A pole dancer’s guide to monitoring pole progress

Most pole dancers have a sense of whether they’re progressing – tricks feel easier, holds get longer, moves that used to feel impossible start feeling accessible. But subjective feel is a limited tool for guiding training decisions, particularly when progress slows or stalls.

Athletic testing using specific, repeatable measurements to track the physical qualities your goals require gives you objective data to work with. It tells you not just whether you’re progressing, but which specific qualities are developing, which are lagging and where your training should focus on next.

In pole dancing, this is particularly important because pole training alone doesn’t always address all the physical demands of the sport. Off the pole training plays a key role in building the strength, capacity and resilience needed for long term progress.

This post focuses specifically on athletic testing for pole skill goals – how to choose the right tests, how to run them consistently and how to use the results to inform training decisions.

Start with the goal, not the test

The most common mistake in progress monitoring is choosing tests first and then trying to connect them to goals afterwards. The logic runs the other way. Start with the specific goal, break it down into the physical qualities it requires and then identify tests that measure those qualities.

For any pole goal, the breakdown looks like this:

• What movements are involved in this skill?
• What muscle groups are working and in what way – isometrically, concentrically, eccentrically?
• What level of mobility is required and where?
• What are the prerequisite progressions and which of those feel most limiting right now?

The answers to those questions identify the physical qualities worth measuring. Tests then follow from that analysis. This is where working with a coach can help by selecting appropriate tests and translating results into training decisions (we can help you with it at Polisthenics).

Using established tests has advantages. Many are widely used and have normative data available, meaning we know what’s typical for the general population and for athletes. That said, you don’t need to score ‘athletic’ on every test if it isn’t relevant to your discipline or goal.

Principles for choosing tests

Once you’ve identified the qualities you want to track, you need tests that are worth using. There are 4 principles to consider:

Validity – does this test actually measure what you’re trying to measure? For example, a dead hang test measures grip endurance but not shoulder stability under dynamic load, therefore it’s valid for one thing but not the other. Choosing a test that feels relevant but measures something else wastes testing time and produces data that doesn’t guide training.

Reliability – does the test produce consistent results when nothing has changed? A reliable test is repeatable, same conditions will lead to the same result. Tests that are highly dependent on motivation, fatigue state or exact technique execution on the day produce noisy data that makes progress hard to distinguish from day to day variation. Reliability is improved by standardising everything about how you run the test.

Feasibility – can you actually perform this test consistently with the time, equipment and environment you have? The most valid and reliable test is useless if you can’t replicate it. Some tests used in sports science research require force plates or isokinetic dynamometers, neither of which most pole dancers have access to. Feasibility means choosing tests that fit your real training environment, not an idealised sports science lab.

Relevance to your goal – does this quality directly contribute to what you’re working towards? Monitoring single leg calf raises when your goal is an iron X will generate data, but not data that helps you progress toward the iron X. Tests should have a clear, direct link to the physical demands of your specific goal.

You’re looking for the test with the best combination of all 4, not the test that scores highest on any one of them individually.

Example: iron X

The iron X is a useful example because it’s a high demand, multi quality skill that requires several distinct physical capacities at the same time.

Start by breaking it down. The skill requires supporting full bodyweight using your arms whilst your body is horizontal in the air. This demands significant shoulder and core strength with a strong anti-lateral flexion and anti-rotation component. The shoulders needs both strength and stability in an overhead position. The extended limbs create long lever arms that amplify the demand on the core. The scapula needs to remain stable and controlled under significant load. You can break it down even further, such as the top arm, bottom arm or different phase of the movement.

In general for an iron X, you’ll need:

• Scapular stability, involving the trapezius, serratus anterior and rotator cuff
• Shoulder strength, particularly the lats, deltoids, biceps and triceps
• Significant core strength – anti-lateral flexion and anti-rotation (obliques, transverse abdominis, glutes and hip abductors)

Once you’ve identified the quality you want to track, you can decide how to measure it. What you might test for each one:

For scapular stability, the posterior shoulder endurance test is a commonly used option. It involves holding a specific shoulder position under load to assess endurance of the scapular stabilisers and has normative data available for comparison. A self-designed test (a timed hold in a push up plus position, for example) can work equally well if the conditions are standardised.

For shoulder strength, maximum number of pull ups or Australian rows provides a feasible measure of the pulling strength and endurance relevant to the iron X demand. A chest to wall handstand hold or shoulder press can address the pressing side.

For anti-lateral flexion core strength, a Copenhagen plank or a side plank endurance test is feasible, standardisable and directly relevant. Both measure the lateral core stability that the iron X demands.

No single test captures everything the skill requires. The goal is to select 2-3 metrics that are the most relevant, covering the most limiting qualities, ideally the ones you suspect are holding the skill back and track those consistently.

Consistency is key

The biggest threat to useful testing data is inconsistency. If anything about how you run a test changes between sessions, you can’t be confident that changes in results reflect genuine physiological change rather than testing variation.

The variables that matter:

• Time of day – performance varies through the day, test at the same time
• Warm up – use an identical protocol before every test
• Test order – fatigue from earlier tests affects later ones, always run in the same sequence
• Equipment – same pole, same bar, same surface
• Instructions – the exact cues you give yourself
• Environment – temperature, humidity, grip

Even small changes can distort long term comparisons. Write a brief testing protocol for yourself. Not a formal document, just a clear record of exactly how you run each test. Even a note in your training log covers this. When you retest, follow it exactly.

Fatigue management matters. Testing a quality when the relevant muscles are already fatigued from a training session will underestimate your actual capacity. If you’re testing maximal strength qualities, test them at the start of a session on a day that hasn’t included heavy work for those structures. If you’re testing endurance qualities where fresh conditions are less critical, the timing is more flexible, just keep it consistent every time.

How often should you retest

You don’t need to retest constantly. Physiological adaptations take weeks to develop and retesting weekly doesn’t give the training enough time to produce changes worth detecting. Monthly or quarterly retesting is usually appropriate for tracking trends and training block outcomes and informing the next phase.

The retest results should directly inform programming decisions. If scapular stability scores are improving but anti-lateral flexion strength is lagging, the next training block should shift emphasis toward the weaker quality. If all three measures are progressing, the limiting factor may have shifted to a different quality, which might warrant revisiting the original skill analysis to identify what’s now most limiting.

Testing also has utility beyond performance tracking. Consistent monitoring can identify early signs of overload or potential injury (performance declining despite continued training), compensation patterns (one side progressing much faster than the other) and readiness to return to pole after injury.

Common mistakes

Tracking too many metrics – more data isn’t better data. 3 well-chosen tests tracked consistently outperform 15 poorly chosen ones tracked sporadically due to the time and effort needed to perform them.

Changing the test conditions between sessions – even small changes make long term comparison unreliable.

Collecting data without acting on it – tests only have value if the results influence training decisions.

Choosing tests that feel relevant but aren’t valid for your actual goal – a hard test isn’t the same as a useful one.

Testing too frequently – weekly retesting generates noise, not signal.

A practical framework

To select a test:

1. Identify the physical quality linked to your goal
2. Consider validity
3. Check feasibility and complexity
4. Choose the test with the strongest link to your goal
5. Standardise the protocol

To monitor a test:

1. Use identical protocols every time
2. Set retesting frequency based on practicality
3. Look for meaningful change by comparing baseline and previous outcomes
4. Translate results into training or rehab decisions

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What are you currently working toward and have you tried testing the physical qualities it requires rather than just practising the skill itself? Share it in the forum. It’s a less commonly discussed topic in pole training and worth exploring. And if you know someone who’d find this useful, spread the word!

If you’d like help identifying which qualities to test for your specific goal, designing an appropriate testing protocol or translating test results into a training plan, virtual coaching sessions with Polisthenics cover exactly this. The goal-setting post How to set pole goals that get you results is also a useful companion read if you haven’t already.

We offer virtual physiotherapy, strength coaching and personalised training programs tailored to pole dancers whether you’re injured, want to avoid getting injured or want to get stronger and achieve your pole goals.

💻 Book your appointment or message us here or on Instagram @polisthenics!

References

James, L P, Haycraft, J A Z, Carey, D L and Robertson, S J. (2024). ‘A framework for test measurement selection in athlete physical preparation’, Frontiers in Sports and Active Living, 6. Available at: https://www.frontiersin.org/journals/sports-and-active-living/articles/10.3389/fspor.2024.1406997/full (Accessed: 16 January 2026).

Shaw, W. (2021). ‘Fitness tests for athletes: what to test and how to measure’. Available at: https://sportscienceinsider.com/fitness-tests-for-athletes/ (Accessed: 18 January 2026).

Wing, C. (2018). ‘Monitoring athlete load: data collection methods and practical recommendations’, Strength and Conditioning Journal, 40(4), pp. 26-39. Available at: https://journals.lww.com/nsca-scj/fulltext/2018/08000/monitoring_athlete_load__data_collection_methods.4.aspx (Accessed: 15 January 2026).