Major Strongman Strategy and Tactics

Episode II: Weight and Attempt Selection

In the first episode, we established that the rulebook defines the space in which strategy can exist. If the rulebook is the map, weight selection is one of the first decisions made inside that map. In Strongman, weight is not merely a number attached to an implement. It changes the probability of success, resource expenditure, ranking position and the options available for the next attempt.

An athlete can possess the physical capacity for a given weight and still be wrong to select it. Maximum capacity and optimal competition selection are not the same thing. The question is not simply, “Can I lift this weight?” It is, “What competitive result does this weight offer, with what probability of success, at what cost, and relative to what I need to do to win?”

1. The Selected Weight Is Not the Same as Maximum Weight

Maximum weight expresses capacity. Competition weight is a decision. Between the two lies a strategic zone in which probability of success and competitive reward must be balanced.

Choosing a load close to the athlete’s limit increases potential reward but also increases failure risk. Choosing much less increases the chance of success but may sacrifice points or ranking opportunities. Strategy exists in that compromise.

2. The First Attempt: Build the Result or Attack Immediately?

The first attempt can be an opener designed to secure a result, an intermediate attempt that combines safety with information, or an aggressive selection intended to create an immediate advantage.

In powerlifting, analysis of elite athletes at IPF World Championships found that the first attempt was typically around 91% of the third-attempt weight, followed by smaller increases toward the final attempts. This is not a Strongman rule, but it demonstrates that attempt selection is a strategic sequence rather than a set of independent numbers. [1]

In Strongman, the opener must be adapted to the event. In a max lift with multiple stages it may secure a result and provide information for the next choice. In a fixed-load event, strategy shifts toward pace, technique and resource management.

3. Probability of Success Is a Strategic Variable

A weight must be evaluated by realistic probability of success, not only by its relationship to a personal best. A training result may become less predictive in competition if the implement, surface, temperature, event order, judging or fatigue changes the situation.

Recent strength-sport research shows that the size of the jump between attempts can influence success probability, with effects depending on the lift and competition stage. [2] For Strongman, the lesson is not to copy a specific number of kilograms, but to understand that the jump itself is a risk decision.

4. Estimated Capacity Is Not Competition-Day Capacity

A common error is to convert a training result directly into an exact competition prediction. Strongman has substantial contextual variability. Implement geometry, surface, temperature, event order and judging standards can all change performance.

Research on competition preparation in 132 Strongman athletes shows that athletes monitor intensity through RPE, perceived movement speed and percentages of 1RM and adapt warm-ups and cognitive strategies for competition. [3] Competition-day capacity therefore needs to be evaluated in context.

5. Select the Weight for the Event, Not for the Ego

A max deadlift and a max log lift may both be labeled “max,” but they do not have the same risk structure. Technique, velocity, grip, mobility and judging standards can make the same relative proximity to the limit produce very different success probabilities.

Weight must therefore be analyzed through the demands of the event and the moment of the competition. An aggressive choice may be justified when points must be recovered, but unnecessary when the ranking is already favorable.

6. The Jump Between Attempts Is a Decision

The difference between the first and second attempt, or between the second and third, should be treated as a change in risk. The larger the jump, the greater the potential reward, but also the greater the chance that the load exceeds the athlete’s actual performance state.

After every attempt, new data appear: speed, stability, perceived difficulty, technical position and implement behavior. A fast and stable attempt may justify a larger jump. A slow or marginal attempt may require a conservative increase.

7. There Is No Correct Weight Outside the Standings

The same weight can be perfect for one athlete and wrong for another in the same event. The reason is the ranking. Protecting a lead is a different problem from trying to recover two positions.

Selection should consider point gaps, points available, expected rival results and the cost of failure. In a cumulative scoring system, the optimal strategy is not always the one that pursues the largest individual result.

8. When Should You Attack, and When Should You Secure?

An attack becomes rational when the potential gain justifies the risk. If a heavier weight could move an athlete several places while failure leaves the ranking almost unchanged, the risk may be acceptable. If the same attempt could turn a secure podium position into a poor result, it should be reconsidered.

Conservative does not mean fearful. If the current result is sufficient for the competitive objective and the heavier attempt offers little additional reward but substantial failure risk, securing the result can be the professional decision.

9. Rival Pressure Can Change the Selection

In competition, weight is not selected in a vacuum. Rival performances change the information available and can change willingness to take risk. Recent research in strength competitions shows that competitive pressure can influence weight selection, with responses varying according to experience and context. [4]

The danger is an emotional response. An athlete may increase the weight simply because a rival did, or become excessively conservative after seeing another athlete fail. The decision should remain tied to success probability and point value.

10. Every Attempt Produces Information

An attempt has two values: outcome value and information value. You feel the implement, observe speed, learn the judging standard, see how your body responds and watch the other athletes.

A successful opener can reduce uncertainty. A failed attempt can provide information about the true limit, but its cost is high. Not every piece of information is worth buying with a failure.

11. The Home Plan Is a Hypothesis, Not a Sentence

The competition plan should be built before the event but updated during it. If the first attempt is harder than expected, the plan must change. If it is much easier, the next selection may become more aggressive.

A rigid athlete follows the pre-event plan regardless of the data. A tactical athlete uses the plan as a starting point and changes it when new information justifies the change.

12. The Cost of an Attempt Must Be Viewed Across the Competition

Two attempts with the same probability of success are not necessarily equivalent. One may heavily tax the back, grip or nervous system and affect the next event. The other may produce a similar result at a lower cost.

This is a major difference between single-lift strategy and Strongman strategy. In a multi-event contest, the scarce resource is not only strength. It is the ability to repeatedly produce high-quality performance.

13. Practical Example: The Same Event, Two Strategies

Imagine an event with available weights of 320, 340 and 360 kg. Athlete A is in the top three and needs to protect an advantage. Athlete B is fifth and needs to recover two positions.

For A, 320 kg may have high strategic value if success probability is high and the result is sufficient. For B, the same weight may be useless if it does not generate enough points. B may need 340 or 360 kg even though the risk is higher.

Physically, they may have similar capacity. Strategically, they have completely different problems.

14. Plan A, Plan B and the Abandonment Point

A professional attempt plan should contain at least three levels: the ideal plan, the realistic plan and the protection plan. More importantly, there should be a clear point at which the athlete abandons the planned weight and moves to a safer option.

That point can be defined by RPE, perceived speed, technical position, warm-up feedback or the previous attempt. The goal is not to predict the day perfectly. It is to avoid making the first important adjustment under pressure.

15. The Tactical Failure Point: When the Weight Becomes Too Heavy for the Objective

There is a point at which the athlete is no longer choosing the weight that maximizes the result. He is choosing the weight that confirms his ego. This is one of the most dangerous tactical Failure Points in competition.

The correct weight is not the one that looks impressive on paper. It is the one that serves the objective. Sometimes that is the heaviest weight in the contest. Sometimes it is a weight that does not impress the spectator but produces exactly the points the athlete needs.

Conclusion

Weight and attempt selection is one of the clearest forms of strategy in Strongman. Strength gives you options, but strategy determines which options you use.

A strong athlete needs to know how much he can lift. A tactical athlete needs to know how much he needs to lift. The difference can mean places in the standings, points gained or lost and, in a close contest, the win.

In a multi-event competition, every attempt should be viewed as an investment. You have limited capital in strength, energy, concentration and risk tolerance. The selected weight should produce the best competitive return possible from that capital.

That is the essence of tactical selection: do not try to demonstrate what you could do on a perfect day. Choose what maximizes your chance of obtaining the result you actually need on the day that actually exists.

Scientific References and Technical Sources

1. Travis SK, Zourdos MC, Bazyler CD. Weight Selection Attempts of Elite Classic Powerlifters. Perceptual and Motor Skills. 2021;128(1):507-521. doi:10.1177/0031512520967608. PMID:33095691.

2. Predicting a Successful Attempt in Raw Powerlifting. A Nonlinear Mixed Logistic Regression Analysis. Journal of Strength and Conditioning Research, 2025. PMID:41160036.

3. Winwood PW, Pritchard HJ, Wilson D, Dudson M, Keogh JWL. The Competition-Day Preparation Strategies of Strongman Athletes. Journal of Strength and Conditioning Research. 2019;33(9):2308-2320. doi:10.1519/JSC.0000000000003267. PMID:31343547.

4. Reference points, risk-taking behavior, and competitive outcomes in sequential settings. Journal of Risk and Uncertainty. 2026.

5. Howells RJ, Spathis JG, Pearson J, Latella C, Garrett JM, Owen PJ, et al. Impacts of squat attempt weight selection and success on powerlifting performance. Journal of Sports Medicine and Physical Fitness. 2022;62(4):476-484. doi:10.23736/S0022-4707.21.12140-1.

6. Hindle BR, Lorimer A, Winwood PW, Keogh JWL. The Biomechanics and Applications of Strongman Exercises: a Systematic Review. Sports Medicine - Open. 2019;5:49. doi:10.1186/s40798-019-0222-z. PMID:31820223.

7. World Strongman. Official Rules and Regulations, technical and competition framework.