Body Type Calculator
Determine your somatotype (body type) using anthropometric measurements or visual assessment. Get personalized training and nutrition recommendations based on your endomorph, mesomorph, or ectomorph characteristics.
Somatotype Assessment
Measure at narrowest point
Measure at narrowest point
Distance between shoulder joints
Somatotype Analysis
Your Body Type
Mesomorph
Somatotype: 2.1-3.5-2.5
Description
Naturally muscular and athletic physique
Endomorphy
2.1
Fat Storage
Mesomorphy
3.5
Muscularity
Ectomorphy
2.5
Linearity
Key Characteristics
- • Naturally muscular
- • Athletic build
- • Gains muscle easily
- • Moderate metabolism
- • Medium bone structure
General Recommendations
- • Respond well to strength training
- • Balanced macronutrient intake
- • Can handle higher training volume
- • Mix of cardio and resistance training
- • Moderate calorie intake
BMI
22.9
kg/m²
Dominant Type
mesomorph
Primary
What is Body Type Calculator?
Understanding Somatotypes (Body Types)
Somatotyping is a system of body classification developed by psychologist William Sheldon in the 1940s and later refined by Heath and Carter. It categorizes human physiques into three primary components: endomorphy (fatness), mesomorphy (muscularity), and ectomorphy (linearity). Understanding your somatotype can help optimize training and nutrition strategies.
The Three Somatotype Components
Endomorphy
Represents fat storage tendency and roundness. High endomorphs have softer, rounder physiques with higher body fat percentages and slower metabolisms.
Mesomorphy
Represents muscularity and bone structure. High mesomorphs have naturally athletic builds with well-developed muscles and moderate metabolisms.
Ectomorphy
Represents linearity and thinness. High ectomorphs have lean, linear physiques with fast metabolisms and difficulty gaining weight.
Heath-Carter Method
The Heath-Carter anthropometric somatotype method is the most widely used scientific approach. It uses specific body measurements and calculations to determine each component on a 1-7 scale. This method provides objective, reproducible results that can track changes over time.
Common Somatotype Classifications
Practical Applications
- Training Design: Tailor exercise programs to body type characteristics
- Nutrition Planning: Adjust macronutrient ratios based on metabolic tendencies
- Goal Setting: Set realistic expectations based on genetic predispositions
- Sports Selection: Identify sports where body type provides advantages
- Progress Tracking: Monitor changes in body composition over time
Limitations and Considerations
- Not Destiny: Somatotype describes current state, not unchangeable genetics
- Individual Variation: Significant differences exist within each category
- Age Effects: Body composition changes with age, affecting somatotype
- Training Response: All types can improve with appropriate exercise and nutrition
- Measurement Accuracy: Results depend on precise measurements and techniques