One of the most important skills in rehabilitation — and in fitness generally — is knowing how to make an exercise easier or harder. Exercise regression and progression is the systematic process of adjusting exercise difficulty to match your current capacity, ensuring you're always training at the right level for optimal results without re-injury.
Why Regression and Progression Matter
Rehabilitation fails most often at two points:
- Starting too hard: Loading tissues before they're ready causes pain, setbacks and loss of confidence
- Staying too easy: Never progressing beyond comfortable, easy exercises means tissues never receive enough stimulus to fully heal and strengthen
The goal is to find the "just right" challenge — exercises that load the healing tissue sufficiently to stimulate repair and strengthening, without exceeding its current tolerance. This is what accredited exercise physiologists do for a living.
The Key Variables to Manipulate
Any exercise can be made easier (regressed) or harder (progressed) by adjusting these variables:
- Load (weight): The most obvious — increase or decrease resistance
- Range of motion: Partial range is often appropriate early in rehab; progress to full range as tolerance improves
- Speed: Slow, controlled movements are generally safer early; add speed and power as function returns
- Base of support: Two legs → one leg; stable surface → unstable surface
- Lever length: Bent knee → straight leg for leg exercises; bent elbow → straight arm for shoulder exercises
- Position: Lying → seated → standing — progressively adds gravitational challenge
- Volume and density: Reduce sets/reps/rest periods to progress without changing load
Practical Regression and Progression Examples
The Squat Family
- Regression 1: Sit-to-stand from a high chair
- Regression 2: Box squat (high box) with support
- Regression 3: Bodyweight squat (full depth)
- Progression 1: Goblet squat
- Progression 2: Barbell back squat
- Progression 3: Bulgarian split squat
- Progression 4: Single-leg squat (pistol)
The Hinge Family (Hip / Posterior Chain)
- Regression 1: Supine bridge (bodyweight)
- Regression 2: Romanian deadlift with light dumbbells
- Regression 3: Barbell Romanian deadlift
- Progression 1: Conventional deadlift
- Progression 2: Single-leg Romanian deadlift
- Progression 3: Trap bar deadlift with maximal load
The Push Family (Chest / Shoulder / Triceps)
- Regression 1: Wall push-up
- Regression 2: Elevated push-up (hands on bench)
- Regression 3: Knee push-up
- Progression 1: Standard push-up
- Progression 2: Weighted push-up or dumbbell press
- Progression 3: Barbell bench press
Core Stability
- Regression 1: Diaphragmatic breathing with TVA activation
- Regression 2: Dead bug (arms only, then legs only)
- Regression 3: Bird dog (contralateral)
- Progression 1: Plank (forearm, then extended arm)
- Progression 2: Pallof press
- Progression 3: Loaded carries (farmer's carry, suitcase carry)
The Rate of Progression in Rehab
How quickly should you progress? Use the two-day rule as your guide:
- If symptoms are no worse within 24 hours of an exercise session, you can maintain or progress
- If symptoms increase and resolve within 24 hours — appropriate loading, maintain current level
- If symptoms are worse after 24 hours — too much load, regress and allow more recovery before next session
Exercise Progression for Specific Conditions
Tendinopathy (Achilles, Patella, Rotator Cuff)
Tendon rehabilitation follows a specific progression: isometric loading → isotonic loading (slow) → isotonic loading (fast) → energy storage loading (plyometrics) → sport-specific loading. Skipping stages or progressing too quickly is the most common reason tendinopathy rehab fails.
Post-Surgical Rehabilitation
Post-surgical progression is guided by tissue healing timelines (which are non-negotiable — you cannot rush biology) combined with functional milestones. Your exercise physiologist will have specific protocol guidelines from your surgeon to follow.
Working With an Exercise Physiologist
An accredited exercise physiologist takes the guesswork out of regression and progression. Rather than following a generic online program that may be too easy, too hard or simply wrong for your specific injury and stage of recovery, your AEP designs a precise, evidence-based program and adjusts it at every session based on your response.
At Elevate Health Clinic, our exercise physiologists work alongside our chiropractic team to deliver integrated rehabilitation programs in Bella Vista and across Sydney.
