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Periodization Planner

Your whole season, planned backward from game day.

Tudor Bompa's linear periodization — the model behind modern strength coaching — sequences training into phases: anatomical adaptation, maximum strength, conversion to power or sport-specific work, then a taper that lands you at peak on competition day. Most athletes improvise this in a spreadsheet. This planner builds the entire macrocycle from two dates and a goal: phase boundaries, week counts, intensity zones, and rep ranges, all dated.

Why people use this

Coaches and self-coached athletes use this at the start of every season: training without a peak date is just exercising. It answers "what should I be doing 8 weeks out?" with dated phases and loads — the planning layer that separates programs from workouts.

How it works

  1. Enter your training start date and the date you need to peak (meet, game, race, photoshoot).
  2. Pick the goal: maximum strength to power, hypertrophy to strength, or strength endurance.
  3. Beginners get a longer anatomical adaptation block, per Bompa's guidelines.
  4. The planner allocates weeks proportionally across phases and reserves a 1–2 week taper.
  5. Each phase shows dates, %1RM loads, rep ranges, and training focus.

Common questions

What is periodization?

Planned variation of training volume and intensity over time, so adaptation accumulates without burnout and performance peaks on a chosen date. Tudor Bompa formalized the model — phases (macrocycles) built from weekly blocks (microcycles) — now standard in strength and conditioning.

Why can't I just train hard all year?

Because adaptation plateaus and fatigue accumulates: the same stimulus stops working within weeks, and maximal-intensity training can only be sustained briefly before performance regresses. Phases solve both — each block creates the adaptation the next one converts.

How many times per year should I peak?

Bompa's answer: 2–3 macrocycles per year for most sports. Each macrocycle ends in a peak followed by a short transition (active rest) phase before the next anatomical adaptation block begins.

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