The Body Measurement Guide for Fashion by Ekanem Orok is a structured, technical system for capturing precise human body data used in pattern drafting, garment construction, and custom fitting. It is not just a list of sizes—it is a measurement framework tied to anatomical reference points (“body points”) to ensure repeatability and accuracy.
Here’s a clear breakdown of how the guide works:
1. Core Principle: Measurement as the Foundation of Fit
The guide emphasizes that accurate measurement = accurate pattern = perfect fit. It treats measurement as a technical process, not guesswork.
Key ideas:
Measurements must follow fixed body landmarks
Use consistent units (cm) for precision
Record systematically for reuse in production
2. Use of Body Points (Anatomical Mapping System)
A defining feature of Orok’s method is the use of coded body points (A, C, D, N, etc.).
These:
Standardize where each measurement starts and ends
Remove ambiguity (e.g., “waist” is always point D)
Allow consistency across designers and fittings
Example:
Neck → Point A
Bust → Point C
Waist → Point D
Hip → Point F
This converts the body into a measurable grid system, similar to drafting coordinates.
3. Measurement Categories
The guide organizes measurements into functional groups used in garment construction:
A. Circumference Measurements (Girth)
Used for width and fitting ease:
Neck (upper & lower)
Bust / chest
Under-bust
Waist
Hip / mid-hip
Arm, wrist, thigh, knee, calf, ankle
These define horizontal proportions.
B. Vertical Length Measurements
Used for garment length and balance:
Front waist length
Back waist length
Center front / center back length
Side seam length
Trouser length
Knee length
These determine vertical structure and garment drop.
C. Depth & Height Measurements
Critical for shaping and contouring:
Bust depth
Armhole depth
Hip depth
Crotch depth
These control fit over curves and body volume.
D. Width & Balance Measurements
Important for pattern alignment:
Shoulder width (front & back)
Bust distance (apex to apex)
Shoulder depth
These ensure symmetry and posture balance.
E. Sleeve & Arm Measurements
For sleeve drafting:
Armhole circumference
Sleeve length
Elbow length
Sleeve cap height
These define mobility and sleeve shaping.
F. Lower Body (Trouser-Specific)
For pants and structured garments:
Crotch length
Inner leg length
Thigh, knee, calf measurements
These ensure comfort, movement, and fit accuracy.
G. Full Body & Head Measurements
For complete profiling:
Body height and length
Head circumference and height
Useful in full outfit design and proportional scaling.
4. Measurement Process Workflow
The guide follows a clear workflow:
Step 1: Preparation
Tools: measuring tape, record sheet
Identify body landmarks
Step 2: Marking Body Points
Locate anatomical reference points
Ensures consistency across sessions
Step 3: Taking Measurements
Measure systematically from top → bottom
Maintain tape tension (not tight, not loose)
Step 4: Recording
Input into a structured measurement sheet
Used later for pattern drafting or client records
5. Integration with Pattern Making
The guide is directly linked to:
Basic blocks (bodice, skirt, trousers)
Custom garment construction
Industrial production sizing
It provides raw data that feeds into pattern formulas and drafting systems.
6. Teaching Approach (Simple Steps™ Method)
Ekanem Orok’s system is designed to be:
Beginner-friendly but technically sound
Step-by-step and repeatable
Visual (videos + diagrams + record sheets)
This aligns with his broader “Simple Steps™” learning philosophy, making complex tailoring processes accessible.
7. Practical Value for Fashion Professionals
This measurement guide is essential for:
Fashion designers (custom garments)
Pattern makers (block development)
Tailors (client fittings)
Students (foundation training)
Bottom Line
Ekanem Orok’s body measurement guide is a technical measurement system built on anatomical precision and structured data collection. Its strength lies in:
Standardized body points
Comprehensive coverage of all body areas
Direct application to pattern drafting

