Strengthening Adductors and Core for Athletes

🎯 Off-Season Prehab: 7 Exercises to Oil the Engine and Target Specific Needs The off-season is the time to rebuild, recalibrate, and prepare the body for the demands of the upcoming season. Here's a 7-exercise prehab routine to target the most injury-prone and performance-critical areas in athletes. Each movement is selected based on research and functional transfer to high-performance sport. 👇 Here’s the breakdown: 1. Overhead Bulgarian Split Squat
🔓 Dynamic Flexibility for the Anterior Oblique Chain
This targets the fascial system linking core to lower body, enhancing rotational power and mobility. By activating joint stabilizers, we signal the nervous system to allow greater ROM safely – where stability drives mobility. 2. Lateral Reach
🦵 Eccentric control & lateral chain activation
Strengthens gluteus medius/maximus and improves pelvic control via the lateral sling system. Crucial for movement efficiency and injury prevention during lateral movements. 3. Dynamic Side Bridge & Row
🧠 While not sport-specific in movement, it trains the physiological systems underpinning sprinting and kicking:
💡 Perform the row with the opposite arm to stance leg to engage the posterior oblique sling, which transfers ground force through the SI joint to the opposite latissimus dorsi – the "spinal engine" of sprinting.
💡 The yellow band creates a rotational and backward force, enhancing eccentric glute recruitment and trunk-hip dissociation. 4. Lateral Sled Pull
🛡️ Adductor strength for groin injury prevention
Groin injuries are the most common overuse injuries in football (Eirale 2014), especially after inactivity. This exercise strengthens the adductors dynamically. 5. Adductor Plyos
⚡ High-speed energy absorption & control
These plyometrics train the adductors to absorb force and stabilize at high velocity. Improved neuromuscular control and energy return means more shot power with less adductor load. 6. Bulgarian Split Squat Pogo
🔋 The Soleus: The silent powerhouse * Generates up to 8x bodyweight during running (Dorn 2012) * Stores elastic energy more efficiently than the gastrocnemius (Lai 2018) * Works quasi-isometrically during the pogo to optimize recoil. Improving soleus function boosts running economy and sprinting performance. 7. Keiser Acceleration
🚀 Horizontal Force Production & Explosive Posterior Pelvic Tilt * Maximally activates biceps femoris to restore acceleration speed post-injury * Improves posterior pelvic tilt, key to force transfer in sprinting (Sado 2017, 2019) * Reduces hamstring reinjury risk by addressing horizontal force deficits (Mendiguchia 2017, Roksund 2017)
💥 Also boosts kicking power while lowering adductor strain (Goeverden 2019) 🔁 This routine addresses the biomechanical and neuromuscular demands of football and high-speed sports. #Prehab #SportsScience #InjuryPrevention #PerformanceTraining #HamstringRehab #AdductorStrength #SoleusPower #FootballPerformance #OffSeasonTraining #EvidenceBasedTraining

⚽️ Prehab in football isn’t about adding 45 minutes of physio-style drills before every session. The reality is that players (and coaches) won’t buy into that. But if you want to actually reduce injuries, you need a system that works on two levels. What I term: 🔹 Daily activation drills - short, low-load movements to switch the system on. 🔹 Capacity builders - heavier evidence-based exercises, placed smartly in the MD-week to build real robustness. Here’s how I'd structure it across a squad: ⚽ Daily Activation (8–10 min, every training) • Mini-band walks - 2×10m each way • Adductor squeeze with ball - 2×20s • Glute bridge march - 2×8 each side • Pogos - 2×15 • World’s greatest stretch – - 2×5 each side 👉 Low soreness, zero equipment headaches, repeatable every session. ⚡ Capacity Builders (10 min, 2×/week: MD-4 & MD-3) ° Nordic Hamstrings - 2–3×4–6 ° Copenhagen Adductions - 2–3×8/side ° Single-leg balance (perturbations) - 2×30s/leg ° Bent-knee calf raise hold - 3×8 (2s pause) ° Sprint exposures - 3–4 × 30m @ ≥90–95% MSS, full recovery 👉 These are the big rocks with strong evidence behind them for reducing hamstring, groin, and ankle injuries. 📅 My Weekly Flow Example (ie., Sat match, Wed off) Mon (MD-5): Activation only Tue (MD-4): Activation + Capacity Thu (MD-3): Activation + Capacity Fri (MD-2): Activation only Sat (Match): Neural primer Sun (MD+1): Mobility / light ankle work 💡 My Bottom line: Daily activation gets the system switched on, BUT, capacity work builds armour players need! Put them together, delivered consistently, and you’ve got a prehab system that players actually buy into!

Adductor injuries are common across many field and court sports, yet rehabilitation often skips important steps in restoring the capacities that actually protect the athlete during high-speed sport movements. Too often athletes regain general strength but still lack the joint control, force absorption ability, and locomotive readiness required for sprinting, cutting, and braking. In Rethinking Return to Play, my Adductor Rehab Program is structured to function like a flowchart or checklist, ensuring that athletes progress through key physical capacities before moving to the next stage. Rather than simply strengthening the muscle, the goal is to rebuild the entire system that allows the adductors to function during high-speed movement. The progression begins with restoring active range of motion and end-range joint control. Passive mobility alone is not enough. Athletes must be able to actively control the joint and tolerate loading in the positions where adductor injuries frequently occur. Methods such as PAILs/RAILs, passive end-range holds, and lift-offs ensure the athlete can produce force and maintain stability at these positions before progressing further. Once this joint capacity is established, the focus shifts toward the contract-relax ability of the muscle. Through isolated oscillatory work and Copenhagen-based progressions, the adductors are trained to rapidly transition between contraction and relaxation. This quality is critical for pelvic stability and efficient running mechanics, where the adductors must repeatedly switch between force production and force absorption. After isolated capacity is restored, the next step is integrating the adductors into multi-joint movement patterns. Lateral and transverse squats, lunges, and resisted sled patterns teach the adductors to function within the larger kinetic chain, controlling frontal and transverse plane forces while stabilizing the pelvis during dynamic movement. From there, the program progresses into higher rate loading through isoinertial training. Flywheel lateral squats, split squats, and sumo patterns expose the tissues to controlled eccentric overload and braking forces. This prepares the adductors for the rapid force absorption required during cutting, decelerating, and lateral movement in sport. The final stage reintroduces progressive locomotive patterns, beginning with marching and rhythm drills before advancing to skipping, bounding, sprinting, and multidirectional change of direction work. As intensity and velocity increase, athletes begin to experience the complexity and coordination demands that mirror sport performance. When rehabilitation is organized this way, it ensures athletes have the necessary joint capacity, strength, contract-relax ability, and locomotive competence before returning to full sport demands. Rethinking Return to Play: https://lnkd.in/eCv3AqRF

Every season, we see the same story. A player cuts hard. Tries to recover. Then goes down clutching the groin. In elite football, adductor related injuries account for over 23% of all muscle strains- and the rate has nearly doubled in the last decade. Most people still assume it’s about weak adductors. Yes - ofc strength matters. But if that was the only reason, we would’ve solved it years ago. The problem starts way before the pull happens. Here’s the chain that usually breaks down: Neural Drive: The brain sends the command timing, coordination, intent. Pelvic Control: The trunk and pelvis must co-contract to steer direction. Adductors: Act as force regulators, transferring and absorbing load. Movement: The limb executes deceleration or change of direction. When that system is synchronized, the adductors distribute load efficiently. But when the pelvis lags or core timing is off, the adductors become the emergency stabilizer, absorbing up to 3× bodyweight during cutting or braking That’s not poor strength. That’s poor timing. A millisecond delay between the brain, pelvis, and ground reaction can decide whether they protect or tears. Here’s how I approach it inside my programs: Instead of just training the adductors in isolation, I train the system around them. - Trunk to pelvis co-contraction: Eg: anti-rotation drills, offset loading, Isokinetic trunk rotations (slow to fast) to teach decoupling and control, End range co-contraction drills where the athlete learns to stabilize the pelvis without overgripping the hip flexors. - Reactive adductor loading: Copenhagen variations under fatigue or perturbation, Reactive isometrics - Lateral deceleration with rotation: Controlled → reactive change of direction. Lateral decel with trunk rotation bias - teaching force redirection - Multi-planar control: To build adaptability not symmetry. (by training the system to accept load in one plane and redirect it in another) References: -Ekstrand et al., UEFA Elite Club Injury Study (2022) -Weir et al., Br J Sports Med (2015) -Serner et al., Am J Sports Med (2019)

Movement Monday is here. If you’ve never tried a Copenhagen plank, prepare to be humbled. This deceptively simple exercise is one of the most effective ways to build strength, stability, and resilience, particularly in the muscles we often neglect until injury strikes. As an orthopedic trauma surgeon, I see the consequences of muscle imbalance and weakness every day. Strong muscles aren’t just about performance or aesthetics, they are about protection, function, and longevity. The Copenhagen plank is a powerhouse exercise that strengthens the adductors, a critical yet often overlooked muscle group responsible for stabilizing the pelvis and supporting lower extremity movement. Why It Matters 🔹 Injury Prevention Weak adductors are strongly associated with groin strains and athletic injuries. Strengthening them reduces risk and improves resilience. 🔹 Pelvic and Hip Stability Essential for runners, lifters, and anyone who wants to move efficiently and pain-free. 🔹 Knee Protection Improved medial chain strength supports knee alignment and reduces strain on surrounding structures. 🔹 Enhanced Athletic Performance Better force production, balance, and control translate into stronger, more efficient movement. How to Perform It Lie on your side with your top leg supported on a bench or sturdy surface. Position your bottom leg beneath it for support or let it hover for an advanced variation. Lift your hips, keeping your body in a straight line. Engage your core and inner thigh. Hold for 10–30 seconds per side. Progression Tip: Start with a bent-knee variation and work your way up to a full extended-leg hold. Warning: If it feels easy… you’re probably doing it wrong. Muscle is medicine. And sometimes, the strongest prescriptions don’t come in a bottle, they come from a bench and a plank. #CopenhagenPlank #MuscleIsMedicine #InjuryPrevention #Orthopedics #StrengthTraining #SportsMedicine #HipStability #KneeHealth

🚀 New Resource for Clinicians, Athletes & Rehab Specialists Proud to share a professional guide: Pelvic Stabilization & Hip Strengthening Program. This evidence-based protocol targets one of the most common weak links in human movement — the lumbopelvic-hip complex. 🔹 Inside the program: ✅ Dynamic bridge series for core–glute activation ✅ Rotary stability drills (Clamshell progressions & variations) ✅ Side plank progressions with abduction challenges ✅ Lateral hip strengthening circuits (mat & box-based) ✅ Advanced gluteal activation (fire hydrants, physioball holds, Frankenstein walks) ✅ Functional mobility & control work to improve athletic performance and prevent injury 💡 This program is designed to improve pelvic control, hip stability, and gluteal strength, which are crucial for: Injury prevention Sports performance Post-rehab return-to-play Everyday functional movement 📌 Whether you’re a physiotherapist, strength coach, or athlete, this resource provides progressive exercises backed by functional movement principles. #Physiotherapy #Rehabilitation #SportsInjury #StrengthAndConditioning #GluteTraining #PelvicStability #AthleticPerformance

Adductor strength is often overlooked, but it plays a major role in pelvic stability, change of direction, and overall lower body strength and stability. One simple way to elevate traditional adductor work is to add an upper body pull. This creates a new stimulus and integrates the entire chain including the hips, trunk, and shoulder complex into one coordinated effort. The exercises shown in this video include:
 Copenhagen Side Plank → Copenhagen Side Plank with Band Row 
Cable Anti Rotation Hold with Iso Med Ball Hip Adduction → Iso Med Ball Hip Adduction with Single Arm Cable Row 
Adductor Slider Lunge → Adductor Slider Lunge with One Arm Band Row 
Stability Ball Adductor Wall Iso → Stability Ball Adductor Wall Iso with Band Pull Apart This approach improves:
 ✅ Lower body strength and stability ✅ Strength around the shoulder complex ✅ Neuromuscular coordination
 ✅ Full body integration under tension You do not always need new exercises. Sometimes you just need smarter variations that challenge the system in a more complete way. Add a pull. Integrate the chain.
Let’s work!

📚Adductors in Your Squats! ⁉️Did you know the adductor muscles not only adduct the hip but also assist in flexion and extension? ✅️In deep squats, adductors assist in hip extension, especially at the start of the ascent. Because of their angle, they also adduct the hips, potentially causing knee valgus at the beginning of the ascent. ✅️Everyone needs strong hips. Athletes need them to perform a wide variety of movements within a given sport. Aging adults need them to help reduce the risk of falls. When we think about the hip, most people think about the glutes and abductors. You can look in any gym and see a handful of people with a band around their knees performing movements targeting the glutes and abductors. However, the most neglected muscle is the one on the inside of the thigh: "the adductor". ➡️However, there are important benefits to focusing accessory movements on the adductors. They plays a role in hip extension and stabilization of the pelvis. Hip extension is one of, if not the most powerful movements of the body. It is how we jump, stand, walk, run, and sprint. If we neglect the adductor muscles, we are missing out on added stabilization of the pelvis during all these movements. ➡️Groin strains are the most common among athletes who are sprinting, cutting, and changing directions. Throughout these movements, the adductors take on a large load of eccentric forces. This means that just like the hamstrings during a heel strike, these muscles are force absorbers. A muscle is more likely to tear or strain if it is not strong enough to absorb an increasing amount of force. Strengthening the adductors can reduce the likelihood of a groin strain. ✅️The adductors not only stabilize the pelvis, but they also control pelvic rotation. This is highly important for sports such as baseball, softball, golf, hockey, or tennis. All of these sports rely highly on the rotational power of your hips for swinging and throwing. Weak adductors will not help you hit farther or throw harder. 📌HOW TO STRENGTH THE ADDUCTORS. 🔸️Banded adduction 🔸️Adductor Machine 🔸️Medicine ball scoop pass 🔸️Adductor foam roller hold 🔸️Lateral lunge 🔸️Copenhagen plank