Racquet sports athletes often experience groin injuries, with research on elite players showing 16.4% lower adductor strength in injured limbs compared to uninjured ones.
You stretch wide to reach a deep forehand, feel a sharp, uncomfortable pull in your inner thigh, and spend the rest of the match hesitating on every lateral step. This familiar scenario represents one of the most frustrating experiences for court athletes. To build resilient hips and groins, players must transition from passive stretching to progressive strength training, active mobility work, and careful workload management. This comprehensive guide provides a research-led blueprint to keep you moving freely and safely across tennis, pickleball, and padel courts.
The hip and groin region should be treated as a connected movement system rather than a collection of isolated muscles. When you accelerate laterally, brake into a deep lunge, or recover from an open stance, multiple muscle groups must produce and absorb force together. Treating this area as a single, integrated unit is the first step toward effective preparation.
To understand groin pain, sports medicine professionals rely on the Doha agreement clinical classification. This framework divides groin issues into three main groups: defined clinical entities, hip-related groin pain, and other causes. The defined clinical entities are:
Outside of these entities, hip-related groin pain includes issues within the joint itself, such as labral or cartilage pathology. However, clinical studies show that imaging findings do not automatically establish the source of a player's pain.
The adductor group consists of several muscles on the inner thigh. These muscles contribute to hip adduction, control pelvic tilt, and transfer force during lateral movement on the court.
Your adductors work hardest when you push off from a wide stance, brake into a deep lunge, or quickly recover your court position. They must generate significant eccentric strength, which is the ability to produce force while the muscle is lengthening. If a player lacks sufficient eccentric capacity, the adductors can easily become overloaded during sudden change-of-direction movements.
The hip abductors, which include the gluteus medius and minimus, sit on the lateral side of the hip. These muscles stabilize the pelvis and control the thigh bone when you stand or land on one leg.
Prevention programs must focus on the relationship between the inner thigh and the lateral hip. Research on elite tennis players with a history of groin injuries reveals a clear pattern. Their injured limbs showed 16.4% lower isometric adductor strength and 20.1% lower adductor-to-abductor strength ratios compared to uninjured limbs. This highlight the need to maintain balanced strength across both sides of the hip joint.
A racquet player needs adequate range of motion in flexion, extension, abduction, adduction, and internal and external rotation. However, simply being flexible is not enough to prevent injuries.
We must focus on usable range of motion. This is the movement range that a player can actively control under load, at speed, and during sport-specific positions. Having a large passive range of motion without the strength to control it can actually increase injury risk during unpredictable court movements.
Scientific research provides valuable insights into how racquet sports affect the lower body. Understanding these patterns helps us design better training programs.
Lower extremity injuries are highly common in court sports, accounting for 31% to 67% of all reported tennis injuries. Muscle strains in the thigh and groin are among the most frequent issues.
A long-term study at the French Open from 2011 to 2022 recorded 52 hip and groin injuries. This represented 6.9% of all recorded injuries during the tournament. The proportion was 9.5% among male players and 4.6% among female players. While professional data represents a highly specific group, it highlights the constant stress placed on the hip region during competitive play.
Fatigue significantly alters muscle function during a match. Research on elite tennis players shows that dominant-limb isometric adduction strength decreased by 17.8% immediately after match play. Additionally, the dominant-limb adductor-to-abductor strength ratio dropped by 11.6%.
Interestingly, passive hip range of motion did not change after the matches. This suggests that fatigue-related loss of force capacity is a much greater risk factor than a simple lack of flexibility. Your muscles do not necessarily tighten up during a match, but they do lose their ability to absorb high-speed landing forces.
The modern open stance is a vital tool for hitting powerful groundstrokes on the run. Biomechanical research shows that a double-open-stance forehand increases hip joint angles and overall joint loading.
This does not mean you should avoid the open stance. It simply means your hips must be physically prepared to handle these rotational and lateral demands. If you use an open stance frequently but lack lateral hip strength, the repetitive stress can eventually lead to overuse issues.
It is common for players to worry when an imaging scan reveals a structural variation, such as a labral tear. However, a systematic review of athletes found that labral tears were present in 54% of asymptomatic athletes.
Furthermore, hip osteoarthritis was visible on scans in up to 17% of athletes who had no pain or functional limitations. This means structural variations are often normal adaptations to years of playing sports. Your physical capacity and movement quality are far more important than a static picture on an X-ray or MRI.
To protect your hips and groins, you must apply your physical capacity directly to court movement. Being strong in the gym is only helpful if you use efficient mechanics during a match.
Every time you run to hit a wide ball, you must brake efficiently before changing direction. Many players make the mistake of keeping their feet too close together when stopping. This places excessive shearing forces on the pubic joint and strains the inner thigh muscles.
Instead, focus on wide-base deceleration. Step out wide with your lead foot and sink your hips low to the ground. This position allows your large gluteal muscles to absorb the braking force, sparing the delicate groin tissues.
The split step is not just a tactical movement; it is also a protective mechanism. Landing a split step on the balls of your feet prepresses your muscles to receive load.
When you split step, your hip abductors and adductors contract slightly to stabilize your pelvis. This pre-activation prevents sudden, passive stretching of the groin when you start to sprint. Ensure you split step before every opponent shot to distribute movement forces evenly across both hips.
While open-stance hitting is highly effective, relying on it exclusively can overload the hip rotators. Try to vary your stance selection based on court position.
When you have plenty of time to set up, use a neutral or semi-open stance. This allows your hips to rotate naturally over a stable front foot. Save the extreme open stance for defensive situations where you are stretched wide and must react quickly.
While tennis, pickleball, and padel share similar movement patterns, each sport places unique demands on the hip and groin region. Tailoring your training to these differences is essential for long-term health.
Tennis is played on a large court, requiring long sprints, high-speed lateral slides, and deep lunges. Players on hard courts must absorb immense deceleration forces, while clay-court players must control long, sliding strides.
These movements require exceptional eccentric adductor strength to slow down the body and pull the trailing leg back into position. Players can find targeted resources to build these specific physical qualities by reviewing injury prevention resources on our platform.
Pickleball is played on a much smaller court, meaning players rarely sprint long distances. Instead, the game is characterized by constant, low-level squatting near the non-volley zone line.
This sustained low stance places a isometric endurance demand on the hip flexors and deep gluteal muscles. Sudden lateral lunges to reach angled dinks require rapid, short-range eccentric control. Pickleball players need a strong, stable base that can tolerate deep compression without placing excessive pressure on the anterior hip.
Padel movement is highly dynamic due to the surrounding glass walls and the smaller, shared court space. Players must frequently turn, backpedal, and react to unpredictable ball rebounds.
This environment demands excellent hip rotational mobility and rapid change-of-direction capacity. The frequent transition from low defensive lunges to reaching for overhead shots stresses both the front and back of the hip joint. Padel players must focus heavily on rotational hip control and multi-directional stability.
To build resilient hips, you must gradually increase the complexity and load of your exercises. Jumping straight into advanced lateral drills can easily irritate sensitive tissues.
The goal of this stage is to establish basic muscular tolerance and control without high joint stress. These exercises are ideal for building initial strength or starting a rehabilitation program.
Once basic control is established, you should focus on increasing range of motion and adding external load. You can explore more structured programming options in our strength and conditioning guidelines.
This stage prepares your muscles to absorb high forces during rapid court movements. The focus is on controlling the descent and stabilizing your body under momentum.
The final stage integrates your gym strength into actual on-court performance. These drills should mimic the unpredictable, high-speed nature of competitive play.
The Copenhagen adduction exercise has gained significant attention in sports medicine. It is a highly effective tool, but it must be understood and programmed correctly.
A landmark clinical trial conducted on 35 male semi-professional football teams evaluated the impact of a structured Copenhagen adduction program. The intervention group performed the exercise three times weekly during a 6 to 8 week preseason, and once weekly during the competitive season.
This simple addition reduced the overall seasonal prevalence of groin problems from 21.3% to 13.5%. The players in the intervention group had a 41% lower chance of reporting groin issues. However, a subsequent meta-analysis reported a less certain reduction in seasonal groin injury prevalence, showing a risk ratio of 0.83. This indicates that while the Copenhagen exercise is highly valuable, it should not be relied upon as a single, stand-alone solution.
The Copenhagen exercise places immense leverage on the knee and groin joints. You must start with the easiest variation and progress slowly over several weeks.
Because the Copenhagen exercise creates intense eccentric stress, it can cause severe muscle soreness if introduced too quickly. Never perform this exercise immediately before a demanding match or training session.
Schedule your Copenhagen training on off-days, or at the very end of a strength session. Start with just one session per week during the competitive season to allow your muscles plenty of time to adapt.
Rather than chasing extreme flexibility, court athletes should focus on functional hip mobility. If you want to learn more about developing a mobile lower body, explore our resources on hip mobility and movement.
Many players spend hours passively stretching their hip flexors and groins without seeing long-term results. Passive stretching relaxes the nervous system temporarily but does not build lasting structural change.
To create resilient joints, we must combine stretching with muscle contraction. This teaches your brain that the newly acquired range of motion is safe to use during explosive court movements.
For players focused on athletic longevity for court athletes, managing your training volume is just as important as the exercises you perform. As we age, our tendons and muscles require more deliberate loading and recovery.
Many hip and groin injuries are caused by sudden spikes in training volume rather than a single traumatic event. The acute-to-chronic workload ratio (ACWR) compares your short-term activity level to your long-term average.
If you suddenly increase your playing time, your ACWR will spike. Research shows that an ACWR above 1.5 in adult athletes is strongly associated with a higher risk of soft-tissue injuries. To avoid these spikes, limit week-to-week increases in playing time or training intensity to around 10%.
As we age, we experience natural changes in muscle mass, tendon stiffness, and joint cartilage. However, progressive resistance training helps maintain athletic performance and reduces the rate of serious injuries.
Consider the case of a 58-year-old recreational singles player who only plays twice a month. During those matches, they run, lunge, and slide with high intensity.
Despite being generally active, this player is at high risk for a groin strain. Their muscles are unaccustomed to the specific, violent forces of lateral deceleration, leading to structural overload. To prevent this, infrequent players must perform low-dose, weekly off-court preparation to bridge the gap between their matches.
Avoiding common training mistakes is an easy way to protect your hip and groin tissues from unnecessary stress.
When a player feels a tight sensation in their groin, their immediate reaction is usually to stretch it aggressively. However, chronic tightness is often a protective response from a weak muscle that is being overloaded.
Stretching a weak, irritated muscle can make it even less stable. Instead of stretching, focus on light, pain-free isometric strengthening to reassure the nervous system and build tissue tolerance.
Many players discover that one hip has slightly less rotational range of motion than the other. This often leads to unnecessary worry and aggressive mobility routines.
In reality, minor structural asymmetries are normal adaptations to playing a one-handed racquet sport for years. Unless an asymmetry is accompanied by pain, weakness, or a noticeable loss of movement quality, it does not require aggressive correction.
Because adductor strength can drop by nearly 18% after a match, your hips are highly vulnerable in the hours following intense play. Avoid performing heavy leg training or participating in secondary sport activities immediately after a match.
Prioritize proper recovery, including light walking, hydration, and quality sleep, to help your muscles return to their baseline strength. Learn more about optimal post-match recovery by visiting our dedicated guide to post-match recovery strategies.
To make this information practical, use the following sample templates to structure your weekly training and court preparation.
Perform these exercises on separate days from your high-intensity matches to ensure proper recovery and high movement quality.
This 10-minute warm-up increases your core temperature, mobilizes your hip joints, and prepares your nervous system for rapid, lateral movements.
If you experience mild groin irritation, use this criteria-based progression to return to play safely. Only move to the next step if you are completely pain-free during and after your current step.
While physical preparation can prevent many issues, some symptoms require professional medical assessment. Do not ignore warning signs that point to deeper structural problems.
Consult a qualified physical therapist or sports medicine physician if you experience any of the following symptoms:
A professional assessment will help pinpoint the exact clinical entity behind your discomfort. A physical therapist can perform specific clinical tests, evaluate your lateral hip strength ratios, and design a customized, pain-free rehabilitation program. Taking action early prevents a minor muscle strain from turning into a chronic, season-ending issue.
Bookmark this guide and return to it whenever you are planning a return to play after an offseason, preparing for an upcoming tournament, or noticing early signs of post-match hip tightness. Keeping these research-backed principles fresh in your mind ensures your training remains focused on structural balance, athletic longevity, and consistent performance.
By investing in progressive hip strength, functional mobility, and smart recovery, you can enjoy the physical challenges of tennis, pickleball, and padel with confidence and resilience for many years to come.
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