If you’re an Austin area runner training for the marathon, a tennis player at Lake Travis courts, or a pickleball enthusiast dealing with nagging Achilles tendon pain, you’ve likely discovered that this injury is far more complex than it seems. At Kinetix Sport + Spine in Spicewood, we see Achilles tendinopathy regularly in Austin’s active population—and we understand why basic “rest and ice” approaches often fail.
The Achilles tendon is the largest and strongest tendon in your body, yet it’s surprisingly vulnerable to overuse injuries, especially in activities involving repetitive jumping, running, and quick directional changes common in tennis and pickleball. What most people don’t realize is that successful Achilles tendinopathy treatment requires looking far beyond the painful tendon itself.
As a Full Body Active Release Techniques® (ART®) certified provider, Dr. Matt Centofonti brings industry-leading conservative treatment to Austin area athletes dealing with Achilles problems. Our comprehensive approach addresses not just the tendon, but the ankle joint limitations, ligament restrictions, and gait pattern dysfunctions that create and perpetuate this challenging condition.
Understanding Achilles Tendinopathy
What is Achilles Tendinopathy?
Achilles tendinopathy is a condition involving pain, swelling, and impaired function of the Achilles tendon—the thick cord connecting your calf muscles to your heel bone. Unlike acute tendon tears or ruptures, tendinopathy develops gradually from repetitive microtrauma and overuse.
Key Characteristics:
- Gradual onset – Develops over weeks or months, not sudden
- Activity-related pain – Worse with running, jumping, or sports activity
- Morning stiffness – Pain and stiffness especially noticeable after rest
- Progressive nature – Often worsens without proper intervention
- Functional limitation – Affects athletic performance and daily activities
Two Types of Achilles Tendinopathy:
Insertional Achilles Tendinopathy:
- Affects the lower portion where tendon attaches to heel bone
- Often involves calcification and bone spur development
- More common in middle-aged and older athletes
- Can be associated with Haglund’s deformity (heel bump)
Mid-portion Achilles Tendinopathy:
- Affects the middle section of the tendon, 2-6 cm above heel
- Most common type, especially in runners and court sport athletes
- Characterized by tendon thickening and nodule formation
- Often related to training errors and biomechanical factors
Why Achilles Tendinopathy is Epidemic in Austin
Austin’s year-round activity culture creates perfect conditions for Achilles tendinopathy development:
Running Culture:
- Austin Marathon training – Increased mileage without adequate preparation
- Hill Country trails – Uneven terrain increasing Achilles stress
- Year-round training – No off-season recovery periods
- Temperature extremes – Heat affecting tissue quality and hydration
Court Sports Explosion:
- Tennis popularity – Lake Travis area courts see heavy use
- Pickleball growth – Rapid directional changes stressing tendons
- Hard court surfaces – Increased impact forces on Achilles
- Weekend warrior patterns – Intense play without proper conditioning
Lifestyle Factors:
- Desk work transitions – Sedentary weekdays to intense weekend activity
- Footwear choices – High heels during week affecting tendon length
- Age demographics – Active 40-60 year old population at higher risk
- Multiple sport participation – Layering activities without adequate recovery
Why Basic Achilles Treatment Often Fails
The Incomplete Treatment Approach
Most Achilles tendinopathy treatment focuses solely on the symptomatic tendon—addressing pain and inflammation with rest, ice, anti-inflammatories, and basic stretching. While these may provide temporary relief, they fail to address the underlying causes, leading to:
Temporary Improvement Followed by Recurrence:
- Symptoms decrease with rest
- Return to activity triggers pain again
- Cycle repeats with worsening each time
- Eventually leads to chronic, treatment-resistant tendinopathy
Why Tendon-Only Treatment Fails:
Missed Ankle Joint Dysfunction: Most providers never assess or treat ankle joint mechanics, yet restricted ankle dorsiflexion (ability to bring shin forward over foot) is present in up to 90% of Achilles tendinopathy cases. Limited ankle mobility forces the Achilles to work harder during every step.
Ignored Ligament Restrictions: Ankle ligaments (particularly the interosseous membrane and talofibular ligaments) play crucial roles in ankle stability and motion. Restrictions in these structures alter movement patterns and increase Achilles stress—yet they’re rarely evaluated or treated.
Overlooked Gait Pattern Dysfunction: How you walk and run significantly impacts Achilles loading. Excessive pronation, supination, heel striking, or toe-off patterns create abnormal forces through the tendon. Without gait analysis and correction, the repetitive stress continues regardless of tendon treatment.
Incomplete Tissue Assessment: The Achilles tendon doesn’t exist in isolation—it’s continuous with the gastrocnemius and soleus muscles above, and connects to the plantar fascia below. Restrictions anywhere in this kinetic chain affect Achilles function, yet most treatments never address these relationships.
Active Release Techniques®: The Gold Standard for Achilles Tendinopathy
Why ART® is Industry-Leading for Tendon Disorders
Active Release Techniques is recognized as the gold standard for treating soft tissue disorders, including Achilles tendinopathy. Unlike basic treatments, ART® provides:
Comprehensive Diagnostic Process:
- Palpation assessment – Feeling tissue texture, thickness, and adhesions
- Movement evaluation – Testing tissue mobility and function
- Kinetic chain analysis – Assessing related structures and relationships
- Root cause identification – Finding what’s creating the problem
Targeted Treatment Protocols:
- Tendon-specific techniques – Addressing Achilles adhesions and restrictions
- Muscle release protocols – Treating gastrocnemius and soleus dysfunction
- Ligament mobilization – Releasing ankle ligament restrictions
- Fascial techniques – Addressing plantar fascia and lower leg fascia
Evidence-Based Effectiveness:
- Proven results in treating tendinopathies across the body
- Trusted by professional athletes including NFL, NBA, and Olympic runners
- Research-supported methodology for tendon healing
- Rapid results – Most patients improve significantly in 5 visits or less
Dr. Matt’s Full Body ART® Certification Advantage
As the ONLY Full Body ART® Certified Provider in the Lakeway/West Austin area, Dr. Matt can comprehensively address Achilles tendinopathy by treating:
Lower Extremity:
- Foot intrinsic muscles affecting arch and toe-off
- Plantar fascia continuous with Achilles tendon
- Ankle ligaments influencing stability and motion
- Posterior tibialis and peroneals affecting ankle mechanics
Complete Kinetic Chain:
- Hip restrictions causing compensatory ankle stress
- Knee dysfunction altering gait patterns
- Lower back issues affecting entire leg mechanics
- Full-body assessment revealing distant contributors
This comprehensive capability is why athletes drive from across Austin to receive Full Body certified ART® treatment at Kinetix Sport + Spine.
Understanding the Complete Achilles System
Beyond the Tendon: What Really Matters
Successful Achilles tendinopathy treatment requires understanding and addressing multiple interconnected systems:
Ankle Joint Mechanics
Dorsiflexion: The Critical Movement: Ankle dorsiflexion—the ability to bring your shin forward over your foot—is essential for normal walking, running, and sports activity. Limited dorsiflexion forces your Achilles to stretch excessively with every step.
Common Restrictions:
- Anterior ankle joint capsule tightness blocking forward shin movement
- Posterior ankle impingement from bone or soft tissue
- Talus bone position affecting joint mechanics
- Fibula mobility limitations restricting ankle motion
How Restrictions Cause Achilles Pain: When ankle dorsiflexion is limited, your body compensates by:
- Excessive pronation (arch collapse) to gain dorsiflexion
- Early heel lift forcing Achilles to work harder
- Increased tension through Achilles during stance phase
- Abnormal loading patterns creating microtrauma
ART® Treatment Approach:
- Joint mobilization techniques restoring dorsiflexion
- Capsule release protocols addressing restrictions
- Ligament work improving joint mechanics
- Progressive movement restoration ensuring lasting results
Ligament System and Stability
Key Ligaments Affecting Achilles Function:
Interosseous Membrane: The thick fibrous membrane connecting tibia and fibula bones plays a crucial role in:
- Ankle stability during loading
- Force distribution between bones
- Proper fibula positioning for ankle motion
Restrictions Impact: Tight interosseous membrane limits ankle dorsiflexion and creates compensatory Achilles loading. ART® has specific protocols for releasing this often-overlooked structure.
Ankle Ligaments:
- Lateral collateral ligaments – Control side-to-side stability
- Deltoid ligament – Prevents excessive pronation
- Anterior talofibular ligament – Most commonly sprained, affects mechanics
- Spring ligament – Supports arch, affects foot mechanics
Ligament Restriction Effects:
- Altered ankle stability requiring increased Achilles tension
- Abnormal movement patterns increasing tendon stress
- Reduced shock absorption increasing impact forces
- Compensation patterns affecting entire lower extremity
Why Ligaments Are Overlooked: Most providers focus only on muscles and tendons, never assessing or treating ligament restrictions. Dr. Matt’s Full Body ART® certification includes specialized ligament protocols that are crucial for complete Achilles recovery.
Gait Pattern Analysis
How You Walk and Run Matters: Every step you take loads your Achilles tendon. Dysfunctional gait patterns create repetitive abnormal stress that accumulates over thousands of steps, leading to tendinopathy.
Common Gait Dysfunctions in Austin Athletes:
Excessive Pronation:
- Arch collapse during stance phase
- Internal rotation of tibia increasing Achilles twist
- Delayed supination affecting toe-off mechanics
- Common in runners with flexible, flat feet
Inadequate Pronation (Supination):
- Rigid foot reducing shock absorption
- Increased impact forces through Achilles
- Reduced ankle dorsiflexion mobility
- Common in high-arched, rigid foot types
Heel Strike Patterns:
- Landing with heel far ahead of body
- Increased braking forces through Achilles
- Reduced ankle dorsiflexion at initial contact
- Common in recreational runners and new pickleball players
Early Heel Lift:
- Premature heel rise during stance
- Excessive Achilles loading in shortened position
- Often compensation for ankle dorsiflexion restriction
- Creates eccentric overload of tendon
ART® Gait Correction Approach:
- Identify specific gait deviations through movement analysis
- Release tissue restrictions limiting optimal gait
- Restore ankle dorsiflexion for proper heel contact
- Address hip and knee contributions to gait dysfunction
- Provide corrective exercises supporting optimal patterns
Sport-Specific Achilles Tendinopathy Patterns
Running-Related Achilles Problems
Austin Marathon and Distance Running: Long-distance runners develop Achilles tendinopathy from:
- Volume increases – “Too much, too soon” training errors
- Hill training – Increased eccentric loading on downhills
- Speed work – Sprint intervals creating high tendon forces
- Surface changes – Transitioning between road, trail, and track
Trail Running in Hill Country: Austin’s beautiful Hill Country trails create unique challenges:
- Uneven terrain – Constant ankle adjustments increase strain
- Technical sections – Rapid directional changes stress tendons
- Elevation changes – Both uphill and downhill increase loading
- Variable surfaces – Rock, roots, and loose gravel affect mechanics
Common Running Gait Issues:
- Overstriding with heel strike pattern
- Inadequate cadence (steps per minute)
- Asymmetrical gait patterns from previous injuries
- Weak hip stabilizers causing knee and ankle compensation
Dr. Matt’s Running-Specific Treatment:
- ART® protocols for runner-specific restrictions
- Gait analysis identifying stride dysfunction
- Training load management guidance
- Progressive return-to-running protocols
Tennis and Court Sports Achilles Injuries
Lake Travis Tennis Community: Tennis players develop Achilles problems from:
- Lateral movements – Side-to-side play stressing tendons
- Quick starts and stops – Explosive acceleration and deceleration
- Court surface impact – Hard courts increasing force absorption
- Serving motion – Repetitive explosive calf and Achilles loading
Pickleball Explosion: Austin’s rapidly growing pickleball community faces:
- Rapid directional changes – Constant Achilles loading variations
- Small court dimensions – Quick, repeated movements
- Aging population – Many players over 50 with age-related tendon changes
- Weekend warrior patterns – Intense play without adequate conditioning
Court Sport Mechanics:
- Split-step landing creating eccentric tendon load
- Push-off forces during directional changes
- Jumping and landing in overhead shots
- Footwork patterns affecting ankle and Achilles stress
Sport-Specific ART® Approach:
- Court movement pattern analysis
- Explosive movement preparation and recovery
- Equipment considerations (court shoes, surfaces)
- Return-to-play protocols ensuring safe progression
Comprehensive Conservative Treatment Protocol
Phase 1: Acute Pain Management and Assessment (Weeks 1-2)
Initial Evaluation:
- Complete history of symptom onset and progression
- Activity analysis identifying contributing factors
- Comprehensive lower extremity examination
- Gait pattern evaluation
- Ankle joint mobility assessment
- Ligament restriction identification
Active Release Techniques Treatment:
- Gentle tendon protocols reducing inflammation
- Calf muscle (gastrocnemius and soleus) release
- Initial ankle ligament mobilization
- Plantar fascia treatment addressing lower chain
- Progressive protocol application as tolerance improves
Activity Modification:
- Relative rest – Reduce but don’t eliminate activity
- Cross-training alternatives (swimming, cycling)
- Load management reducing repetitive stress
- Footwear assessment and recommendations
Home Care Strategies:
- Eccentric heel drop exercises (when appropriate)
- Ankle mobility exercises
- Ice application for acute inflammation
- Activity monitoring and pacing
Phase 2: Tissue Healing and Function Restoration (Weeks 3-6)
Advanced ART® Protocols:
- Progressive tendon treatment as healing allows
- Deep calf muscle release addressing restrictions
- Interosseous membrane mobilization
- Comprehensive ankle ligament work
- Tibialis posterior and peroneal treatment
Joint Mobilization:
- Ankle dorsiflexion restoration techniques
- Subtalar joint mobilization
- Midfoot joint treatment
- Fibula positioning correction
Gait Retraining:
- Movement pattern analysis and correction
- Cadence optimization for runners
- Footwork refinement for court sports
- Video analysis when appropriate
Strengthening Progression:
- Eccentric loading protocols for tendon healing
- Calf strengthening with proper mechanics
- Foot intrinsic muscle activation
- Hip and core stability addressing kinetic chain
Phase 3: Return to Activity and Performance (Weeks 6-12)
Sport-Specific Preparation:
- Progressive running program for distance athletes
- Court movement drills for tennis/pickleball players
- Plyometric training when appropriate
- Sport-specific conditioning
Maintenance ART® Treatment:
- Periodic sessions preventing re-injury
- Addressing new restrictions from training
- Ongoing gait and mechanics optimization
- Pre-event preparation and post-event recovery
Long-Term Prevention:
- Training load management education
- Proper warm-up and cool-down protocols
- Equipment considerations and updates
- Self-monitoring for early warning signs
Performance Optimization:
- Beyond pain relief to enhanced function
- Improved ankle mobility for better mechanics
- Optimal gait patterns reducing energy waste
- Comprehensive lower extremity function
Why Conservative Treatment Should Be First Choice
Avoiding Surgery When Possible
Many Achilles tendinopathy cases are referred for surgical intervention (debridement, tendon stripping, or FHL transfer) without adequate conservative treatment. Surgery should be last resort because:
Surgery Risks and Limitations:
- Extended recovery – 6-12 months before return to sport
- Nerve damage risk – Sural nerve complications possible
- Scar tissue formation – Can create new restrictions
- Re-rupture risk – Surgical tendons have increased failure risk
- No guarantee – Success rates vary, outcomes unpredictable
Conservative Treatment Success: Research shows that comprehensive conservative treatment (including techniques like ART®, eccentric exercises, and gait retraining) successfully resolves 70-90% of Achilles tendinopathy cases without surgery.
Dr. Matt’s Conservative Approach:
- Exhaust all conservative options before surgical referral
- Comprehensive treatment addressing all contributing factors
- Evidence-based protocols proven effective
- Clear success criteria and timeline expectations
- Collaborative approach with surgeons when truly needed
Case Studies: Real Austin Athletes
Case Study 1: Austin Marathon Runner
Patient Profile:
- 42-year-old male training for Austin Marathon
- Mid-portion Achilles tendinopathy, 4 months duration
- Previous treatment: Rest, ice, PT exercises – minimal improvement
- Pain limiting weekly mileage to 15 miles (down from 40+)
Assessment Findings:
- Significantly restricted ankle dorsiflexion (8 degrees, normal 15+)
- Tight interosseous membrane limiting ankle motion
- Overstriding gait pattern with heel strike
- Weak hip stabilizers causing knee valgus (inward collapse)
Treatment Approach:
- 8 ART® sessions over 6 weeks addressing:
- Gastrocnemius and soleus restrictions
- Interosseous membrane release
- Ankle joint capsule mobilization
- Plantar fascia restrictions
- Gait retraining emphasizing cadence and foot strike
- Eccentric heel drop progression
- Hip strengthening program
Outcome:
- Pain-free at 6 weeks
- Full ankle dorsiflexion restored
- Completed Austin Marathon at 8 weeks post-treatment
- Continues running 40+ miles weekly pain-free 1 year later
Case Study 2: Lake Travis Tennis Player
Patient Profile:
- 56-year-old female, competitive USTA tennis player
- Insertional Achilles tendinopathy, bilateral
- 6 months duration, worsening despite rest
- Considering quitting tennis due to pain
Assessment Findings:
- Limited ankle dorsiflexion bilaterally
- Significant deltoid ligament restrictions
- Excessive pronation during push-off
- Tight hip flexors from desk work affecting lower extremity mechanics
Treatment Approach:
- 10 ART® sessions over 8 weeks including:
- Gentle insertional tendon work
- Ankle ligament releases (deltoid, spring ligament)
- Comprehensive calf muscle treatment
- Hip flexor and TFL (tensor fasciae latae) release
- Court movement pattern training
- Orthotic recommendations for court shoes
- Progressive return-to-tennis protocol
Outcome:
- Significant pain reduction by week 4
- Returned to competitive play at 8 weeks
- Won USTA district championship 3 months post-treatment
- Maintenance visits every 6-8 weeks keeping her pain-free
Case Study 3: Pickleball Enthusiast
Patient Profile:
- 61-year-old male, plays pickleball 5 days/week
- Acute-on-chronic Achilles pain
- Sudden pain increase after tournament weekend
- Concerned about Achilles rupture
Assessment Findings:
- Moderate tendinopathy with thickened, nodular tendon
- Severely restricted ankle dorsiflexion (5 degrees)
- Anterior ankle impingement blocking motion
- Poor eccentric control during landing
Treatment Approach:
- Initial focus on acute inflammation reduction
- Progressive ART® addressing:
- Anterior ankle joint capsule restrictions
- Calf muscle adhesions
- Achilles tendon nodules and thickening
- Interosseous membrane tightness
- Activity modification during healing
- Landing and movement mechanics training
- Graduated return to pickleball
Outcome:
- Acute symptoms resolved in 2 weeks
- Significant improvement by 6 weeks
- Full return to pickleball at 8 weeks
- Continues playing 4-5 days weekly without pain
- Understands warning signs and self-management
Prevention Strategies for Austin Athletes
Training Load Management
The 10% Rule (and its limitations): The traditional advice to increase training volume by no more than 10% per week is a starting point, but individual factors matter more:
- Training history – Experienced athletes tolerate more than beginners
- Age considerations – Recovery capacity decreases with age
- Previous injuries – Prior Achilles problems increase re-injury risk
- Cumulative stress – Multiple activities (running + tennis) add up
Smart Training Progression:
- Gradual volume increases with periodic recovery weeks
- Alternating hard and easy days
- Cross-training reducing repetitive stress
- Monitoring for early warning signs (morning stiffness, activity soreness)
Proper Footwear and Equipment
Running Shoes for Austin Conditions:
- Heel-toe drop – Lower drop (4-8mm) may benefit some Achilles issues
- Cushioning needs – Adequate but not excessive
- Replacement schedule – Every 300-500 miles regardless of appearance
- Terrain-appropriate – Trail shoes for Hill Country, road shoes for pavement
Court Shoes for Tennis and Pickleball:
- Lateral support – Essential for side-to-side movements
- Ankle stability – Proper fit around ankle and heel
- Court surface appropriate – Hard court shoes for hard courts
- Replace regularly – Worn outsoles reduce grip and increase injury risk
Considerations for Austin Climate:
- Breathable materials for heat management
- Moisture-wicking to prevent blisters
- Adequate cushioning for hard, hot surfaces
- Proper fit accounting for foot swelling in heat
Ankle Mobility Maintenance
Daily Ankle Mobility Routine: Essential for Achilles health, especially for:
- Runners preparing for training runs
- Court sport athletes before play
- Anyone with previous Achilles problems
- Desk workers transitioning to activity
Key Exercises:
- Ankle dorsiflexion stretch – Wall lean with knee forward
- Ankle circles – Full range motion in all directions
- Toe walks and heel walks – Strengthening through range
- Balance exercises – Single leg stance with eyes closed
Best Practices:
- Perform daily, not just before activity
- Hold stretches 30-60 seconds, multiple repetitions
- Progressive resistance as mobility improves
- Monitor for asymmetries between left and right
Recovery and Regeneration
Post-Activity Recovery:
- Proper cool-down after running or sports
- Ice application if any Achilles irritation
- Gentle stretching and mobility work
- Adequate protein and hydration
Between-Session Recovery:
- Rest days appropriate for training intensity
- Cross-training alternatives (swimming, cycling)
- Foam rolling and self-massage
- Sleep prioritization (7-9 hours for optimal recovery)
When to Seek Professional Help:
- Pain lasting more than 2-3 days
- Morning stiffness not improving with activity
- Progressive worsening despite rest
- Any sudden, severe pain (possible rupture)
Why Choose Kinetix Sport + Spine for Achilles Tendinopathy
The Full Body ART® Advantage
Dr. Matt Centofonti is the ONLY Full Body Active Release Techniques® Certified Provider in the Lakeway/West Austin area, providing:
Comprehensive Treatment Capability:
- Treat entire lower extremity from hip to foot
- Address complete kinetic chain relationships
- Identify and correct distant contributors
- Full-body assessment revealing hidden factors
Industry-Leading Expertise:
- Official ART® Provider Directory listing (verify at activerelease.com)
- Trained by NFL team doctors (Kansas City Chiefs, Denver Broncos)
- TPI Level 2 certification for golf-related Achilles issues
- SFMA certified for movement analysis
Proven Results:
- Average 5 visits or less for most Achilles cases
- Conservative approach avoiding surgery when possible
- Comprehensive treatment addressing root causes
- Long-term solutions preventing recurrence
Austin Area Expertise
Understanding Local Activities:
- Austin Marathon and distance running culture
- Lake Travis tennis and pickleball communities
- Hill Country trail running challenges
- Year-round activity patterns and demands
Convenient Spicewood Location:
- 8 minutes from Lakeway
- Easy access from West Austin, Bee Cave, Dripping Springs
- No downtown traffic or parking challenges
- Located within CrossFit Lake Travis
Frequently Asked Questions
Q: How long does it take to recover from Achilles tendinopathy with ART®? A: Most patients see significant improvement within 4-6 weeks of consistent ART® treatment. Complete resolution typically occurs within 8-12 weeks. However, chronic cases (symptoms lasting 6+ months) may require longer treatment courses. The key is addressing all contributing factors—ankle restrictions, ligament dysfunction, and gait patterns—not just the painful tendon.
Q: Can I continue running or playing tennis during treatment? A: Usually yes, with modifications. We use a “relative rest” approach that reduces but doesn’t eliminate activity. This maintains fitness and mental health while allowing healing. Specific modifications depend on your pain levels, activity type, and treatment response. Complete rest is rarely necessary and can actually delay recovery.
Q: Why is ankle dorsiflexion so important for Achilles health? A: Limited ankle dorsiflexion forces your Achilles to stretch excessively during every step, squat, and push-off movement. Research shows that restricted dorsiflexion is present in up to 90% of Achilles tendinopathy cases. Restoring normal dorsiflexion (15+ degrees) through ART® joint and ligament work is crucial for lasting recovery.
Q: How is your approach different from physical therapy I’ve already tried? A: Physical therapy typically focuses on exercises and modalities. While valuable, PT often misses the specific tissue restrictions that ART® addresses. Our Full Body ART® certification allows us to: (1) Treat the Achilles tendon itself with specific protocols, (2) Release ankle ligament restrictions PT rarely addresses, (3) Mobilize ankle joints that limit dorsiflexion, and (4) Address complete kinetic chain from hip to foot. Many patients find success with ART® after PT didn’t fully resolve their Achilles pain.
Q: Will I need surgery for my Achilles tendinopathy? A: Most Achilles tendinopathy cases (70-90%) respond well to comprehensive conservative treatment, avoiding surgery. Surgery should be considered only after exhausting proper conservative care, which includes addressing ankle restrictions, ligament dysfunction, and gait patterns—not just rest and basic exercises. Our goal is to resolve your Achilles problem conservatively whenever possible.
Q: Can Achilles tendinopathy be prevented? A: While we can’t make absolute guarantees, many Achilles problems are preventable through: proper training load management, maintaining ankle mobility, addressing early warning signs promptly, appropriate footwear, and gait pattern optimization. If you’ve had Achilles issues before, periodic ART® maintenance can address restrictions before they become problematic.
Q: Do you treat both insertional and mid-portion Achilles tendinopathy? A: Yes, ART® is effective for both types. Insertional tendinopathy (at the heel attachment) often responds well to gentle tendon protocols combined with ankle joint work. Mid-portion tendinopathy (2-6 cm above heel) typically involves more muscle and gait factors. Both benefit from our comprehensive approach addressing the complete system, not just the symptomatic area.
Q: How do I know if I have Achilles tendinopathy versus a rupture? A: Tendinopathy develops gradually with activity-related pain, morning stiffness, and tenderness. A rupture is sudden, often with an audible “pop,” severe immediate pain, inability to rise on toes, and a visible/palpable gap in the tendon. If you experience sudden severe Achilles pain, seek immediate evaluation to rule out rupture.
Schedule Your Achilles Tendinopathy Assessment
Stop accepting Achilles pain as part of your active lifestyle.
Whether you’re training for the Austin Marathon, playing tennis at Lake Travis, or enjoying Austin’s pickleball explosion, your Achilles tendinopathy deserves comprehensive, conservative treatment that addresses root causes—not just symptoms.
What You’ll Receive:
- Comprehensive lower extremity assessment
- Ankle joint and ligament evaluation
- Gait pattern analysis
- Full Body ART® treatment addressing complete system
- Conservative approach avoiding surgery when possible
- Clear treatment plan with realistic timeline
Perfect for Austin Area Athletes:
- Runners training for races or maintaining fitness
- Tennis players at Lake Travis courts and clubs
- Pickleball enthusiasts playing regularly
- Any athlete whose Achilles pain limits their passion
- Chronic cases that haven’t responded to basic treatment
Or Call/Text (512) 730-0284
Kinetix Sport + Spine
Located within CrossFit Lake Travis
5324 Reimers-Peacock Rd,
Spicewood, TX 78669
Just 8 minutes from Lakeway
The ONLY Full Body ART® Certified Provider in Lakeway/West Austin
Conservative, comprehensive treatment for lasting Achilles recovery
About the Author
Dr. Matt Centofonti is the only Full Body Active Release Techniques® (ART®) Level 1 Certified Provider in the Lakeway and West Austin area. He has completed comprehensive certification in Upper Extremity, Lower Extremity, and Spine ART® protocols, providing complete treatment capability from head to toe. Dr. Matt trained in advanced soft tissue techniques with team doctors from the Kansas City Chiefs and Denver Broncos and holds TPI Level 2 certification for golf-specific injuries. He specializes in helping Austin area athletes overcome complex soft tissue problems through comprehensive, conservative treatment approaches.
Verify Dr. Matt’s credentials at the official Active Release Techniques Provider Directory: https://activerelease.com/patients/find-a-provider
