Cavinder Twins Open Up About Push-Up Struggle After Breast Augmentation — What Athletes Should Expect from Surgery, Recovery and Training

Table of Contents

1. Key Highlights:
2. Introduction
3. The Instagram moment: candid, viral and instructive
4. Why push-ups get hard after breast augmentation
5. Typical recovery timeline and exercise restrictions
6. Practical strategies to regain push-up strength safely
7. The twins’ glute transformation: training without surgery
8. Surgical choices that affect function: implant plane, size and technique
9. Safety, complications and red flags
10. Timing surgeries around athletic calendars
11. Public figures, cosmetic surgery and social responsibility
12. Choosing a surgeon and preparing for surgery
13. Integrating rehab into athletic programming
14. Ethics, aesthetics and lifespan considerations
15. Lessons from the Cavinder twins’ approach
16. What athletes often overlook
17. Broader trend: athletes and cosmetic procedures
18. Realistic outcomes and managing expectations
19. FAQ

Key Highlights:

• Haley and Hanna Cavinder publicly shared how breast augmentation made simple bodyweight moves — like push-ups — unexpectedly difficult, underscoring how surgery alters biomechanics and early-stage capacity.
• Their story pairs a candid recovery moment with a separate six-month training and nutrition turnaround to grow glutes naturally, illustrating the different timelines and trade-offs between surgical enhancement and targeted training.
• Athletes and active people should plan procedures around sport seasons, follow staged rehab protocols, and prioritize surgeon choice, incremental exercise progressions and nutrition strategies to preserve performance.

Introduction

Haley and Hanna Cavinder filmed themselves attempting push-ups after getting breast implants and captioned the clip, “nothing more humbling than trying to do a push-up after getting your 🍒done.” The brief, self-deprecating moment resonated because it shows an often-overlooked intersection: surgical cosmetic changes and athletic movement. The twins underwent near-identical breast augmentations in July 2025 with Texas-based plastic surgeon Dr. Jon Kurkjian. They then documented, openly and with humor, the practical limits those procedures imposed during recovery.

Their experience also includes a parallel narrative: a six-month, non-surgical body transformation focused on building glute muscle through deliberate nutrition and training. The twins’ openness offers a useful case study. It reveals how elective surgery affects function, why early-stage strength tasks become awkward or painful, and what athletes or fitness-minded people should expect if they choose to alter their bodies surgically. This article explains the biomechanics behind their push-up trouble, lays out recovery and rehabilitation principles, translates the twins’ glute progress into actionable training guidance, and highlights practical considerations for athletes weighing cosmetic procedures.

The Instagram moment: candid, viral and instructive

When public figures document recovery from surgery, the footage often emphasizes vanity outcomes and final aesthetics. Haley and Hanna did the opposite: they posted a short clip highlighting vulnerability. The caption — “nothing more humbling than trying to do a push-up after getting your 🍒done” — framed the moment with levity, but the scene also contains technical lessons.

Push-ups stress the pectoral muscles, shoulder girdle, scapular stabilizers and the soft tissue of the anterior chest. Breast augmentation — especially when implants are placed beneath or partially beneath the pectoral muscle — temporarily changes how those tissues move and how they tolerate load. Pain, swelling, decreased range of motion, scar tissue formation, and altered proprioception can all make a once-familiar movement feel foreign.

The twins’ surgeon, Dr. Jon Kurkjian, performed the operations in Texas in July 2025. The choice to have matching procedures around the same time mirrors a growing trend among close relatives and teammates who coordinate surgeries for convenience, shared recovery and mutual emotional support. Yet coordinating operations does not change individual healing variability. Even genetically identical twins can recover differently by virtue of implant position, surgical technique, tissue handling, and daily loading during the early weeks.

Why push-ups get hard after breast augmentation

Understanding the mechanics clarifies why a push-up can feel insurmountable in the weeks after augmentation.

• Soft tissue stretching and swelling: Surgery requires tissue dissection and placement of a foreign object beneath or above native breast tissue. Swelling and internal inflammation limit chest wall mobility and increase pain sensitivity. Extended soft tissue tension can create discomfort when compressing the chest during a push-up.
• Muscle involvement and implant plane: When implants are placed under the pectoralis major muscle (submuscular or dual-plane placement), the surgeon lifts and manipulates muscle fibers. During push-ups, the pectoralis actively contracts and lengthens under load. Early after surgery, contracting the pectoralis can tug on the implant pocket, transmit force to irritated tissues, and cause discomfort. If implants are subglandular (above the muscle), direct pressure during push-ups may press implants against the rib cage and generate pain or create movement that feels unstable.
• Scar tissue (capsule formation) and nerve sensitivity: The body starts forming a thin capsule of scar tissue around any implant shortly after placement. Early capsule formation is fragile and sensitive. Nerve endings disrupted during surgery need time to recover, which changes sensation and motor control in the chest.
• Changes in center of mass and biomechanics: Even modest increases in anterior mass alter how the torso balances during push-ups. The trunk and shoulder stabilizers have to accommodate the shifted load. For trained athletes accustomed to precise bodyweight mechanics, that small change can disrupt timing and technique.
• Psychological and proprioceptive effects: Post-operative apprehension about implant displacement or pain can unconsciously alter muscle activation patterns. The twins’ caption captures this psychological reality — humor masking the awkwardness that starts as a physical limitation and becomes a mental barrier.

Recognizing these mechanisms allows athletes to shape realistic expectations about timeline and modifications.

Typical recovery timeline and exercise restrictions

Surgeons provide individualized guidance, but standard recovery stages explain why push-ups are often withheld or modified for several weeks.

• Immediate post-op (first 48–72 hours): Focus on wound care, pain control, reducing swelling. Activities are limited to light walking and avoiding arm elevation that stretches incisions. Chest compression garments are often worn. No chest or upper-body training.
• Early recovery (first 1–2 weeks): Pain and swelling remain prominent. Light daily activities are permitted. Avoid lifting anything heavier than a gallon of milk, refrain from reaching overhead and stop any forceful chest contraction.
• Controlled reintroduction (weeks 3–6): Sutures may dissolve or be removed. Many surgeons allow very light, non-resisted shoulder movement and low-intensity cardio that doesn’t jostle the chest (e.g., walking, stationary bike). Strength training focusing on lower body and core is typically acceptable if it does not stress the chest. Any attempt at push-ups should be cleared by the surgeon and often restricted to modified versions (wall or incline) only after clearance.
• Progressive strengthening (6–12 weeks): Pain and swelling reduce substantially. For subglandular placements, return to full chest training can sometimes occur earlier than for submuscular placements. For submuscular implants, the pectoralis must heal fully around the implant. Between weeks 6 and 12, progressive loading of chest muscles can begin under guidance. Start with isometric holds, then incline and negative-eccentric movements, and finally standard push-ups and bench pressing when tolerated.
• Full return (beyond 12 weeks): Most patients can return to unrestricted upper-body training, though minor sensitivity or asymmetry can persist. Implant settling (the process called “dropping and fluffing”) continues; the final aesthetic and feel can take up to six months to a year.

These stages show why the Cavinder twins encountered push-up trouble: the early weeks put them squarely in the period when chest tissues are healing and capacity is limited.

Practical strategies to regain push-up strength safely

Athletes don’t need to abandon expectations of returning to full push-ups, but they must follow progression and respect tissue healing. Here’s a practical, staged approach that blends surgical timelines with evidence-based rehab principles.

1. Clear the move with the surgeon: Before initiating any chest-loaded exercise, confirm incision healing, absence of infection, and implant stability. Surgeons often provide specific timeframes based on the implant plane.
2. Prioritize scapular and core control early: The shoulder blade and core stabilize the shoulder complex during push-ups. Strengthening the serratus anterior, lower trapezius and rotator cuff with non-resisted or band-based drills reduces compensatory patterns that would otherwise stress the chest.
   • Examples: scapular protraction/retraction holds, wall slides, prone Y/Ts (light), and banded external rotations.
3. Start with isometrics and reduced-load progressions: Begin with static holds and partial-range work before dynamic push-ups.
   • Wall push-ups, progressing to incline push-ups (hands on a bench or bench height), then to knee push-ups and finally full push-ups. Hold the plank position to build core and scapular endurance before dynamic repetitions.
4. Emphasize eccentric control: Eccentric-focused push-ups (slow lowering to a box or bench) develop strength with controlled tissue loading and can be less painful than concentric-dominant motions.
5. Limit volume and monitor symptoms: Early sets should be low volume (1–3 sets of 3–6 reps) and on separate days from other upper-body work. Track soreness, swelling, or new numbness. Any steadily worsening pain, increased redness, drainage, or fever requires immediate medical attention.
6. Use progressive overload but respect rest: Increase repetition, range, or difficulty slowly across weeks. Allow 48–72 hours between chest sessions in the first months to permit tissue adaptation.
7. Employ manual therapy and physiotherapy if needed: A physical therapist or certified sports physiotherapist can help restore scapular mobility, reduce adhesions, and program progressions that balance strength and implant safety.
8. Adjust expectations for peak performance timelines: For competitive athletes, plan procedures in the off-season. Healing, regaining full ballistic chest power and return to competition-level tolerance can take several months.

These steps minimize the risk of complications and get functional strength back efficiently.

The twins’ glute transformation: training without surgery

While their implants addressed anterior aesthetics, the Cavinder twins also posted a separate update showing glute improvements achieved without surgery. Their caption read: “We used to chase skinny. Which meant under-eating, over-training, and wondering why nothing ever grew, especially our glutes,” continuing: “For years, we thought less food = better results. In reality, it just meant stalled progress, low energy, and bodies that couldn’t change.”

Their message contains two key pillars of effective hypertrophy: adequate nutrition and consistent progressive training. The twins applied these principles for six months and reported notable glute growth. That transformation can be broken into actionable steps.

Principles for glute hypertrophy

• Caloric balance and surplus: Muscle growth requires a consistent caloric surplus or at least maintenance with structured resistance training. Under-eating prevents the hormonal and energetic environment necessary for hypertrophy.
• Protein intake and distribution: Aim for 1.6–2.2 grams of protein per kilogram of bodyweight per day, distributed across meals to support muscle protein synthesis. Prioritize high-quality protein and include a post-workout meal.
• Progressive overload: Muscles grow when exposed to increasing demand. For glutes, progressively increasing load, volume, or intensity over weeks drives adaptation.
• Exercise selection and technique: Hip-dominant movements like hip thrusts, Romanian deadlifts, and glute bridges directly target gluteus maximus. Single-leg work, such as Bulgarian split squats and step-ups, addresses asymmetries and increases time under tension.
• Frequency and recovery: Train glutes 2–3 times per week with varied intensities to balance stimulus and recovery.

Sample six-month framework (illustrative) Month 1–2: Foundation and motor control

• Focus: Learn technique, establish mind-muscle connection for hip extension.
• Exercises: Glute bridges, light hip thrusts, Romanian deadlifts with moderate load.
• Volume: 2 sessions/week, 3–4 sets of 8–12 reps.

Month 3–4: Progressive loading and volume increase

• Focus: Increase load, vary rep ranges, introduce single-leg work.
• Exercises: Heavy hip thrusts (3–6 reps), Bulgarian split squats (8–12 reps), heavier Romanian deadlifts.
• Volume: 2–3 sessions/week, mix of heavy and moderate sets.

Month 5–6: Specialization and refinement

• Focus: Maximize loading, refine technique, periodize intensity.
• Exercises: Contrast heavy and high-volume days, add plyometrics for power if desired.
• Volume: 3 sessions/week, with deliberate progressive overload.

This structure mirrors what the twins described: stop chasing low weight, stop under-eating, and apply consistent, appropriately loaded training and nutrition.

Real-world examples: translating the plan for different athletes

• Amateur athlete or busy professional: Two quality sessions per week focusing on hip thrusts and unilateral work can produce tangible glute gains within 3–4 months if nutrition supports growth.
• Competitive athlete with practice demands: Integrate glute work into strength cycles with one heavy and one volume day, ensuring on-court or on-field work doesn’t chronically interfere with recovery.
• Novice lifter: Emphasize technique and progressive overload conservatively. Novices often respond rapidly to low to moderate training stimuli.

Surgical choices that affect function: implant plane, size and technique

Not all augmentations affect movement equally. Several surgical variables influence early and long-term function.

• Implant plane:
  • Submuscular (under the pectoralis major): More interference with early muscle contraction. The muscle must be elevated and reattached around the implant. Healing tends to be slightly longer and early chest activation is more sensitive.
  • Subglandular (above the muscle): Less pectoral disruption, but implants may be more palpable and can be compressed during push-ups, potentially causing discomfort.
• Implant size and projection: Larger implants increase anterior mass and can change biomechanical demands during pushing movements. Surgeons and patients should balance aesthetic goals with functional realities, particularly for athletes.
• Incision location: Inframammary, periareolar or transaxillary approaches affect scarring and sensation differently, which can influence chest mobility early on.
• Surgical technique and surgeon experience: Meticulous pocket creation, hemostasis and respectful tissue handling reduce swelling and pain, facilitating earlier return to function.

Selecting the right combination of choices reduces the functional impact and shortens recovery when performance is a priority.

Safety, complications and red flags

Elective surgery carries inherent risks. Understanding the warning signs is essential, particularly for athletes whose training can mask or exacerbate issues.

Common complications and considerations:

• Hematoma and seroma: Excess bleeding or fluid accumulation may present with rapid swelling, bruising or tightness. These often require prompt surgical assessment and sometimes drainage.
• Infection: Signs include increasing redness, fever, drainage from the incision, and localized warmth. Early infections need antibiotics and sometimes surgical intervention.
• Capsular contracture: Excessive scar tissue around the implant can harden and distort breast shape, leading to discomfort with movement.
• Implant displacement or malposition: Forceful or premature chest loading increases theoretical risk of displacement, though this is uncommon with proper surgical technique.
• Nerve injury and persistent numbness: Sensation changes can be temporary but occasionally persist.

If training results in persistent, worsening pain, patchy numbness, fever, or wound breakdown, contact the surgical team immediately.

Timing surgeries around athletic calendars

Athletes must plan procedures strategically.

• Off-season procedures: Elective augmentation fits best in an off-season when training intensity and competition demands are minimal. This allows the 6–12 week progressive rehab window without jeopardizing key performances.
• Consider delayed timelines: For high-level athletes with narrow off-seasons, waiting until a longer break is available reduces the risk of impaired performance when it matters most.
• Shared surgeries and team implications: The Cavinder twins’ shared timing offered mutual support, yet teammates should consider the risks of simultaneous absences during key team windows.

Team physicians and trainers should be involved in planning, and care plans should include staged return-to-sport protocols.

Public figures, cosmetic surgery and social responsibility

The Cavinder twins are high-visibility athletes and influencers. Their transparent sharing of surgical recovery and training changes normalizes elective procedures but also places responsibility on them and their medical teams.

• Normalization vs. influence: Public documentation can destigmatize surgical choices for adults who make informed decisions. However, young fans may emulate choices without full awareness of risks, recovery time, financial cost, or long-term maintenance.
• Accuracy and nuance: When public figures describe recovery and results, clarifying timelines, medical supervision and possible complications helps audiences form realistic expectations.
• Informed consent and age: Athletes who have considerable social influence should avoid promoting procedures as “easy” or “quick” fixes. Emphasizing consultation with board-certified surgeons and individualized care protects followers.

The twins balanced candid moments (push-up struggles) and educational posts (nutritional lessons that led to glute growth), which offers a constructive model: show both the challenges and the disciplined work that leads to change.

Choosing a surgeon and preparing for surgery

Selecting an experienced, board-certified plastic surgeon and preparing well are the best predictors of a smooth recovery and satisfactory outcome.

Checklist for surgeon selection and pre-op planning:

• Board certification and hospital privileges: Confirm the surgeon’s credentials and their operating environment.
• Before-and-after portfolios and patient testimonials: Review cases similar to your body type and athletic demands.
• Detailed discussion of implant plane options, projected outcomes and functional implications: Ask how submuscular vs subglandular placement might affect your sport and when you can return to full activity.
• Preoperative fitness and smoking cessation: Being in good physical condition and abstaining from nicotine reduces healing complications.
• Plan for recovery logistics: Arrange transportation home after surgery, and schedule a gradual return to training with medical clearance before resuming strenuous work.
• Postoperative follow-up schedule: Understand how often to see the surgeon during the first 12 weeks and who to contact for urgent concerns.

Good preparation reduces anxiety and sets realistic timelines for training resumption.

Integrating rehab into athletic programming

Athletes return best when surgery recovery is integrated into an overall training plan rather than treated as an interruption. Strength coaches, physiotherapists and team medical staff should coordinate.

• Preserve conditioning with lower-body focus: The early weeks are ideal for emphasizing leg strength, core stability and metabolic conditioning that do not stress the chest.
• Maintain cardiovascular fitness safely: Low-impact cardio like cycling and walking keeps endurance up without creating jarring chest movements.
• Add mobility and stability work: Work on hip mobility, thoracic spine mobility and unilateral leg strength to return to pre-surgery balance.
• Reintroduce upper-body kinetic chain training progressively: Sequence exercises from low-load scapular work to incline pressing and finally to full-range press-type exercises.
• Monitor load with objective metrics: Use session RPE (rating of perceived exertion), external load measurements, and symptom tracking to guide progressions.

A coordinated approach minimizes deconditioning and accelerates safe return to competitive performance.

Ethics, aesthetics and lifespan considerations

Breast implants are not lifetime devices. Athletes and active individuals should understand long-term implications.

• Revision rates: Over time, many patients will need revision surgery for implant exchange, repositioning or addressing complications. Expect lifespan planning.
• Imaging and future screenings: Implants can complicate mammographic imaging. Discuss proper imaging techniques and timelines with medical providers.
• Body changes and performance: Weight fluctuations, muscle hypertrophy, and sport-related body composition changes can alter how implants look and feel. Factor this into expectations.
• Informed financial planning: Budget not only for initial surgery but potential future procedures, maintenance and possible revision.

Recognizing implants as part of a long-term health and performance picture prevents surprises down the road.

Lessons from the Cavinder twins’ approach

Their public posts deliver several practical takeaways beyond the immediate humor of struggling with push-ups.

• Transparency matters: They showed early vulnerability and later disciplined effort. Both are valid parts of a broader approach to body goals.
• Training and nutrition drive meaningful change: Their glute progress demonstrates the returns from changing energy intake and structured progressive resistance training.
• Timing and planning are crucial for athletes: Scheduling surgery when it least disrupts competitive obligations and integrating rehab into training is essential.
• Recovery demands patience: Early movement limitations are normal. Pushing too quickly risks complications and setbacks.

Athletes who consider cosmetic procedures should weigh immediate aesthetic benefits against short-term functional limits and long-term maintenance.

What athletes often overlook

Several practical items commonly get missed in pre-surgery planning.

• Impact on screening and protective equipment: Sports that require chest protectors or tight straps may press on fresh incisions or implants during early recovery.
• Scar care and sun exposure: Incisions are vulnerable to pigmentation and should be protected from sunlight during healing.
• The psychological curve: Body image satisfaction often fluctuates during recovery. Expect emotional ups and downs and plan supportive care, including counseling if needed.
• Implant palpability in contact sports: Contact athletes may find implants more noticeable during collisions; discuss implant profile and positioning with your surgeon.

Addressing these details ahead of time reduces uncertainty and enhances satisfaction with outcomes.

Broader trend: athletes and cosmetic procedures

Cosmetic procedures among athletes have become more visible. The intersection of performance, aesthetics and sponsorship makes this a nuanced topic.

• Performance vs aesthetics: Many athletes choose procedures to meet personal aesthetic goals unrelated to sport performance. Others opt for reconstructive or corrective surgery for injuries.
• Sponsorship and image: A changing public image can carry commercial benefits. Yet athletes must balance marketability with health and career longevity.
• Peer influence: When teammates or peers undergo similar procedures, social proof can influence decisions. Ensure personal motives remain primary.

The Cavinder twins encapsulate modern tensions: they are athletes, public figures and entrepreneurs who navigate image and performance simultaneously.

Realistic outcomes and managing expectations

A successful outcome blends surgical results with realistic functional timelines.

• Expect staged progress: Early postoperative weeks prioritize healing, not strength. Aesthetic settling and functional return progress on different but overlapping tracks.
• Document recovery: Photos, symptom logs and training notes help you and your surgeon assess progress objectively.
• Adapt long-term training: Tighten programming to accommodate changes in body mass distribution and sensation.

Athletes who respect timelines and modify programs thoughtfully recover faster and maintain performance.

FAQ

Q: How long after breast augmentation can I do push-ups? A: The timeline depends on implant placement, surgical technique and personal healing. Many surgeons restrict chest-loading for the first 4–6 weeks. For submuscular implants, conservative progression toward push-ups often begins after six weeks, with gradual increases from wall or incline variants. Full, unrestricted push-ups and heavy benching are frequently delayed until 8–12 weeks or longer, depending on healing and surgeon clearance.

Q: Will implants permanently affect my ability to perform in sports? A: Most athletes return to their previous performance levels after full recovery. Early limitations are common. Long-term effects are generally minimal if surgery and rehab are managed correctly. Implant size, placement and sport-specific demands may influence sensation and biomechanics, so discuss goals and concerns with a surgeon experienced in working with athletes.

Q: Can I get glute growth like the Cavinder twins without surgery? A: Yes. The twins’ glute transformation highlights progressive resistance training and adequate nutrition rather than surgical alteration. Prioritize consistent progressive overload, train glute-specific exercises (hip thrusts, Romanian deadlifts, Bulgarian split squats), and ensure sufficient caloric intake and protein (roughly 1.6–2.2 g/kg daily) to support hypertrophy.

Q: Should twins or teammates schedule surgeries at the same time? A: Coordinating surgeries can provide emotional support and logistical convenience. However, simultaneous surgeries may affect team availability and complicate shared resources. Individual healing still varies, so each person should maintain their own pre-op and rehab plan.

Q: What are signs of complications I should watch for after augmentation? A: Rapidly increasing swelling or bruising, severe pain that’s worsening rather than improving, redness, fever, drainage from the incision, or visible implant shift are reasons to contact your surgical team promptly.

Q: How do I pick a surgeon if I’m an athlete? A: Choose a board-certified plastic surgeon with hospital privileges and experience with athletic patients. Discuss implant plane, projected return-to-sport timelines, and long-term maintenance. Ask to see cases similar to yours and clarify post-op follow-up protocols.

Q: Can I safely continue lower-body training after augmentation? A: Yes, most patients can continue lower-body training relatively early, as long as exercises avoid heavy Valsalva or positions that strain the chest. Coordination with your surgeon and gradual progression ensures safety.

Q: Are implants a lifetime device? A: No. Implants may require revision, exchange or removal at some point. Expect to consider future procedures and factor this into your long-term planning.

Q: How should I prepare my training program around surgery? A: Plan surgery in an off-season or downtime, communicate with coaches and medical staff, and schedule progressive rehab steps into your training calendar. Use the early recovery window to emphasize mobility, conditioning and lower-body strength while protecting chest tissues.

Q: Can implants affect mammograms or breast screenings? A: Implants can alter imaging. Specialized techniques improve screening accuracy. Inform your imaging center about implants so technologists can use appropriate methods; consult your physician for recommended screening intervals.

The Cavinder twins’ candid push-up video captures a simple truth: altering the body surgically changes immediate function. Their follow-up account of disciplined, non-surgical glute growth reminds athletes that training and nutrition remain powerful tools for structural change. For those considering augmentation, careful planning, expert surgical care, staged rehabilitation and a realistic training timeline will preserve performance while delivering desired aesthetic results.