RSM-SPM-025
Written by Hironori Ikeda, MSc Sports Medicine
RSM International Academy · Chiang Mai, Thailand
How Do You Turn an Athlete’s Complaint into a Treatment Plan?
A runner with recurring calf tightness may book a full-body sports massage. The appointment length tells you how much time is available, but the symptoms and the next training demand should determine what you assess and treat.
At RSM, I connect the athlete’s account with muscle function, a tolerable movement comparison and anatomically directed palpation. The aim is to make a clear decision about the target, contact and session goal, including when further assessment should come first.
This guide uses calf tightness as a worked example of session planning. You will learn how history, gastrocnemius and soleus function, heel-raise behaviour and re-testing can guide treatment selection without turning every appointment into a long test battery.
In This Article
- How Do You Turn an Athlete’s Complaint into a Treatment Plan?
- In This Article
- 1. Define the Session Goal: Symptoms, Recent Load and the Next Sport Demand
- 2. Calf Functional Anatomy: Connect Plantarflexion with the Palpation Target
- 3. Choose a Tolerable Baseline: Heel-Raise Phase, Knee Position and Support
- 4. Select the Treatment: Region, Contact and Pressure Need a Clear Purpose
- 5. Re-test and Decide: What Changed, and What Still Needs Assessment?
- Related RSM Clinical Blogs
- Supporting Clinical Notes
- Palpation, Contact and Re-Assessment
- Therapist Position and Movement
- Study Sports Massage at RSM
1. Define the Session Goal: Symptoms, Recent Load and the Next Sport Demand
First agree on the problem the athlete wants help with today. Ask whether calf tightness starts during push-off, builds through a run or appears afterward. Establish whether the session concerns preparation, recovery comfort or an ongoing complaint being managed with a clinician.
Review recent distance, hills, sprint exposure and competition frequency alongside recovery, travel and previous responses to massage. The IOC’s load consensus supports considering the athlete’s wider exposure and well-being. It does not provide a massage dose or a workload number that diagnoses this runner’s calf.
I then choose a question that can change the session: does the familiar discomfort occur while raising the heel through ankle plantarflexion, or is the athlete mainly seeking comfortable recovery contact? Record the agreed aim and explain the proposed assessment before obtaining consent. New or unexplained symptoms must pass the clinical screen in section 3 before hands-on work.
2. Calf Functional Anatomy: Connect Plantarflexion with the Palpation Target
Gastrocnemius begins above the knee at the femoral condyles, while soleus arises from the tibia and fibula beneath it. Both transmit force through the Achilles tendon to the calcaneus and plantarflex the ankle. Gastrocnemius also assists knee flexion; soleus does not cross the knee.
During heel raising, these plantarflexors help lift the body; during controlled lowering, they resist ankle dorsiflexion as the heel descends. Knee flexion changes gastrocnemius length, so knee position matters when comparing the athlete’s response. It does not make a bent-knee task a pure soleus test.
Before contact, locate the Achilles tendon above the heel and the gastrocnemius borders, then support the lower leg. Begin over the accessible muscle belly, following its contour with broad contact. Keep direct pressure out of the hollow behind the knee, where important nerves and vessels pass.
I compare superficial tissue response before considering another layer. Focal tenderness over the Achilles tendon changes the clinical question; it is not permission to press through the calf more deeply. Anatomical orientation guides the contact, while symptoms and assessment determine whether that contact belongs in the session.
3. Choose a Tolerable Baseline: Heel-Raise Phase, Knee Position and Support
Screen before loading. A sudden painful incident with marked loss of function needs injury assessment, not a routine massage trial. New substantial swelling, progressive numbness or weakness, or systemic illness also changes the priority toward appropriate medical assessment. Persistent “tightness” should not automatically be dismissed because the athlete avoids calling it pain.
For a stable, suitable presentation, three comfortable supported double-leg heel raises on level ground can provide a simple baseline. Note the familiar symptom during rising, a brief hold and lowering. Record knee position, heel height, pace and hand support; this is a session comparison, not a maximal calf-capacity test.
When relevant and tolerated, compare a slightly bent-knee version separately. A study of expert calf-injury clinicians describes using knee position to inform assessment, while stressing that it does not reliably isolate the injured muscle. Interpret symptom location and function together.
If extra hand support makes the task easier, record the reduced loading condition. Do not label that difference a tissue release or proof of calf weakness. I use the comparison to decide whether comfortable calf contact is reasonable, whether another assessment is needed, or whether massage should be deferred.
4. Select the Treatment: Region, Contact and Pressure Need a Clear Purpose
Choose a region because its anatomy and the assessment support a useful session goal. For diffuse calf discomfort without an injury concern, the athlete may welcome gentle muscle-belly work. Sharp tendon pain or a clear loss of function requires a different assessment; a tender point alone does not identify a treatment target.
Start with agreed, comfortable contact over the supported muscle belly. Record the pressure vector separately from stroke travel: the load into the selected surface and any gentle along- or across-contour component are not described simply by saying the hand moved up the calf. Observe local tissue displacement and return as the contact eases, without treating either as proof of a released adhesion or an isolated soleus finding. Adjust one contact variable at a time where practical. Guarding, withdrawal or sharper symptoms are reasons to reduce or stop. Explain any proposed change of region and obtain consent rather than adding an unexplained full-body sequence.
Timing also matters. A preparation session must fit the established warm-up; a recovery session may focus on comfort. Research finds small average benefits for soreness and flexibility, without consistent direct performance gains. It does not identify one ideal pressure, duration or technique for every athlete, so review whether the chosen contact is serving the agreed purpose.
5. Re-test and Decide: What Changed, and What Still Needs Assessment?
Repeat the original three heel raises under the same conditions and ask about the same rising, holding or lowering phase. Keep a bent-knee variation separate from the original comparison. Less discomfort with lower heel height or more arm assistance is a changed task, not a matched improvement.
Record what changed and what did not. Greater comfort may be useful, but rest, repeated exposure and other session elements can also influence the result. If the original complaint persists, reconsider the question or coordinate further assessment instead of automatically increasing pressure or adding more muscles.
After the matched re-test, any comfortable heel-raise practice is a separate active step: observe foot support, knee position and hip/trunk control while the calf raises and lowers the body, without adding speed or load merely because the table work felt easier. For an athlete returning from injury, this does not establish tolerance for repeated acceleration or a full match. Return-to-sport guidance calls for a broader, shared decision involving the athlete and relevant professionals. End with a clear next step and review the same complaint during the next planned activity and the following morning, recording the load performed. Refer when findings require it rather than using a better immediate score as clearance.
Related RSM Clinical Blogs
Browse all Sports Massage clinical guides
▷ Massage Before Competition: Timing, Pressure & Athlete Preference — Sports Massage · Apply the session decisions to preparation, warm-up timing and athlete preference before competition.
▷ Massage After Competition: Recovery, Soreness & Mobility — Sports Massage · Adapt assessment and contact to post-competition soreness and recovery needs.
▷ Sore After Hard Training: Recovery, Sleep & Load — Sports Medicine Massage · Consider sleep, training load and recovery when soreness keeps affecting the next session.
Supporting Clinical Notes
Palpation, Contact and Re-Assessment
▷ A Massage Session Decision Log: Goal, Contact and Re-Test
Therapist Position and Movement
▷ Footwork During Long Sports Massage Strokes
Study Sports Massage at RSM
The Sports Massage Course teaches conditioning management: selecting tolerable strokes, comparing joint movement and relating the re-test to the athlete’s next training demand. The required Trigger Point Therapy foundation builds the palpation and contact skills used in that process.
For advanced assessment of overuse problems and joint mechanics, explore Sports Medicine Massage. Entry requires prior completion of RSM’s Trigger Point Therapy, Deep Tissue Massage and Dynamic Myofascial Release courses.
View the course schedule · Ask about course suitability and registration
About the Author
Hironori Ikeda, MSc Sports Medicine
Hironori leads RSM International Academy in Chiang Mai, Thailand. His teaching connects functional anatomy, clinical palpation and kinetic-chain assessment with practical massage decisions.
Read Hironori’s professional background and teaching approach