Fix your posture
This curriculum takes a beginner from understanding why posture breaks down, through hands-on mobility and movement correction, and finally into the strength and long-term practice needed to make good posture permanent. Each stage builds on the last: you must understand the body before you can assess it, assess it before you can mobilize it, and mobilize it before you can load and strengthen it.
Foundations: How the Body Works
New to itBuild a mental model of posture, anatomy, and why modern life creates dysfunction — giving you the vocabulary and body awareness needed for everything that follows.
▸ Study plan for this stage
Pace: 6–8 weeks total: ~3 weeks on "Pain Free" (roughly 20–25 pages/day, including time to pause and try each menu of exercises in the book), then ~3 weeks on "Deskbound" (~20 pages/day, pausing to test the mobility drills and workstation assessments). Budget 1 extra week as a review/integration buffer.
- The Egoscue Method's core premise: the body is a self-healing, load-bearing unit that requires all four 'load joints' (shoulders, hips, knees, ankles) to be properly aligned — misalignment, not age or injury, is the root cause of chronic pain (Pain Free).
- Postural deviation categories in Pain Free: Egoscue identifies specific dysfunctional posture types (e.g., tilted hips, elevated shoulders, rotated feet) and shows how a problem in one area — say, the foot — creates a chain reaction of compensation all the way up to the neck.
- The concept of 'motion as medicine': Egoscue argues that sedentary modern life starves the body of the stimulus it needs to maintain alignment, and that targeted, gentle 'e-cises' (not aggressive exercise) restore the body's blueprint.
- Sitting is a loaded, sustained end-range position: Starrett's central argument in Deskbound is that prolonged sitting compresses the spine, shuts off the posterior chain (glutes, hamstrings), and trains the body into a flexion-biased dysfunction.
- The '10 physical laws of sitting' and the concept of 'hip extension deficit': Deskbound introduces the idea that losing the ability to fully extend the hip is the single most consequential postural loss for desk workers, driving low-back pain, knee pain, and poor breathing mechanics.
- Tissue adaptation and the 'two-hour rule': Starrett explains how connective tissue (fascia, joint capsules, ligaments) physically remodels around the shapes we hold most — making the case for movement breaks every 20–30 minutes and a daily minimum of 2 hours of non-sitting time.
- Shared vocabulary across both books — 'neutral spine,' 'bracing sequence,' 'anterior pelvic tilt,' 'posterior chain' — understanding these terms precisely is the foundation for all corrective work that follows.
- Body awareness as a trainable skill: both authors emphasize that most people have lost the ability to feel when they are out of alignment; developing proprioceptive awareness (noticing your own position in space) is a prerequisite for lasting change.
- According to Egoscue in Pain Free, what are the four load joints, and why does dysfunction in one joint inevitably affect the others?
- What specific postural deviations does Egoscue associate with common complaints like lower-back pain or knee pain, and what is his explanation for why treating the site of pain alone fails?
- How does Starrett in Deskbound define 'hip extension deficit,' and what daily movement patterns cause it to develop in desk workers?
- What is the physiological mechanism Starrett describes for why sitting for hours at a time damages spinal discs and shuts off the glutes — and what does the 'two-hour rule' prescribe as a minimum corrective dose?
- How do the frameworks of Egoscue and Starrett complement each other? Where do they agree on root causes, and where does each author add a unique lens?
- After reading both books, can you describe what 'neutral spine' means, identify it on your own body, and explain why both authors treat it as the non-negotiable starting point for all posture correction?
- 'Postural snapshot' journal (ongoing, both books): Before starting each book, take a photo of yourself standing from the front, side, and back. Use Egoscue's deviation checklists (Pain Free, introductory chapters) to annotate what you see — foot flare, hip tilt, shoulder height. Repeat after finishing each book to track growing awareness.
- Work through at least one full 'e-cise menu' from Pain Free that matches your primary complaint area (e.g., lower back, neck, knees). Do it daily for two consecutive weeks and log any changes in pain or range of motion in a simple notebook.
- The 'sitting audit' from Deskbound: for one full workday, set a timer every 30 minutes and record exactly what position you are in — are you slouched, cross-legged, leaning? Use Starrett's 'bracing sequence' checklist to score each snapshot. This makes the book's abstract arguments viscerally concrete.
- Hip-extension deficit self-test (Deskbound): perform the couch stretch and the Thomas test as described by Starrett. Record your starting range of motion, then retest weekly for four weeks while applying his recommended mobility work. Track the numbers.
- Vocabulary flashcard deck: as you read, create a card for every bolded or repeated term (anterior pelvic tilt, posterior chain, load joint, hip capsule, bracing sequence, etc.). Review the deck for 5 minutes before each reading session to build fluent use of the shared language.
- Integration mapping exercise (end of stage): draw a simple outline of the human body and, using both books, annotate it with: (a) the key joints Egoscue monitors, (b) the tissues Starrett says are most damaged by sitting, and (c) one corrective strategy from each author for each area. This visual map becomes your personal reference for all later stages.
Next up: ">Mastering the 'why' and the vocabulary here — postural deviations, load joints, hip extension, neutral spine — gives you the diagnostic language to engage productively with more targeted corrective and movement-based material in the next stage, where the focus shifts from understanding dysfunction to systematically rebuilding strength and mobility.
A gentle, accessible introduction to the idea that chronic pain and poor posture stem from misalignment. Gives beginners a clear framework for thinking about the body as a connected system before any technical detail is introduced.
Directly addresses the sitting epidemic and its postural consequences with clear photos and simple daily fixes. Bridges the gap between everyday habits and the corrective work ahead, making it the perfect second read for anyone with a sedentary lifestyle.
Assessment: Reading Your Own Body
New to itLearn to identify your specific postural faults — tight hips, rounded shoulders, forward head — so that your corrective work is targeted rather than generic.
▸ Study plan for this stage
Pace: 6–8 weeks total: Weeks 1–3 cover "Becoming a Supple Leopard" (~25–30 pages/day, focusing on the assessment chapters and mobility archetypes); Weeks 4–7 cover "Movement: Functional Movement Systems" (~20–25 pages/day, which is denser with screening protocols); Week 8 is a dedicated review and self-as
- Starrett's 'fault' framework: understanding that pain and dysfunction are downstream of positional faults, not isolated injuries
- The 10 physical archetypes in Becoming a Supple Leopard and how they map to everyday movement patterns (squat, hinge, press, etc.)
- Starrett's two-minute mobility test and the concept of 'finding your fault' through end-range position testing
- Gray Cook's Functional Movement Screen (FMS): the 7 fundamental movement patterns and their scoring rubric (0–3)
- The concept of the 'movement hierarchy' in Cook's system: pain → dysfunction → asymmetry → weakness, and why you must address them in that order
- Active vs. passive range of motion as a diagnostic distinction — what a gap between the two reveals about motor control vs. tissue restriction
- Cook's 'clearing tests' for the shoulder, spine, and hip — how to rule out pain before scoring mobility
- The principle that corrective work must be assessment-driven: a generic stretch program applied to an unassessed body can reinforce dysfunction
- After working through Starrett's archetypes, which 2–3 movement patterns expose your most consistent positional faults, and what does that tell you about your daily posture habits?
- What is the difference between a score of '1' and a score of '2' on the FMS Deep Squat, and what corrective category does each score point toward according to Gray Cook?
- Starrett argues that 'all human movement is an expression of the squat.' How does this claim connect to his method of using the squat as a primary assessment tool for postural faults?
- According to Cook's movement hierarchy, why would it be a mistake to begin a hip-flexor stretching program before first screening for pain in the hip clearing test?
- How do Starrett's 'upstream/downstream' fault logic and Cook's asymmetry-detection approach complement each other when building a personal postural assessment?
- What does a significant gap between your active and passive hip flexion range of motion indicate, and which book's framework best explains how to address it?
- Self-screen with Starrett's archetypes: film yourself from the side and front performing each of the 10 movement archetypes described in Becoming a Supple Leopard; pause and annotate where your position breaks down (e.g., butt wink in squat, elbow flare in press).
- Run yourself through all 7 FMS tests from Cook's book with a partner or using a wall/doorframe as a guide; score each pattern 0–3 and record your results in a simple table — note any asymmetries (left vs. right differences) as your highest-priority findings.
- Fault mapping journal: after completing both screens, create a one-page 'postural fault map' that lists your top 3 faults, which book's test revealed each one, and whether the root cause appears to be tissue restriction, motor control, or pain.
- Two-minute mobility test (Starrett): pick your single lowest-scoring movement pattern and spend exactly two minutes in the end-range position daily for one week; log whether your score or comfort changes — this builds the habit of targeted, assessment-driven work.
- Active vs. passive ROM comparison drill: for your tightest hip and shoulder, measure (or estimate with a partner) your active range, then your passive range; record the gap and re-read Cook's relevant clearing-test section to interpret what the gap means for your corrective priority.
- Weekly reassessment check-in: at the end of Week 8, re-film the 3 movement patterns you scored lowest on in Week 1 and compare side-by-side; write two sentences per pattern on what changed and what remains your primary target going into the next stage.
Next up: Completing this stage gives you a precise, scored map of your personal postural faults — the exact input required to move into the next stage, where you will select and sequence targeted corrective strategies (mobility drills, activation work, and movement re-patterning) matched specifically to the deficits you identified here.
Provides a systematic, joint-by-joint framework for assessing movement quality and identifying restrictions. Reading it after Deskbound lets you apply Starrett's vocabulary to your own body with much greater precision.
Introduces the Functional Movement Screen and the concept of separating mobility problems from stability problems — a critical distinction that prevents you from strengthening dysfunctional patterns later in the curriculum.
Mobility: Unlocking Tight Tissue
Some backgroundSystematically restore range of motion in the hips, thoracic spine, and shoulders — the three areas most responsible for postural collapse.
▸ Study plan for this stage
Pace: 6–8 weeks total: Weeks 1–3 on "Stretching Scientifically" (~20–25 pages/day, including re-reading key chapters on relaxation and joint mechanics); Weeks 4–7 on "Anatomy Trains" (~15–20 pages/day, slower pace to absorb the myofascial maps and cross-reference with your own body); Week 8 is a dedicated
- Neurological vs. structural limits of flexibility: Kurz's central argument that most range-of-motion restrictions are governed by the nervous system's protective reflexes (stretch reflex, reciprocal inhibition) rather than by permanently short tissue — reframing 'tight' as 'guarded'
- Relaxed vs. isometric vs. dynamic stretching protocols: understanding when and why Kurz prescribes each type, and why ballistic work is rehabilitated as a valid tool when properly sequenced after relaxation-based work
- Reciprocal inhibition as a mobility tool: contracting the antagonist muscle to neurologically inhibit and release the target muscle — the physiological engine behind Kurz's most effective drills for hips and shoulders
- The three postural collapse zones — hips (hip flexor/posterior chain), thoracic spine (erector/intercostal stiffness), and shoulders (pec minor/lat shortening) — and why Kurz's sequencing addresses them in a specific order
- Myers' Superficial Back Line and Superficial Front Line: how fascial continuity from plantar fascia to scalp (back) and toe flexors to skull base (front) means that a 'tight hip' is never isolated — it is a whole-line tension pattern
- The Spiral Line and its role in rotational posture: Myers' explanation of how the Spiral Line wraps the body and, when imbalanced, produces the rotational and lateral deviations most visible in thoracic and shoulder posture
- Myofascial meridians as a diagnostic lens: using the Anatomy Trains maps to identify which line is under chronic load, then cross-referencing with Kurz's protocols to choose the right stretching modality for that line
- Tissue specificity and the 'force transmission' principle: Myers' argument that fascia transmits force across joints and segments, meaning that mobility work must address the entire myofascial chain, not just the muscle belly at the site of perceived tightness
- According to Kurz, why is the stretch reflex the primary obstacle to flexibility gains, and what specific warm-up and relaxation strategies does he recommend to downregulate it before a stretching session?
- Kurz distinguishes between relaxed, isometric, and dynamic stretching — for each of the three postural collapse zones (hips, thoracic spine, shoulders), which type does his framework suggest is most appropriate as a first intervention, and why?
- How does Myers define a 'myofascial meridian,' and what anatomical evidence does he provide that force is transmitted along these lines rather than stopping at individual muscle attachments?
- Trace the Superficial Back Line from its distal origin to its cranial insertion as described by Myers. At which specific stations along this line would chronic hip-flexor dominance create compensatory tension, and how does that tension manifest in the thoracic spine and shoulders?
- How do Kurz's reciprocal-inhibition drills map onto Myers' concept of line antagonism — specifically, when you contract the Superficial Front Line to release the Superficial Back Line, what is happening at both the neurological level (Kurz) and the fascial level (Myers)?
- After completing both books, how would you design a single 20-minute daily mobility session that addresses all three postural collapse zones using Kurz's sequencing logic and Myers' whole-line diagnostic approach?
- **Body mapping before you read each chapter:** Before each major Anatomy Trains line chapter, stand in front of a mirror and palpate the muscles Myers is about to describe. Mark areas of perceived tightness on a printed body outline. After reading, re-examine whether your 'tight spot' is a local issue or a line-tension pattern — this trains the diagnostic habit the book demands.
- **Kurz protocol field-testing (3×/week):** Pick one of the three collapse zones per session (hips Monday, thoracic Wednesday, shoulders Friday). Apply Kurz's exact warm-up → relaxed stretch → isometric hold → relax sequence for that zone. Log your range of motion with a simple goniometer app or taped angle on the floor. After 3 weeks you will have empirical personal data on which protocol works fa
- **Anatomy Trains line-tracing drill:** Using a foam roller or lacrosse ball, slowly roll each major line described by Myers (start with Superficial Back Line and Superficial Front Line) from distal to proximal, pausing 30–60 seconds at each 'station' he identifies. Notice where rolling produces referred sensation elsewhere in the line — this makes the force-transmission concept visceral rather tha
- **Reciprocal-inhibition pairing journal:** For every tight area you identify, write down its antagonist muscle and the Anatomy Trains line it belongs to. Then design a 5-minute drill: 3×10-second isometric contraction of the antagonist, followed by a relaxed stretch of the target. Track whether the Kurz neurological prediction (the target releases after antagonist contraction) holds true for you p
- **Cross-book synthesis map:** On a single A3 sheet, draw the three postural collapse zones in the center. On the left side, annotate each zone with Kurz's recommended stretch type and neurological rationale. On the right side, annotate each zone with the Anatomy Trains lines that pass through it and the upstream/downstream tension sites Myers identifies. Use this as your session-planning reference
- **End-of-stage movement screen:** At the end of Week 8, video yourself performing five movements — deep squat, overhead reach, thoracic rotation seated, shoulder internal rotation (Apley scratch), and forward fold. Compare to a video taken at the start of Week 1. Annotate each clip with the specific Kurz protocol and Myers line you targeted for that movement pattern, creating a before/after eviden
Next up: By the end of this stage the reader understands *why* tissue is restricted (neurological guarding + fascial line tension) and has restored baseline range of motion in the three collapse zones — creating the prerequisite joint freedom needed to safely load and stabilize those same positions in the next stage on strength and postural endurance.
Explains the physiology of flexibility (proprioceptors, stretch reflex, PNF) so you understand WHY certain techniques work. This scientific grounding prevents wasted effort and sets up intelligent programming.
Reveals how muscles connect in long fascial lines across the whole body, explaining why a tight calf can affect your neck posture. This systems-level view transforms how you approach every stretch and release technique.
Strength: Building the Postural Foundation
Some backgroundDevelop the deep core stability, glute strength, and upper-back endurance needed to hold good posture effortlessly throughout the day.
▸ Study plan for this stage
Pace: 6–8 weeks total: Weeks 1–3 cover Starting Strength (~40–50 pages/day, focusing on Chapters 1–5 on the core lifts and programming); Weeks 4–6 cover Back Mechanic (~25–30 pages/day, a denser clinical read requiring slower digestion); Week 7–8 are reserved for review, re-reading flagged sections, and i
- The hip hinge as a foundational movement pattern — Rippetoe's detailed breakdown of the deadlift and squat teaches the reader how to load the posterior chain safely, which is the same chain responsible for upright posture.
- Whole-body tension and the 'big three' muscle systems — Starting Strength emphasizes creating full-body rigidity (braced core, packed lats, neutral spine) before and during every lift, directly training the postural reflexes needed all day.
- Progressive overload as a tool for postural endurance — Rippetoe's linear progression model shows how systematically increasing load builds the deep spinal erectors, glutes, and upper-back musculature that resist gravitational collapse.
- The neutral spine imperative — Both books converge on this concept: McGill defines it precisely as the spine's 'zone of neutral' where disc and ligament stress is minimized, while Rippetoe operationalizes it under load.
- McGill's 'Big Three' spine-stabilization exercises — The curl-up, side plank, and bird-dog are McGill's evidence-based prescription for building deep core endurance (not just strength) without spinal flexion stress.
- Spine hygiene and movement patterns — Back Mechanic introduces daily habits (how to get out of bed, sit, lift objects) that protect the spine between training sessions, bridging gym work to real-life posture.
- Distinguishing mobility from stability — McGill's framework clarifies that the lumbar spine needs stability while the hips and thoracic spine need mobility; this corrects the common mistake of stretching the lower back instead of strengthening it.
- Fatigue as the enemy of posture — Both authors address how muscular endurance (not peak strength alone) determines whether good posture is maintained over hours; training must therefore include endurance-oriented sets and daily movement breaks.
- According to Rippetoe, what are the three points of contact and spinal cues that define a safe bar position and neutral spine in the squat and deadlift, and why do these cues directly reinforce postural alignment outside the gym?
- How does McGill define the 'zone of neutral' for the lumbar spine, and what does the research he cites say about cumulative disc loading from repeated flexion — and how should this change how you sit, bend, and train?
- What is the physiological rationale behind McGill's Big Three exercises (curl-up, side plank, bird-dog), and how do they differ in intent from traditional crunches or back extensions?
- Rippetoe argues that the deadlift is 'the most effective exercise ever devised.' Using his biomechanical reasoning, explain how pulling from the floor builds the posterior-chain endurance that holds the thoracic spine erect during prolonged sitting or standing.
- McGill introduces the concept of 'spine hygiene.' List at least four daily movement habits he prescribes and explain the mechanical reason each one reduces cumulative spinal stress.
- How do the programming principles in Starting Strength (linear progression, rest, volume) need to be modified — if at all — when the primary goal is postural endurance rather than maximum strength, drawing on McGill's endurance-first philosophy?
- Perform Rippetoe's squat and deadlift setup checklist before every set: verbally cue yourself through neutral spine, braced core, packed lats, and proud chest — then video one set per session and review it against his cues in the text.
- Run McGill's Big Three (curl-up, side plank, bird-dog) as a daily 10-minute 'spine hygiene' warm-up for the entire 8-week stage, logging reps and hold times to track endurance gains as McGill prescribes.
- Conduct a 'posture audit' at your desk or workstation using McGill's spine-hygiene checklist: photograph your seated and standing posture at the start of Week 4 and again at Week 8 to measure real-world carry-over.
- Keep a dual-column reading journal: left column for Rippetoe's biomechanical cues (what the body must DO under load), right column for McGill's clinical reasoning (WHY those positions protect the spine) — synthesizing both authors on each shared topic such as the hip hinge, neutral lumbar curve, and bracing.
- Design a simple 3-day/week beginner linear-progression program using only the lifts Rippetoe covers (squat, deadlift, press), then annotate each exercise with the McGill spine-hygiene principle it reinforces — run the program for the final 3 weeks of the stage.
- At the end of Week 8, teach the McGill Big Three and the hip-hinge pattern to a friend or training partner from memory, using the cues and rationale from both books; the ability to explain it simply is the clearest test of genuine understanding.
Next up: Building a strong, stable posterior chain and learning to protect the spine under load creates the physical prerequisite for the next stage, where the focus shifts from building raw postural strength to refining movement quality, breathing mechanics, and the neuromuscular coordination that makes good posture automatic and effortless in dynamic, real-world situations.
The clearest available guide to the fundamental barbell movements (squat, deadlift, press) that build the posterior chain and core strength posture depends on. Its emphasis on neutral spine under load directly reinforces postural habits.
McGill's research-backed approach to spine hygiene and core stability is the ideal companion to strength training — it teaches you which exercises to prioritize and which to avoid to protect and reinforce a healthy spine.
Integration: Making It a Lifelong Practice
Going deepSynthesize mobility, strength, and movement into a sustainable daily practice, and understand the mind-body connection that keeps posture from regressing under stress.
▸ Study plan for this stage
Pace: 6–8 weeks total: Weeks 1–3 on "Built from Broken" (~25–30 pages/day, including re-reading key protocol sections); Weeks 4–6 on "The Roll Model" (~20–25 pages/day, pausing to practice each ball technique before moving on); Week 7–8 reserved for integration review, combining protocols from both books
- Hogan's 'Broken → Built' framework: how chronic pain and poor posture stem from accumulated tissue damage, compensation patterns, and neglected recovery — and how targeted loading reverses this (Built from Broken)
- The Stability-Mobility continuum: understanding which joints need stability vs. mobility and why training them incorrectly perpetuates postural breakdown (Built from Broken)
- Tendon and connective tissue adaptation: slow, progressive loading as the non-negotiable foundation for lasting structural change rather than quick muscular fixes (Built from Broken)
- Stress-posture feedback loop: how psychological and physiological stress chronically contracts the body into protective postures, and why strength work alone cannot override this (Built from Broken + The Roll Model)
- Jill Miller's 'Breath and Body' philosophy: the breath as both a diagnostic tool and a direct intervention for resetting the nervous system and releasing postural holding patterns (The Roll Model)
- Yoga Tune Up® ball techniques — Shear, Pin-and-Stretch, Cross-fiber friction, and Contract-Relax — as precise tools for restoring tissue pliability in posture-critical zones (The Roll Model)
- Proprioceptive re-education: how rolling and targeted pressure re-map body awareness in the brain, making corrected posture feel 'normal' rather than effortful (The Roll Model)
- Building a sustainable daily ritual: stacking mobility, self-myofascial release, breath work, and strength into a realistic, time-efficient routine that survives high-stress periods (Built from Broken + The Roll Model)
- According to Hogan in Built from Broken, what is the primary reason most people's posture regresses after initial improvement, and what role does connective tissue loading play in preventing that regression?
- How does Hogan's joint-by-joint stability-mobility model explain common postural faults like forward head posture or anterior pelvic tilt — and which specific protocols does he prescribe to address them?
- In The Roll Model, Jill Miller describes four core rolling techniques. What are they, how do they differ mechanically, and which postural regions does she prioritize for each?
- Miller argues that breath is the 'first movement.' How does diaphragmatic dysfunction contribute to postural collapse, and what breathing practices does she prescribe to restore it?
- How do the recovery and tissue-health principles in Built from Broken complement the self-myofascial release approach in The Roll Model — where do the two authors agree, and where do their emphases differ?
- What specific strategies do both books offer for maintaining postural gains during periods of high stress, poor sleep, or heavy workload — and how would you combine them into a single contingency protocol?
- 'Tissue Audit' week (Built from Broken): Before starting Hogan's protocols, do a full-body self-assessment — identify your top 3 compensation patterns, map them to his stability-mobility framework, and write a one-page hypothesis about their root cause. Revisit and revise this document at the end of the stage.
- Progressive tendon loading log (Built from Broken): Select two of Hogan's recommended slow-tempo loading exercises targeting your weakest postural links (e.g., hip hinge, scapular retraction). Track sets, reps, tempo, and perceived tissue response 3×/week for the full 6–8 weeks to observe connective tissue adaptation firsthand.
- Full-body Roll Model sequence (The Roll Model): Work through Miller's head-to-toe rolling map over 7 consecutive days — one region per day (feet, calves, hips, thoracic spine, shoulders, neck, diaphragm/abdomen). Journal sensation changes, range-of-motion differences before/after, and any emotional or breath shifts.
- Breath diagnostic practice (The Roll Model): Each morning for two weeks, perform Miller's supine breath assessment — note whether your breath is chest-dominant, shallow, or asymmetrical. Follow immediately with her diaphragmatic reset sequence and record how your standing posture feels differently afterward.
- Stress-posture journaling protocol (both books): For 10 days, rate your stress level (1–10) three times daily alongside a quick posture check (head position, shoulder height, jaw tension). Identify your personal stress-posture signature and design a 5-minute 'posture reset' combining one Hogan mobility drill and one Miller rolling technique specifically for that pattern.
- Integrated 20-minute daily ritual design (both books): In week 7, draft a written daily practice that includes: (1) a 2-minute breath reset from The Roll Model, (2) a 5-minute rolling sequence for your highest-priority region, (3) two slow-loading strength moves from Built from Broken, and (4) a 2-minute closing breath scan. Run this ritual every day of week 8 and refine it based on real-world adh
Next up: By synthesizing structural loading from Built from Broken with nervous-system and tissue reset tools from The Roll Model into one lived daily practice, the reader has moved from correcting posture to embodying it — a foundation that makes any future exploration of advanced movement disciplines, sport-specific training, or therapeutic modalities immediately more accessible and durable.
Brings together corrective exercise, mobility, and progressive strength training into one cohesive rehabilitation and maintenance framework — the ideal capstone for someone who has worked through the earlier stages.
Introduces self-myofascial release with therapy balls as a daily maintenance tool, giving you a practical, low-barrier routine to sustain the tissue quality and postural gains you have built throughout the curriculum.