Glossary

Progressive Overload

Updated February 28, 2026

Progressive overload increases training stress gradually to drive adaptation, while recovery sets the pace of progress.

Levers

LeverExampleTypical progression rate (beginners)
LoadAdd weight at the same repsUpper body 2.5–5 kg/cycle. Lower body 5–10 kg/cycle
VolumeAdd sets or reps at the same load1–2 sets per muscle group per week
DensitySame work in less timeReduce rest periods by 15–30 seconds
Range and controlImprove tempo and depthIncrease eccentric time by 1–2 seconds

Load and volume models

LevelPatternTimeframe
BeginnerAlternate load and volume every 2 to 3 weeksLinear progression for 3–6 months
IntermediateAdd one lever per cycle, hold others stable4–6 week mesocycles with planned deload
OngoingReduce progression rate during stress windowsAutoregulate using RPE 7–8 for working sets

RPE and RIR guidelines

Training contextRPE targetRIR equivalentPurpose
Working sets7–82–3 reps leftProductive stimulus without grinding
Top sets8–91–2 reps leftPeak stimulus for the session
Deload week5–64–5 reps leftActive recovery while maintaining patterns
Technique practice5–64–5 reps leftMovement quality over load

Recovery checkpoints

SignalWhat to monitor
Soreness durationIf soreness runs beyond normal window, hold load
Sleep trendTwo weak nights can slow progression speed
Performance consistencyMaintain technique before adding more load

Overreaching criteria

PatternAction
Multiple missed sessions with high fatigueInsert deload week
Strength drops with high effort reportHold volume, reset for one cycle
Motivation and appetite collapseLower load and restore basic recovery

Related

Deload Week

A Deload Week reduces training stress for a short block so fatigue can fall faster than fitness

Training Split

A training split organizes sessions across the week so volume, intensity, and recovery are distributed on purpose.

Recovery Time

Recovery time is how long your body needs before repeating hard work at the same intensity and quality.