RSM-SMM-008
Written by Hironori Ikeda, MSc Sports Medicine
RSM International Academy · Chiang Mai, Thailand
What Should You Assess When Groin Pain Appears During Cutting or Kicking?
An athlete may shorten a kick, hesitate before planting the foot or hold the groin after a rapid cut. That reaction identifies a sporting problem, but it does not tell you whether the main presentation is adductor-, iliopsoas-, inguinal-, pubic- or hip-related pain, an acute tear, or another medical cause.
At RSM, I map the exact task and symptom first, then compare resisted adduction, hip motion, local palpation and the athlete's own cutting or kicking demand. The findings must form a coherent pattern before manual contact or exercise is selected.
This guide explains the relevant functional anatomy, the Doha clinical categories, criteria-based loading and a matched return-to-sport re-test. The aim is to identify what changes the decision—not to call every painful groin a tight adductor.
In This Article
- What Should You Assess When Groin Pain Appears During Cutting or Kicking?
- In This Article
- 1. Reconstruct the Cutting or Kicking Mechanism and Irritability
- 2. Classify Adductor, Iliopsoas, Inguinal, Pubic and Hip Findings
- 3. Connect Adductor Function With Hip Position and the Sport Task
- 4. Progress Adductor Strength Before Full-Speed Cutting and Kicking
- 5. Re-test the Same Cut, Kick or Adduction Demand
- Related RSM Clinical Blogs
- Study Sports Medicine Massage at RSM
1. Reconstruct the Cutting or Kicking Mechanism and Irritability
Ask whether pain began during a forceful kick, lateral plant, acceleration, deceleration, split position or collision, or accumulated across training. Record recent changes in kicking volume, sprinting, direction changes, gym load, surface and recovery. A sudden pop with bruising, swelling, marked weakness or inability to continue changes the referral and loading plan.
Map the pain at the proximal medial thigh, pubic region, inguinal canal, deep anterior hip or lower abdomen. Ask whether coughing, sneezing, sitting, walking, getting out of a car, hip rotation or striking the ball changes the symptom. Testicular, abdominal or systemic symptoms require medical assessment rather than a musculoskeletal assumption.
Choose a tolerable baseline at the current irritability: walking, a low-load adduction effort, comfortable hip motion or a reduced-speed sport action. Record hip position, effort, repetitions and pain location. Do not force a maximal squeeze, deep stretch or full-speed cut simply to reproduce an acute complaint.
2. Classify Adductor, Iliopsoas, Inguinal, Pubic and Hip Findings
An adductor-related presentation requires adductor tenderness together with familiar pain on resisted adduction. Under the Doha definitions, iliopsoas-related groin pain requires iliopsoas tenderness; familiar pain during resisted hip flexion and/or hip-flexor stretching makes that category more likely. Resisted hip-flexion pain alone does not meet the definition or prove a particular tissue lesion.
Inguinal-related pain requires pain in the inguinal-canal region and tenderness of that canal, without a palpable hernia; abdominal resistance, coughing, sneezing or Valsalva may aggravate it. Pubic-related pain is defined by local tenderness of the pubic symphysis and immediately adjacent bone. Hip-related pain requires a hip examination because flexion, rotation, clicking or deep joint symptoms may change the differential.
More than one category can coexist. Keep fracture or bone stress, true hernia, abdominal and genitourinary disorders, lumbar or neural referral and systemic illness in the differential when the history does not fit a local sport-load pattern. A category guides the next test; it is not permission to treat every tender structure.
3. Connect Adductor Function With Hip Position and the Sport Task
Adductor longus, brevis and pectineus contribute to hip adduction and help control the femur and pelvis. Adductor magnus has broad attachments and can contribute differently across hip position, including hip extension through its posterior portion. Gracilis crosses the hip and knee, adding knee flexion to its hip-adduction role.
Anatomy note: Adductor longus also participates in hip flexion: EMG research found preferential recruitment from an extended hip, showing why an adductor's role depends on the starting position.
During a kick, the adductors help accelerate and control the thigh as the pelvis and hip rotate; during a planted cut they contribute to frontal-plane control and force transfer. Compare resisted adduction at a specified hip angle with hip flexion, rotation and the actual symptom phase. Do not infer a single injured muscle from one painful squeeze.
A squeeze test can be repeatable when equipment, hip angle, instructions and effort are standardised. That reliability is useful for monitoring, not for naming the pain source. Pair the value with familiar pain, palpation location, side-to-side force, movement quality and the athlete's sport-specific limitation.
4. Progress Adductor Strength Before Full-Speed Cutting and Kicking
If comfortable adduction and accessible muscle-belly palpation do not reproduce the complaint, but a faster cut does, I do not add deep groin work to fill the session. I examine the permitted deceleration and direction-change demands with the rehabilitation team. A symptom response to contact is not a substitute for this comparison, and an acute painful injury site is not a target for deep pressure simply because it is tender.
The acute-adductor cohort below prohibited soft-tissue treatment at the painful injury site, so its outcomes must not be presented as evidence for local massage. Do not press deeply into the inguinal canal or femoral triangle to search for a “release”; consent and draping do not make a neurovascular target safe. Any later comfort trial must stay within an identified accessible muscle region and the agreed rehabilitation plan, stop for new sharp, electric, spreading or numb symptoms, and be judged against the same task and later response rather than tenderness alone.
For an assessed adductor-related presentation with strengthening permitted, an entry task can be a gentle squeeze against a soft support between the knees, with the hip angle and pelvis kept consistent. The useful question is whether the athlete can produce and repeat that effort without increasing familiar symptoms, not whether the squeeze confirms a diagnosis. If even this demand is poorly tolerated, review the load and classification rather than advancing to a long-lever Copenhagen exercise. A manageable short-lever effort is a starting point for the agreed strength progression, not evidence of readiness to cut or kick.
Return to the field in stages: straight-line running, planned deceleration, submaximal direction changes, controlled kicking, faster reactive cuts and repeated sport efforts. Change speed, angle, volume or recovery deliberately rather than increasing every variable together.
5. Re-test the Same Cut, Kick or Adduction Demand
Repeat the same safe baseline with the same hip angle, device or resistance, instructions and effort. For a field task, match the approach speed, cutting angle, kicking distance and repetitions. If the athlete performs an easier variation, record it as a progression rather than a successful matched re-test.
Interpret pain, force, confidence and compensation together. Flexibility may normalise before adduction force or sport tolerance, and palpation pain may change at a different rate. No isolated measure defines the exact recovery point, so combine repeated clinical measures with completion of progressively demanding sport tasks.
Full return requires tolerance of the cuts, kicks, accelerations and repeated efforts the athlete must perform, plus an acceptable later-day and next-day response. If familiar pain rises with speed, force remains reduced, the athlete protects the plant leg or symptoms worsen after training, reduce the demand and reassess the classification.
Related RSM Clinical Blogs
Browse all Sports Medicine Massage clinical guides
▷ Groin Pain When Kicking: Hip Rotation, Pelvis & Kicking Mechanics — Sports Massage · Examine the hip, pelvic and segment sequence of the kick before reducing the problem to one tender adductor.
▷ Inner Thigh Tightness in Athletes: Adductor Load & Deceleration — Sports Massage · Compare adductor load and deceleration when the complaint develops gradually rather than after one acute event.
▷ Deep Front-Hip Tightness: Iliopsoas, Hip or Femoral Nerve? — Trigger Point Therapy · Extend the differential when symptoms are anterior, deep, neural in quality or changed by hip-flexion testing.
Study Sports Medicine Massage at RSM
Build a repeatable clinical sequence from sport mechanism and functional anatomy to safe assessment, treatment selection and matched re-testing in the Sports Medicine Massage Course.
Trigger Point Therapy develops palpation and symptom comparison. Deep Tissue Massage adds tissue-depth and joint relationships; Dynamic Myofascial Release helps you relate adductor contact to hip position and movement. SMM requires prior completion of TPT and DTM together with the required DMR progression; confirm eligibility and dates with RSM.
About the Author
Hironori Ikeda, MSc Sports Medicine, is the founder and lead educator of RSM International Academy in Chiang Mai, Thailand. He teaches therapists to connect functional anatomy, symptom reproduction, safe manual contact and matched re-testing rather than memorising a single technique for every painful region.