Condition Postural Dysfunction Benchmarked

Lower Abdominal Protrusion (Pouch Belly)

Lower abdominal protrusion not explained by body fat alone. Often driven by diastasis recti, breathing pattern dysfunction, TVA deactivation, pelvic floor weakness, and rib cage position. Common postpartum and in individuals with chronic APT or abdominal wall incompetence.

Clinical note: This condition has significant body-image implications. Use clinical language (abdominal wall competence, pressure management) rather than aesthetic terms. Postpartum clients may be emotionally sensitive about this area.
6
ROM Tests
4
Corrective Priorities
4
Risk Factors
4
Red Flags

Key ROM Tests

1 Diaphragmatic Assessment
2 Infrasternal Angle
3 Pelvic Tilt Classification
4 Zoa Assessment
5 Thomas Test
6 Standing Posture

Risk Factors Assessed

Diaphragmatic Assessment
Infrasternal Angle
Pelvic Tilt Classification
Zoa Assessment

Expected Timeline

8-16 weeks for breathing/TVA activation, 16-24 weeks for visible change, diastasis recti may require 6+ months

Frequently Asked Questions

Can lower abdominal protrusion (pouch belly) be corrected with exercise?
Typical improvement timeline is 8-16 weeks for breathing/TVA activation, 16-24 weeks for visible change, diastasis recti may require 6+ months. The protocol includes 4 prioritized corrective interventions and screens for red flags that require medical referral.
What assessments are done for lower abdominal protrusion (pouch belly)?
The protocol assesses Diaphragmatic Assessment, Infrasternal Angle, Pelvic Tilt Classification, Zoa Assessment. Each test identifies the specific driver of the condition, guiding the corrective sequence.
Is lower abdominal protrusion (pouch belly) the same for everyone?
No. The assessment differentiates structural from functional causes and identifies the individual's primary driver. The corrective plan is ordered by priority, with the highest-leverage corrections addressed first.
How do I get started with the Lower Abdominal Protrusion (Pouch Belly) protocol?
Apply for an assessment through AKMI. Your coach will run the Lower Abdominal Protrusion (Pouch Belly) protocol as part of your initial structural evaluation, then build a personalized corrective plan based on the findings.

Get your Lower Abdominal Protrusion (Pouch Belly) assessment

Your coach runs this protocol as part of your structural evaluation, then builds a personalized corrective plan based on the data.

Apply for Assessment

Protocol Details

Category
Condition
Subcategory
Postural Dysfunction
ROM Tests
6
Corrective Targets
4
Benchmarked
Yes
Red Flag Screens
4
Timeline
8-16 weeks for breathing/TVA activation, 16-24 weeks for visible change, diastasis recti may require 6+ months
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Related Condition Protocols

Anterior Pelvic Tilt

Excessive anterior rotation of the pelvis increasing lumbar lordosis. Driven by hip flexor shortening, weak glutes, altered breathing patterns, and rib cage position dysfunction. Common in sedentary populations and lifters who skip glute activation work.

 High Arches (Pes Cavus)

Excessively rigid high arch with reduced shock absorption. Associated with lateral ankle instability, metatarsal stress, and supinated gait pattern. May indicate neurological conditions if progressive.

 Posterior Pelvic Tilt

Excessive posterior rotation of the pelvis flattening the lumbar lordosis. Driven by glute overactivity relative to hip flexors, hamstring dominance, thoracic kyphosis compensation, and pelvic floor tension. Common in desk workers and those who 'tuck under' habitually.

 Hip Impingement (FAI)

Femoroacetabular impingement — bony contact between the femoral head/neck and acetabulum during hip flexion and rotation. Assessment targets hip IR/ER in flexion, FABER/FADIR provocation, hip flexion ROM, and cam vs pincer differentiation.

 Knee Valgus (Knees Caving In)

Dynamic or static medial knee collapse during squatting, landing, or gait. Driven by hip abductor weakness, VMO deficit, ankle dorsiflexion limitation, and gluteus medius activation failure. Primary risk factor for ACL injury, patellofemoral pain, and medial knee stress.

 Neck / Cervical Pain

Cervical spine pain with or without radiating arm symptoms. Assessment covers cervical ROM in all planes, deep neck flexor function, upper trapezius and levator scapulae tension, and thoracic mobility as the upstream driver.