The balance principle states that an effective training program must evenly develop all muscle groups, movement planes and energy systems. Imbalance between agonists and antagonists (e.g., chest vs back) is one of the most common causes of injuries.
There must also be balance between different types of training: strength, endurance, mobility and recovery. Strength training alone without mobility — a path to stiffness. Cardio alone without strength — muscle loss.
⚖️ "Push-Pull" Ratio: Ideally, there should be slightly more pulling exercises than pushing (1.1:1). This helps maintain healthy shoulder girdle posture.
🎯 Balance Components
🔄 Agonists-Antagonists
For every pushing exercise — a pulling exercise. E.g., press + row. Same for legs: squats + Romanian deadlift.
⚡ Energy Balance
ATP-PCr system (sprints, heavy weights) + glycolytic (middle distances) + aerobic (endurance). All are needed.
🧘 Strength-Mobility
The stronger you become, the more mobility you need. An immobile strong muscle = injury waiting mode.
🧠 Activity-Recovery
As much attention to recovery as to training. Sleep, nutrition, stress — everything matters.
📊 Muscle Group Ratio
Recommended Exercise Ratio
Muscle Group
Minimum Frequency/Week
Recommended Volume
Notes
Back
2×
16-20 sets
Slightly more than chest
Chest
2×
12-16 sets
Balanced with back exercises
Legs (front)
1-2×
12-16 sets
Squats, lunges, leg press
Legs (back)
1-2×
8-12 sets
Deadlift variations, leg curl
Shoulders
2×
10-14 sets
All 3 deltoid segments
Arms
1-2×
8-10 sets
Biceps + triceps
Core
3-4×
6-10 sets
Every other workout
✅ Balance Test
Exercise ratio test: Calculate push vs pull exercises per week. If the ratio >1.3:1, add pulling.
Mobility test: Can you perform a deep squat position? Overhead squat? If not — mobility work is needed.
Energy balance test: Does your program include all three intensity levels (high, medium, low) every week?
Recovery test: Do you feel energetic before training? If you constantly feel tired — too much stress, too little recovery.
Does this principle apply to all athletes? Yes, all training principles are universal, but their application methods differ depending on the sport discipline, experience level, and individual goals.
How quickly will I see results applying this principle? The rate of adaptation depends on many factors: beginners may notice changes in 2-4 weeks, while advanced athletes may need 8-12 weeks.
Can I combine several training principles at once? Yes! The most effective programs integrate several principles: e.g., specificity + progression + periodization. It is important to start with 2-3 principles and gradually add more.
Resources Additional Resources and Sources
To deepen your knowledge about training principles, we recommend:
Scientific journals: Journal of Strength and Conditioning Research, Sports Medicine, European Journal of Applied Physiology.
Authorities: Dr. Brad Schoenfeld (hypertrophy), Dr. Mike Israetel (periodization), Dr. Andy Galpin (muscle physiology).
Apps: Strong, Hevy, Jefit for keeping training logs and tracking progress.
Continuing Education: NSCA, ISSN, and ACSM certifications for sports professionals.
Books: "Science and Practice of Strength Training" (Zatsiorsky), "Periodization" (Bompa and Haff).
Limitation of liability: This information is for educational purposes. Before starting any new training program, consult a sports medicine specialist or a certified trainer.
Pro Tip Pro Tip
Don't forget: the best training program is the one you follow consistently. Even imperfectly applied training principles will yield better results than perfect theory without practice. Be patient, track your progress, and enjoy the process!
Key idea: The Balance Principle is not just theory — it is a practical tool that helps you pursue your sports goals more effectively. Integrate this principle into your training today!