actually did

• • The authors searched Google Scholar, PubMed, ScienceDirect, and Open Access Theses and Dissertations from November 2019 through January 2020 using powerlifting, lift, taper, peak, and cessation terms.
• • They screened 7,205 electronic records, assessed 45 full texts, and included 16 articles after excluding reports with insufficient methods, no defined taper or cessation, or no maximal-strength relevance.
• • Eligible evidence covered competitive strength-power athletes or sufficiently strength-trained participants tapering before competition, simulated competition, 1RM testing, or a related maximal-effort test.
• • The review used a modified TESTEX quality assessment; included articles scored 3–7 out of 7 and were synthesized descriptively rather than pooled in a meta-analysis.

Full paper

What the full paper adds

• • Seven taper studies used 7-, 14-, or 28-day tapers and reduced volume by 31.6–71.9%; their cohorts mixed powerlifters, weightlifters, throwers, and strength-trained participants.
• • Nine studies examined training cessation lasting 2–14 days. Most reported performance improvements occurred with 7 days or less, while 14 days of complete rest was associated with small squat and bench-press declines in one study.
• • Only six included studies used powerlifting cohorts, and some were surveys or qualitative reports without performance outcomes.
• • The review's final recommendation was a 30–70% volume reduction over 1–2 weeks, maintained or reduced intensity, and 2–7 days of cessation, with individual modification outside those ranges when needed.
• • A 2021 survey of 364 North American raw powerlifters found common practice clustered around a 7–10 day step taper, 41–50% lower volume, and complete cessation 2.8 days before competition on average; this is practice evidence, not proof of superiority.

Limits

Limitations and bias

• • This is a review, not a randomized trial or meta-analysis, and it cannot produce one causal estimate for a taper protocol.
• • The 16 articles used small, heterogeneous samples and mixed powerlifters with other strength-power athletes and strength-trained participants.
• • Several powerlifting-specific reports were observational or qualitative and did not include performance outcomes.
• • Intensity, volume, taper model, training history, lift selection, and cessation length varied, so the recommended ranges are broader than an individualized meet plan.
• • The authors could not account for performance-enhancing drug use or activity outside the reported interventions, both of which could alter recovery.
• • The later 364-lifter survey reports what athletes commonly did, not what is necessarily optimal.