Supporting 90 Minutes of Joy! Physical Assessment and Rehabilitation Programs for Returning to Soccer Spectating [Back to That Place Again: Rehabilitation to Reclaim Your 'Passion' - Vol. 2]

Watching a soccer match is not just about 'sitting there.' It requires multiple physical functions and environmental adaptations, including long-distance travel, climbing stairs, maintaining a posture for 90 minutes, and using the restroom. This article provides a practical explanation of the necessary evaluation items and rehabilitation programs, working backward from the concrete goal of returning to the stadium.

Deconstructing the Abilities Required for Soccer Spectating

In Vol. 1, we explained how the participation goal of 'going to the stadium' is a complex activity.

In this installment, we will go a step further and specifically introduce evaluations and program designs worked backward from the goal of 'returning to stadium spectating'.

First, let's organize the physical functions necessary for watching soccer.

1. Walking Distance and Endurance

Depending on the stadium, the distance from the nearest station can be 500m to over 1km. Furthermore, movement within the stadium is added to this. Including the congestion before and after the match, it is not rare for a total walking distance of 2 to 3km or moreto be required.

Also, from the perspective of 'endurance,' it is important not just to be able to walk, but to have 'fatigue tolerance' so that you can return home without being overly exhausted after the match.

2. Climbing Stairs

Stadium spectator seats are generally steeply inclined. In addition, the route from the entrance gate to the seat almost always includes multiple sets of stairs.

Stairs in typical stadiums often have a step height of about 15–20 cm and an incline of 30–40 degrees, which is an environment completely different from a hospital corridor. You must also anticipate sections without handrails and scenes where you have to climb while being pushed by crowds.

3. Maintaining a Seated Position and Core Function

The match duration is 45 minutes for each half, and 90 to 100 minutes or more including stoppage time. During that time, you will continue to sit in the hard seats of the stadium.

Leaning forward during a goal scene or standing up to cheer—the posture during spectating is not 'static' but 'dynamic.' Core stability and the flexibility to adapt to changes in movement are required.

4. Restroom Usage

The restroom during halftime is actually one of the biggest hurdles in spectating.

I have seen many users hesitate to go out because they are 'worried about the restroom.' Moving through crowded aisles, quickly completing the task in a narrow booth, and returning to the seat—you are required to complete this entire sequence within 15 minutes.

Concrete Examples of Evaluation Items

When setting the goal of returning to stadium spectating, what kind of evaluations are effective?

TUG (Timed Up and Go Test)

This is one of the most popular functional assessments, but its meaning changes when interpreted through the goal of 'stadium spectating'.

Benchmark: Within 13.5 seconds (as a line for reducing fall risk)

However, even if TUG results are good, a different perspective is needed for 'continuous walking' and 'movement after fatigue.' TUG should be positioned strictly as an indicator of 'stability during sudden movements.'

6-Minute Walk Test (6MWT)

This is useful for assessing endurance. Assuming the total walking distance at a stadium, you can set a target benchmark of a walking distance of 400m or more.

By also assessing fatigue during walking (using the Borg scale, etc.), you can see 'how much leeway one has while moving.'

Step Climbing Test

Flat-ground walking assessments alone cannot replicate stadium stairs. Conduct a climbing test using actual 15–20cm steps to observe speed, stability, and fatigue levels.

Setting conditions with and without handrails is also effective. The task of 'can they climb 10 steps without a handrail' provides an assessment close to the actual stadium environment.

Cardiopulmonary Endurance and Fatigue Tolerance

Evaluate whether the quality of movement is maintained after prolonged activity. It is important to grasp the degree of functional decline due to fatigue, such as pace changes in the latter half of the 6-minute walk or the amount of change in TUG after walking.

Practical Assessment of Toileting

Beyond the excretion items of the FIM (Functional Independence Measure), an assessment from a practical perspective is necessary, such as '**can they finish within a time limit**' and '**can they complete the action even in a crowded environment**.'

Observing toileting situations at day service centers is essential, as is interviewing them about 'how they manage toileting at home.'

Program Design: Thinking in Terms of Spectating Simulation

Once the assessments are complete, it is time to design the program.

The key is to '**design by working backward from the stadium experience.**' Instead of simply training muscle strength or walking, build the program with the mindset of 'simulating the flow of the day of the match.'

Improving Aerobic Capacity

Aim to raise the baseline of endurance using ergometers or flat-ground walking.

The important thing is to aim for a '**body that can move even when tired.**' The most tiring part of the stadium experience is actually the journey home. The excitement of the match fades, and the body's fatigue sets in all at once—you need the endurance to return home safely even in this state.

As a program, the basic approach is about 20 to 30 minutes of sustained aerobic exercise about three times a week, gradually increasing the intensity and duration.

Strength Training (Especially Lower Limbs and Core)

The focus is on strengthening the quadriceps, gluteal muscles, and core to support climbing stairs and maintaining a seated position for long periods.

However, rather than just 'training with machines,' we focus on 'strengthening in a way that mimics real-life movements.' Designing a program that bridges functional training and actual movements—such as the act of climbing steps itself, standing up from a chair and sitting down slowly, and maintaining balance on unstable surfaces—is crucial.

Spectating Simulation Practice

This is the most unique and effective intervention.

Specifically, we practice by 'pretending the day service environment is a stadium.'

• Recreating 'walking from the entrance to the seat': Using the facility's hallway to walk the distance to the actual stadium in segments.

• Recreating 'stadium stairs': Continuous step-climbing practice using steps. This is done not just as muscle training, but while sharing the context of 'heading to the spectator seats.'

• Recreating 'halftime restroom break': Practice completing the restroom routine within a 15-minute time limit. Have them actually use a clock to be conscious of the time.

• Recreating 'movements while cheering': Practice movements such as vocalizing or leaning forward while seated in a chair.

This concept of 'simulation' also has a tremendous effect on maintaining the user's motivation. It creates a sense that 'today's training is directly connected to the stadium.'

Perspective on Environmental Adjustment

No matter how much rehabilitation is done, what one 'can do' changes significantly with environmental modifications.

Selecting Seat Locations

Stadium seats can be reserved in advance.

In addition to using 'accessibility seats (spaces for people with disabilities),' there are things that can be done even with general seating. Researching seats near aisles, areas close to restrooms, or gates with fewer stairs in advance and choosing the 'optimal seat' together with the user is also a valuable form of support.

Advance Confirmation of Restroom Routes

Stadium websites and official apps often feature seat maps and restroom locations.

By researching and simulating things like 'which restrooms are relatively empty' and 'how spacious the individual stalls are' in advance, you can significantly reduce anxiety on the day of the event.

Consideration of Assistive Devices and Equipment

Selecting appropriate Lofstrand crutches or canes for long-distance walking, and utilizing seat cushions or lumbar supports to reduce fatigue—these are also part of environmental adjustment.

It is important to share the value that "assistive devices are not a sign of weakness," but rather "tools to enable participation" with the users.

Identifying Rest Points

It is also important to know where you can take breaks on the way to the stadium. Locations of benches, convenience stores, and cafes—the peace of mind that "there is a place to rest if I get tired" encourages action.

Summary: When the Goal is Clear, Assessment and Intervention Change

The biggest point I wanted to convey this time is that "the specificity of the goal changes the quality of assessment and intervention."

If you set "improvement of walking ability" as the goal, both assessment and intervention remain within the framework of "walking." However, the moment you set "returning to stadium spectating" as the goal, the items to be assessed expand at once, and ideas for intervention spring forth.

Understanding "Sport Characteristics" Changes Rehabilitation—this is common knowledge in the world of sports rehabilitation, but the same concept can be applied to daily life rehabilitation. A program designed by a therapist who understands the "characteristics of the sport of soccer spectating" is fundamentally different from simple functional training.

Next time, we will face a different challenge when the goal is "returning to live concerts and festivals"—the issues of crowds and prolonged standing.

#OccupationalTherapist #PhysicalTherapist #SpeechLanguageHearingTherapist #Rehabilitation #SoccerSpectating #PhysicalFitnessAssessment #TUG #Endurance #DayService #LifeSupport #ParticipationGoal