How to See Mewing Progress Guide

in healthfitnessfacial-structure · 8 min read

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Photo by Joyce Hankins on Unsplash

Practical, step by step guide to track and validate mewing progress with photos, measurements, exercises, and checks. Includes checklists, time

Overview

This guide explains how to see mewing progress through repeatable photos, simple measurements, jawline exercises, and validation checks. The phrase how to see mewing progress appears here so you know this is focused on practical progress tracking and not just theory. You will learn how to create a baseline, capture consistent photos, measure changes, perform supportive exercises, and validate results over weeks and months.

Why it matters:

mewing relies on slow bone and soft tissue remodeling and posture changes. Without objective tracking you cannot tell real progress from lighting, weight changes, or posture variance. This guide gives reproducible methods to separate actual facial structure change from noise.

Prerequisites: smartphone or camera, tripod or fixed surface, plain background, ruler or object for scale, free image tools (ImageMagick or Python with OpenCV optional), mirror, time for daily posture practice. Time estimate for entire process: set up baseline 30 to 60 minutes, then 5 to 15 minutes per day for practice and weekly photo sessions, and objective checks every 4 to 12 weeks.

Step 1:

How to see mewing progress with baseline photos

Action to take: Create a consistent baseline photo set including frontal, 45 degree, and strict profile views. Use a tripod or mark camera height and distance. Wear hair back and neutral facial expression.

Why you are doing it: Baseline photos are the reference against which all future changes are compared. Consistency in angle, distance, lighting, and expression reduces measurement noise and false positives.

Commands, code, or examples:

  1. Place camera at eye level on tripod 1.5 meters away for full-face shots.
  2. Use a plain wall as background and the same light source each session.
  3. Include a small metric ruler or credit card taped to the wall near the jawline to provide scale.

Expected outcome: A reproducible photo set that can be compared over weeks. You will be able to align and overlay these photos to estimate changes in jaw projection and cheekbone visibility.

Common issues and fixes:

  • Issue: Head tilt or chin raise varies. Fix: Use a guide line on wall or a piece of tape at nose height and align eyes to it.
  • Issue: Lighting casts shadows on one side. Fix: Use diffused front light or take photos near a window at the same time of day.
  • Issue: Scale missing. Fix: Always include same sized object in frame.

Time estimate: ~10 minutes

Step 2:

Measure key distances and angles

Action to take: Measure consistent landmarks such as subnasale to gnathion (vertical facial height), menton projection, gonial angle proxies, and profile angle. Record numbers in a spreadsheet.

Why you are doing it: Numeric measurements give objective evidence of change and help separate soft tissue changes from skeletal repositioning.

Commands, code, or examples:

1. Open your photo and use a ruler tool in any photo editor. Measure pixels between:

  • Subnasale (base of nose) and Gnathion (lowest chin point)
  • Pogonion to vertical reference line for projection
  • Angle between ear tragus, gonion area, and chin for jaw angle proxy
  1. Convert pixels to millimeters using the reference object scale. 3. Record values in CSV like:
date,view,subnasale_gnathion_mm,pogonion_projection_mm,jaw_angle_deg

Optional small Python example to convert pixel distances to mm using a known scale marker:

from PIL import Image
**def px_to_mm(px, ref_px, ref_mm):**
 return px * (ref_mm / ref_px)

# Example: ref_px = 120 pixel width of credit card in image, ref_mm = 85.6

Expected outcome: A dated log of measurements showing tiny changes over time. When combined with photos it creates a reliable growth record.

Common issues and fixes:

  • Issue: Inaccurate landmark placement. Fix: Zoom to crop and use distinct anatomical points; repeat measurements three times and average.
  • Issue: Scale object not in same plane. Fix: Position scale object flush to cheek or wall in same plane as face.

Time estimate: ~10 minutes

Step 3:

Align and overlay images for visual comparison

Action to take: Use image alignment and overlay to visualize incremental changes by making semi-transparent composites or flip through aligned layers.

Why you are doing it: Overlays make subtle contour changes visible that are hard to detect in standalone images.

Commands, code, or examples:

  1. Tools: ImageMagick, GIMP, or Python OpenCV. 2. Basic ImageMagick command to align by eyes and overlay (rough manual method):
  • Crop so both images have same canvas and align eyes to same coordinates.
  1. Python OpenCV approach for automated alignment and difference visualization is useful for multiple images.

Expected outcome: Visual composite images that highlight forward projection, soft tissue tightening, or jawline sharpening over weeks.

Common issues and fixes:

  • Issue: Misalignment across sessions. Fix: Use eye centers as anchor points, mark them on each photo and use alignment tools.
  • Issue: Differences in expression. Fix: Maintain neutral expression or use only the profile where neutral is easier.

Time estimate: ~10 minutes

Step 4:

Track functional posture and mewing practice

Action to take: Record daily mewing posture sessions and maintain a log of frequency and duration. Practice proper tongue posture, nasal breathing, and light dental occlusion.

Why you are doing it: Mewing is a long term postural habit. Measuring consistency helps correlate exercise adherence with visual changes.

Commands, code, or examples:

1. Daily routine:

  1. Warm up jaw: 10 gentle open-close cycles.
  2. Tongue posture: Press entire tongue against palate, seal lips, nasal breathe for 5 minutes.
  3. Swallow practice: Swallow while keeping tongue on palate 10 times.
  4. Log example spreadsheet columns: date, session_count, total_minutes, notes.

Expected outcome: Improved tongue posture and daily habit formation. Over months this supports gradual structural changes.

Common issues and fixes:

  • Issue: Discomfort or jaw tension. Fix: Reduce pressure, focus on light full-palate contact rather than pushing hard.
  • Issue: Forgetting sessions. Fix: Use phone reminders and attach practice to daily cues like morning hygiene.

Time estimate: ~10 minutes

Step 5:

Add jawline strengthening exercises and mobility work

Action to take: Implement targeted exercises to strengthen jaw muscles, improve tone, and reduce soft tissue laxity. Combine isometric jaw holds, chewing drills, and neck posture exercises.

Why you are doing it: Stronger musculature and improved neck posture can accentuate jaw definition and support bone remodeling.

Commands, code, or examples:

1. Exercise set (3 times per week):

  1. Isometric chin press: Press fist under chin and resist for 10 seconds, repeat 10 times.
  2. Chewing simulation: Chew sugar-free gum for 15 minutes using exaggerated chew to train masseter.
  3. Neck retraction: Chin tucks 10 reps, hold 5 seconds each.
  4. Progression: Increase resistance or duration every 2 weeks.

Expected outcome: Noticeable increase in muscle tone around mandible and sharper jawline over 8 to 12 weeks when combined with posture work.

Common issues and fixes:

  • Issue: Tooth pain or TMJ discomfort. Fix: Reduce intensity, stop painful exercises, consult dentist or TMJ specialist.
  • Issue: No visible change. Fix: Ensure exercises are consistent and combined with mewing posture; isolate variables by keeping diet and weight stable.

Time estimate: ~10 minutes

Step 6:

Control confounding factors like weight and hydration

Action to take: Monitor body fat, salt intake, and hydration; measure weight and facial fullness periodically to separate mewing effects from fat loss or gain.

Why you are doing it: Facial appearance changes from weight fluctuations can mimic or obscure mewing progress. Controlling these variables keeps your data clean.

Commands, code, or examples:

1. Weekly check:

  1. Weigh yourself at same time each week.
  2. Note any dieting, sodium changes, or sleep variations.
  3. Record in same spreadsheet: date, weight_kg, sleep_hours, sodium_notes.

Expected outcome: A dataset that lets you distinguish whether a sharper jawline is due to fat loss or structural change.

Common issues and fixes:

  • Issue: Rapid weight change skews face. Fix: Pause comparative analysis until weight stabilizes for at least 2 weeks.
  • Issue: Puffy face from poor sleep or high sodium. Fix: Reevaluate photos after normal hydration and sleep.

Time estimate: ~10 minutes

Step 7:

Schedule objective re-evaluation and clinical consultation

Action to take: Reassess photos and measurements every 4 to 12 weeks and consider professional imaging or consultation if pursuing structural changes.

Why you are doing it: Meaningful remodeling takes months. Periodic re-evaluation reduces false positives and helps decide on next steps or clinical options.

Commands, code, or examples:

1. Every 4 weeks:

  1. Repeat full photo set and measurements using the same protocol.
  2. Compare overlay composites and numeric logs.
  3. If after 6 months you want precise data, consider 3D scanning or cephalometric X-ray via a clinic.

Expected outcome: Clear timeline of progress with either measurable improvements or an evidence-based reason to change approach.

Common issues and fixes:

  • Issue: Impatience and frequent photo comparisons. Fix: Use set intervals to reduce false interpretation from daily fluctuations.
  • Issue: Misinterpreting soft tissue change as bone change. Fix: Use clinical imaging for skeletal confirmation if necessary.

Time estimate: ~10 minutes

Testing and Validation

How to verify it works with checklist:

  1. Baseline checklist: frontal, 45 degree, profile photos with scale and neutral expression.
  2. Weekly checklist: one photo set saved with date, measurement entries logged, practice consistency recorded.
  3. Monthly checklist: aligned overlays produced, numeric changes greater than measurement error noted.
  4. Validation rule of thumb: consistent directional change in at least two independent metrics (e.g., pogonion projection + jaw angle) across 8 to 12 weeks indicates credible progress.

Run this checklist each month and store raw images and CSV logs. If changes are inconsistent, review confounders like weight or lighting before concluding failure.

Common Mistakes

  1. Inconsistent photo protocol: Varying angle, distance, or lighting produces false change. Avoid by fixing camera height and using the same time of day and background.
  2. Over-interpreting short term changes: Day-to-day facial fullness fluctuates. Wait at least 4 to 12 weeks to claim progress.
  3. Using only subjective impressions: Memory and wishful thinking bias assessments. Use numeric measurements and overlays.
  4. Excessive force during mewing: Pressing hard with the tongue can cause pain and strain. Focus on light full-palate contact and nasal breathing.

Avoid these by following the photo and measurement protocol strictly and tracking other variables like weight.

FAQ

How Quickly Will I See Mewing Progress?

Most people notice soft tissue tightening in 4 to 8 weeks; measurable skeletal changes typically take months to years. Expect small, cumulative differences and rely on objective tracking.

Can Weight Loss be Mistaken for Mewing Results?

Yes. Weight loss affects facial fat and can make the jaw look sharper. Always log weight and compare changes when weight is stable to isolate mewing effects.

Do I Need X Rays or Scans to Confirm Progress?

Not initially. Photos and measurements suffice for early tracking. For skeletal confirmation or if planning invasive options, get 3D scans or cephalometric X rays from a qualified clinician.

How Often Should I Take Photos for Tracking?

Weekly photo sessions are recommended. Take daily practice but capture formal photos once per week and compare monthly to avoid over-interpretation.

What Tools are Best for Overlay Alignment?

ImageMagick, GIMP, or Python with OpenCV are reliable. Use eye centers as anchor points for alignment to minimize rotation and tilt errors.

Can Mewing Harm My Jaw or Teeth?

When done gently, mewing is generally safe. Excessive force or poor technique can cause jaw pain or exacerbate TMJ issues. Stop if pain occurs and consult a professional.

Next Steps

After completing the protocol for 3 months, review your logged data and overlays. If you observe consistent improvement, continue the regimen and refine exercises for progressive overload. If results are minimal but you have perfect adherence, consider clinical imaging or a consultation with an orthodontist or ENT for structural guidance.

Maintain consistent records for any professional review.

Further Reading

Jamie

About the author

Jamie — Founder, Jawline Exercises (website)

Jamie helps people improve their facial structure through proven mewing techniques and AI-guided jawline exercises.

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