TrainingAdaptation theory

Matveyev's Periodization Theory: The Origin of Training Cycles

3 minute read

Quick Intro

Periodization is the planned division of training into phases. The classical model, often called traditional periodization, was set out by the Soviet sport scientist Lev Matveyev in the 1950s and 1960s, based on a study of Soviet athletes. It organizes a year into nested cycles and moves from general preparation to specific preparation to competition. Most later models either build on it or react against it.

The Idea in Plain Terms

Matveyev described training as a sequence of periods with different purposes, and nested time units:

UnitLengthRole
MacrocycleMonths to a yearThe full training plan toward a major goal
MesocycleSeveral weeksA phase with a specific focus
MicrocycleAbout one weekA pattern of sessions and rest
SessionHoursA single workout

The macrocycle was divided into three periods:

  • Preparatory period. Split into general preparation, building broad fitness with high volume and lower intensity, and specific preparation, moving closer to the sport.
  • Competitive period. Volume falls and intensity and specificity rise to reach peak form.
  • Transition period. Active rest and recovery before the next cycle.

The underlying idea is that volume should be highest early and intensity highest late, in the pattern later called linear periodization. The model built on the general adaptation syndrome, with an emphasis on a smooth path to a single performance peak. It suited the sport system of its time, in which many athletes aimed for one major competition each year.

A Worked Example

A one-year plan for a track athlete, shown as an illustration:

MonthsPeriodEmphasis
1 to 3General preparationAerobic base, strength, high volume
4 to 5Specific preparationSpeed, event-specific training
6 to 8CompetitionRaces, reduced volume, sharp work
9TransitionRest and cross-training

What the Research Shows

The model emerged from observation of athletes and coaching, and later research tested pieces of it. Meta-analyses show that periodized strength training tends to outperform non-periodized training, giving support to planned variation. The particular classical sequence has less direct support.

Critics point to changes in modern sport. Athletes now compete many times a year and may need to perform at a high level across a season, so a single peak plan fits less well. Kiely, in 2012 and 2018, argued that the evidence for periodization models built on this tradition is thin and that models should be tested against individual response. Issurin’s block periodization, covered in its own article, was proposed partly as an alternative for advanced athletes.

Matveyev’s contribution is still widely taught, and the scheme survives in many programs, mostly in adapted forms.

Who It Suits

This theory is useful for:

  • Students of training theory.
  • Coaches planning for a single yearly goal.
  • Anyone wanting to understand the vocabulary of macrocycle and mesocycle.

How to Use It

  1. Define the main goal and date.
  2. Work backward to divide the time into phases.
  3. Start with general work and become more specific.
  4. Include recovery weeks.
  5. Check progress against targets.
  6. Adjust when competitions change the calendar.

Common Misunderstandings

It is not the only way to plan training.

It is not proven as a precise system.

It is not outdated in all respects.

FAQ

What is a mesocycle? A block of several weeks with a specific focus.

How is it different from block periodization? Block periodization concentrates on fewer qualities at a time.

Is it used in recreational training? Yes, in simplified forms.

Who was Matveyev? A Soviet sport scientist who formalized training cycles.

Where This Comes From

Matveyev LP, 1964, Problem of periodization of sports training (Moscow; original Russian), and later writings on the fundamentals of sports training. Kiely J, 2012 (International Journal of Sports Physiology and Performance, 7, 242 to 250) and 2018 (Sports Medicine, 48, 753 to 764). Williams TD and colleagues, 2017 (Sports Medicine, 47, 2083 to 2100).


Related to: linear periodization, the general adaptation syndrome, block periodization theory and undulating periodization.