Looksmaxxing Before and After: Real Transformations

Viral social media feeds showcase dramatic looksmaxxing before and after side-by-side images claiming radical skeletal changes from basic lifestyle habits. Viewers observe hollow cheeks, flared jawlines, and expanded midfaces attributed to thumb-pulling, chewing gum, or skincare regimens. Most of these posts merge optical lens distortion, strategic lighting angles, voluntary mandibular posturing, and late-adolescent craniofacial maturation into a misleading visual narrative. Evaluating an authentic looksmaxxing before and after progression requires separating true soft-tissue adaptations from photographic artifacts.

When an individual experiences a genuine looksmaxxing transformation, visible enhancements stem almost entirely from soft-tissue shifts: subcutaneous fat depletion, improved dermal collagen synthesis, fluid regulation, and muscular hypertrophy. Adult facial bones do not widen or advance without maxillofacial surgery. Before investing months into unverified routines, establishing an objective baseline through systematic facial analysis on pslrating.pro provides an anchor grounded in craniofacial proportions rather than internet folklore.

The Photographic Deception Behind Looksmaxxing Before and After Images

Most viral transformations rely on optical illusions rather than anatomical remodeling. When two images use disparate camera distances, focal lengths, and lighting vectors, viewers evaluate differences in camera hardware rather than human biology.

Focal Length and Camera Distance Distortion

Smartphone front cameras feature wide-angle lenses (23mm–26mm equivalent). At arm's length (12 inches or 30 cm), they create severe perspective distortion.

A clinical study by Ward et al. (2018) in JAMA Facial Plastic Surgery established that a smartphone camera positioned 12 inches away increases perceived nasal volume by 30% in men and 29% in women compared to a standardized portrait lens (85mm) at 5 feet (1.5 meters). At 12 inches, central features bulge outward while lateral gonial angles recede behind cheek contours.

In a typical looksmaxxing before and after comparison, the first image is a wide-angle selfie taken indoors at arm's length. The nose projects forward, the midface rounds, and jaw angles stay hidden. In the second photograph, the creator stands several feet back from a mirror or uses a telephoto lens. Optical compression flattens the facial plane, brings the nose into natural proportion, and reveals the full transverse width of the mandible. No bone shifted; the photographer simply modified camera optics.

Lighting Geometry and Contrast Manipulation

Downward directional lighting (overhead spotlights in gyms and bathrooms) casts deep shadows beneath supraorbital rims, zygomatic arches, and the mandibular border, carving artificial angularity. Conversely, flat frontal lighting washes out shadows and softens the jawline. Creators routinely stage "before" photos under flat fluorescent lights while retaining water, then capture "after" shots under 45-degree downlighting while dehydrated.

Mandibular Posturing vs. Skeletal Repositioning

Dynamic cervical and mandibular manipulation easily simulates bone advancement. Tilting the head upward relative to the Frankfort horizontal plane stretches submental skin across the neck, artificially tightening the neck-jawline transition.

Simultaneously, creators actively jut the mandible forward into an edge-to-edge dental bite while pressing the tongue against the palate. Side-by-side looksmaxxing before and after galleries exploit these postural shifts to simulate structural jaw advancement where none exists.

Anatomy of Soft-Tissue Transformation: What Actually Changes

When authentic looksmaxxing results occur without surgery, they follow established anatomical pathways. In craniofacial anthropometry, foundational research by Farkas et al. (1985, 1994) demonstrated that perceived facial attractiveness and harmony are governed by precise proportional canons anchored directly to cranial landmarks (such as the ratio of morphological facial height to bizygomatic breadth). The craniofacial skeleton serves as a static foundation, while the overlying soft-tissue envelope determines visible contours, angularity, and surface leanness. Many individuals chasing an extreme looksmaxxing before and after change misunderstand how facial fat is distributed across these layers.

Facial Fat Compartments and Weight Reduction

Facial fat is partitioned into independent anatomical regions rather than a single continuous layer. Rohrich and Pessa (2007) mapped the human face into distinct superficial and deep fat compartments separated by fascial boundaries and the superficial musculoaponeurotic system (SMAS).

Systemic caloric restriction depletes superficial subcutaneous fat compartments: nasolabial fat, superficial cheek fat, and infraorbital fat. As these superficial deposits shrink, the dermal envelope retracts directly against the zygomaticus major and the bony body of the mandible, creating the hollowed submalar zone celebrated across social media.

Deep compartments behave differently. The buccal fat pad (Bichat's fat pad) sits deep beneath the buccinator muscle and anterior to the masseter, serving a mechanical gliding role during mastication. The buccal fat pad resists systemic caloric deficits. While superficial fat diminishes through standard weight loss, deep buccal fullness remains stable, setting a clear biological boundary for dietary leanness.

Cervicomental Angle and Submental Anatomy

A sharp jawline requires an acute transition between the chin and anterior neck. Ellenbogen and Karlin (1980) defined the clinical aesthetic ideal for the cervicomental angle between 105° and 120°.

Three anatomical structures determine this angle:

1. Preplatysmal vs. Subplatysmal Fat: Caloric deficits deplete superficial preplatysmal fat, but subplatysmal fat remains resistant to weight loss, requiring direct surgical excision.
2. Platysma Muscle Tone: Lax platysma muscle borders sag downward, creating an obtuse angle.
3. Hyoid Bone Position: The hyoid bone anchors the suprahyoid musculature. In individuals with favorable genetics, the hyoid sits high and posterior, level with C3-C4, creating a crisp horizontal shelf. In contrast, a low-set hyoid (level with C4-C5 or lower) slopes downward, yielding an obtuse cervicomental angle exceeding 125° even at low body fat. No amount of chewing or tongue pressing alters the congenital attachment of the hyoid bone.

Realistic Softmaxxing Timeline: Documenting Looksmaxxing Before and After Milestones

A genuine glow up before and after transformation requires aligning expectations with biological tissue turnover rates. Softmaxxing relies entirely on non-surgical, behavioral, and dermatological interventions. The following softmaxxing timeline outlines the verified facial changes looksmaxxing can produce from month zero through two years. Documenting legitimate looksmaxxing before and after progress requires tracking verified biological adaptations over months rather than days.

Phase 1: Months 0 to 3 (Fluid Redistribution, Initial Fat Loss, Retinization)

• Fluid Balance: Reducing sodium below 2,000 mg daily, increasing potassium, drinking 3 to 4 liters of water, and eliminating alcohol clears interstitial facial fluid within fourteen to twenty-one days, sharpening the mandibular margin.
• Caloric Deficit (8 to 12 Pounds Lost): Sustaining a 500-calorie daily deficit reduces total body mass. Depleting superficial subcutaneous facial fat unmasks the angularity of the jawline.
• Topical Retinoids: Introducing prescription tretinoin (0.025% to 0.05%) resets epidermal turnover. Weiss et al. (1988) in JAMA documented that the initial 8 to 12 weeks of topical tretinoin therapy cause stratum corneum compaction, clearing hyperkeratotic buildup before yielding a smoother skin surface.
• Geometric Grooming: Tweezing the inferior brow margin increases vertical eye opening, while trimming stray upper hairs creates a dense, straight brow line. A haircut matched to your facial index balances cranial width against the lower jaw.

Phase 2: Months 3 to 6 (Targeted Hypertrophy and Dermal Collagen Synthesis)

• Reaching 12% to 14% Body Fat: Dropping to 12% to 14% body fat in men (18% to 20% in women) depletes facial subcutaneous fat to minimal baseline levels, exposing zygomatic arches and sharpening gonial angles.
• Neck Hypertrophy: Direct resistance training targeting the sternocleidomastoid (SCM) and splenius capitis muscles adds 1.0 to 1.5 inches of neck circumference, stabilizing the lower facial third.
• Dermal Procollagen Synthesis: Beyond week twelve, sustained tretinoin stimulates dermal fibroblasts. Weiss et al. (1988) confirmed that sustained retinoids initiate new papillary dermal procollagen type I and III synthesis while expanding anchoring fibrils, improving skin firmness.

Phase 3: Months 12 to 24 (The Biological Ceiling and Long-Term Stabilization)

• Sustained Leanness (10% to 12% Body Fat): Keeping body fat locked between 10% and 12% allows skin to contract fully over the skeletal scaffold, maximizing natural bony definition.
• Peak Dermal Remodeling: After twelve to twenty-four months of continuous retinoid therapy and daily broad-spectrum SPF 50+ application, dermal collagen thickness reaches its peak therapeutic state.
• The Genetic Ceiling: By month twenty-four, an individual has extracted the full potential of non-invasive methods, producing the final tier of legitimate looksmaxxing results. Further attempts to expand bone or reshape the chin without surgery yield zero structural returns.

Hardmaxxing vs. Softmaxxing: The Biological Boundaries of Adult Craniofacial Bone

Online communities frequently confuse soft-tissue optimization with true skeletal remodeling. The most widespread misconception claims that oral posture exercises can reshape mature adult facial bones. These assertions conflict directly with orthognathic science. Late pubertal maturation accounts for the majority of viral looksmaxxing before and after claims among young adults who mistake standard developmental growth for tongue posture outcomes. In contrast, evaluating genuine facial changes looksmaxxing can deliver reveals strict limits imposed by adult suture fusion.

Cranial Suture Maturation and the Limits of Adult Mewing

Mewing—resting the tongue against the palate with teeth in light contact—is marketed as a non-surgical method to expand the maxilla and advance the chin in adults. While tongue posture influences craniofacial guidance in developing children, mature bones present an unyielding barrier.

In a CBCT and histological study, Angelieri et al. (2013) classified midpalatal suture maturation into five stages (A through E). By late adolescence and early adulthood, individuals advance into Stage D and Stage E, marked by complete interdigitation and solid bony bridging (synostosis) across midpalatal and circummaxillary sutures.

Adult tongue posture exerts roughly 50 to 100 grams of intermittent force. Clinical orthopedic expanders require substantial continuous mechanical force, and mature adults still demand surgical assistance (SARPE or MARPE) to split fused sutures. In an adult with Stage D or E suture fusion, upward tongue pressure cannot separate palatal bones; it merely tips maxillary molars buccally, causing dental misalignment without altering midface architecture.

Late Pubertal Development Mistaken for Behavioral Change

Many deceptive transformations feature young men between 16 and 21 years old. During late puberty, surges in testosterone and growth hormone stimulate natural mandibular condylar growth, increase vertical ramus height, and remodel soft tissues.

When a 17-year-old adopts tongue posture and weight training, then exhibits a wider jaw at 21, internet forums credit the exercise routine. In reality, normal late-adolescent sexual dimorphism drove the skeletal change. This developmental overlap fuels unrealistic expectations for adults whose growth plates have long since fused.

True Structural Interventions (Hardmaxxing)

When skeletal movements genuinely take place in skeletally mature adults, they demand formal maxillofacial surgical procedures:

• Bilateral Sagittal Split Osteotomy (BSSO): Advances the lower jaw forward to resolve Class II retrognathia, establishing balanced occlusion and true skeletal projection.
• Le Fort I Osteotomy: Repositions the lower maxilla from the cranial base to correct maxillary retrusion and optimize midfacial support.
• Sliding Genioplasty: Mobilizes the inferior border of the mandibular symphysis along an osteotomy line, secured with titanium plates.
• Custom PEEK or Titanium Implants: Augments hypoplastic mandibular angles or deficient infraorbital rims, providing skeletal width that genetics did not supply.

Attempting to replicate an osteotomy or genioplasty through chewing exercises or jaw posturing is biologically futile. Checking your skeletal proportions against established cephalometric and Farkas anthropometric norms with a PSL rating calculator clarifies whether your aesthetic bottleneck lies in manageable soft tissue or requires surgical consultation.

Dangerous Myths Debunked: High-Resistance Jaw Trainers and Bone Smashing

Desperation to produce dramatic looksmaxxing before and after jaw widening has fueled dangerous practices like bone smashing and high-resistance silicone chewing devices. These habits carry severe medical consequences rather than aesthetic improvements.

Bone Smashing and the Misapplication of Wolff's Law

Proponents of bone smashing strike their zygomas and mandibular angles with blunt objects—such as hammers, bottles, or weights—claiming that Wolff's Law will force bone to heal wider and stronger. This habit demonstrates a catastrophic misunderstanding of bone biology.

Wolff's Law states that bone remodels in response to continuous, physiological mechanical strain—such as dynamic loading from muscles and gravity. It does not state that blunt trauma builds symmetrical, aesthetic cortical bone.

Striking the facial skeleton triggers a destructive cascade:

1. Cortical Micro-Fractures & Hematomas: Blunt impact causes subperiosteal bleeding and uncontrolled micro-fractures.
2. Chaotic Woven Bone Callus: Healing produces primitive, disorganized woven bone rather than dense lamellar bone, depositing asymmetrical, permanent bony lumps.
3. Mental Nerve Neuropathy: The mental nerve emerges from the mental foramen beneath premolar roots. Blunt trauma risks crushing or severing this nerve, causing permanent lip and chin numbness.

High-Resistance Jaw Exercisers and TMJ Destruction

Silicone chewing units marketed to build masseters subject the jaw to anterior loads exceeding 50 to 100 pounds. The temporomandibular joint (TMJ) is a delicate articulation designed for dynamic translation, not heavy load-bearing.

Repetitive anterior chewing forces the mandibular condyle into the glenoid fossa, crushing the vascular retrodiscal pad (bilaminar zone). This chronic strain stretches collateral ligaments, inducing internal joint derangement:

• Anterior Disc Displacement: The articular disc slips forward off the condyle, causing clicking or progressing to trismus (lockjaw).
• Chronic Myofascial Pain: Severe spasms spread across masseters, temporalis, and neck, triggering persistent tension headaches.

Additionally, masseter hypertrophy widens the lower face at the oral commissure rather than the gonial angle, creating a boxy, bloated appearance that harms facial harmony.

Auditing Real Transformations: An Evidence-Based Verification Protocol

Auditing any online looksmaxxing before and after transformation requires an objective, clinical checklist. By screening transformation photos through a structured verification protocol, you can separate authentic soft-tissue progress from optical illusions.

1. Focal Length and Distance Calibration

Examine central features relative to lateral borders. If the nose appears significantly smaller while ears and gonial angles suddenly emerge in the second photograph, the photographer stepped back and swapped to a telephoto lens. Demand comparisons captured at identical distances using a standardized 50mm to 85mm portrait focal length.

2. Cervical Alignment and Jaw Posture

Inspect the spatial relationship between the earlobe and the gonial angle along the Frankfort horizontal plane. If submental skin appears completely taut and the jaw appears advanced, look closely at neck musculature. Contraction of the sternocleidomastoid or a raised chin reveals active neck extension and forward jaw jutting designed to simulate bone advancement.

3. Directional Lighting Verification

Check reflections (catchlights) in the subject's pupils. Honest, diffused lighting illuminates tear troughs, nasolabial folds, and submental crease evenly. If eye sockets are dark voids while sharp shadows fall beneath cheekbones and jawline, the photographer used 45-degree overhead lighting to manufacture artificial bone definition.

4. Biological Feasibility Standard

Match claimed changes against genuine biological capabilities. If a transformation shows an expanded adult palate, a newly projected chin, or an inch of bone growth in six months without surgery, the claim is fabricated. Authentic non-surgical results in a legitimate looksmaxxing transformation involve:

• Reducing body fat to 10-12%, unmasking the existing mandible.
• Smoothing epidermal texture and building collagen through 6 to 12 months of prescription retinoids and sun protection.
• Gaining 1.0 to 1.5 inches of neck thickness via progressive cervical resistance training.
• Clean grooming that maximizes horizontal eyebrow density and facial symmetry, yielding a noticeable glow up before and after evaluation.

Real facial optimization is a disciplined, multi-month process of body composition, skin health, and structural grooming. Focusing on verified physiological mechanisms while rejecting viral deceptions ensures sustainable, healthy aesthetic progress.