Classical Periodization
Classical periodization is the linear progression of training from base to race form in fixed, sequential training phases that build on one another.
Definition
“Classical periodization” is the linear structuring of training into consecutive phases that lead from a broad base through specific build phases to race form. The model goes back to the work of Lev Matveyev in the 1960s and is also called “traditional periodization”.
The core idea: volume first, intensity later. Each phase prepares the next, and the load becomes more specific over the season until it peaks in the racing phase.
Why it matters
Classical periodization is the most widespread planning model in endurance sport because it is simple, easy to follow and well suited to a season with one clear main goal. The linear sequence reduces the risk of training too intensely too early.
Its weakness is rigidity. The template treats athletes the same regardless of their actual deficits and works poorly for seasons with several peaks. Individual periodization addresses exactly this.
| Phase | Emphasis | Typical duration | Intensity |
|---|---|---|---|
| Preparation | Re-entry, technique, strength | 2–4 weeks | Low |
| Base 1 | Aerobic foundation, building volume | 3–4 weeks | Low |
| Base 2 | Increasing volume, first tempo work | 3–4 weeks | Low to moderate |
| Base 3 | Maximum volume, threshold work | 3–4 weeks | Moderate |
| Build 1 | Race-specific intensity | 3–4 weeks | Moderate to high |
| Build 2 | Specific load, volume decreases | 3–4 weeks | High |
| Peak 1 and 2 | Tapering, freshness, race simulation | 1–2 weeks | High, short |
| Race phase | Competitions, maintenance | 1–3 weeks | Race |
| Transition | Regeneration, unspecific | 2–4 weeks | Very low |
Depending on form and goals, the phases are weighted differently. For an athlete with little training history, Base 1 may run several weeks longer; an experienced athlete may move to Base 2 after a single block. This weighting is one of the main tasks of coaches and requires knowledge of how quickly their athletes adapt.
How obseed measures it
obseed represents training phases in the plan and sets weekly and phase volumes against the sessions actually completed. Time in zones per phase shows whether a base phase really took place in the base range or whether intensity crept in.
The reference for zones and intensities is the stored set of performance parameters. A diagnostic test at the start and end of the base phases shows whether the build-up had the desired effect before the intense phases begin.
Example
A cyclist plans a race in 28 weeks and distributes the phases as follows:
Preparation 3 weeks weeks 1–3 6 h/week
Base 1 4 weeks weeks 4–7 8 h/week
Base 2 4 weeks weeks 8–11 10 h/week
Base 3 4 weeks weeks 12–15 12 h/week
Build 1 4 weeks weeks 16–19 11 h/week
Build 2 4 weeks weeks 20–23 10 h/week
Peak 2 weeks weeks 24–25 7 h/week
Race phase 2 weeks weeks 26–27 5 h/week
Transition 1 week week 28 2 h/weekVolume rises to 12 hours by Base 3 and falls afterwards while intensity increases. In Base 1 over 85 % of time is in zones 1 and 2; in Build 2 it is still about 60 %, with the rest split between threshold and above. Every fourth week is a recovery week at about 60 % of the volume.
Categories
- Trainingsphasen
- Trainingsplanung