Maximal strength and muscular endurance tests: complete guide (24 tests)

Strength is probably the physical quality that's easiest to measure, and at the same time one that tells you the most about a client's or patient's real status: how much they can lift, how much they can sustain, and whether there are asymmetries between sides of the body that should be corrected before they cause an injury.

In this guide we've gathered 24 maximal strength and muscular endurance tests, from the classic 1RM lifts (squat, bench press, deadlift) to field tests that don't require a gym at all (plank, push-ups, pull-ups, wall sit). Each one has a complete profile with protocol, equipment, and reference tables.

Why measure strength and muscular endurance?

A strength test battery gives you:

1. An objective starting point for designing training loads (percentages of 1RM, sets, reps)
2. Detection of asymmetries between dominant and non-dominant sides, or between upper and lower body
3. A way to measure real progress, beyond "you look better" — numbers you can compare month to month
4. Screening information for physical therapists: a weak hip (Trendelenburg) or a core that can't hold (Sorensen) is often behind many complaints

Not every test suits everyone: a 1RM squat with someone who has no gym experience is a completely different proposition than with a trained athlete. That's why choosing wisely matters.

The 24 strength and muscular endurance test profiles

Test	When to use it
Plank Test	A quick assessment of core endurance, ideal as an initial test for almost any profile
Push-up Test	Upper body endurance without any equipment, widely used in general assessments and fitness exams
Grip Strength Test (dynamometry)	A marker of overall strength and health, especially useful in older adults or clinical follow-up
Squat 1RM Test	For athletes and trained individuals who want to calculate training loads precisely
Bench Press 1RM Test	Same logic as the above, applied to horizontal upper-body pushing
Pull-up Test	Upper-body pulling strength-endurance, very demanding and very informative
Abdominal Endurance Test (curl-up)	Endurance of the anterior abdominal musculature, a classic in school and military test batteries
Forearm Strength-Endurance Test (dead hang)	Sustained grip endurance, relevant in climbing, CrossFit, and pulling sports
Bodyweight Squat Test (max reps)	Leg endurance for beginners or for those who don't want to use external loads
Lumbopelvic Control Test (side plank)	Lateral core stability, widely used in low back pain prevention
Isometric Muscular Endurance Test (wall sit)	Quadriceps isometric endurance, low-impact and suitable for almost any level
Parallel Bar Dip Test	Upper-body pushing strength-endurance for already-trained profiles
Leg Strength Test (leg press 1RM)	An alternative to the squat 1RM when free squat technique isn't safe yet
Core Strength Test (Sorensen)	Endurance of the lumbar extensor musculature, widely used in physical therapy and prevention
Gluteus Medius Strength Test (Trendelenburg)	Detection of hip weakness linked to knee and low back pain
Neck Strength Test	Prevention in contact sports and populations with frequent neck pain
Unilateral Calf Strength Test (calf raise test)	Between-leg asymmetries, highly relevant in runners and return to sport after injury
Unilateral Glute Strength Test (single leg bridge test)	Unilateral posterior chain control and strength, ideal in return-to-play
Isokinetic Strength Test	Advanced assessment in clinics or centers with specialized (isokinetic) equipment
Pinch Grip Strength Test	Finger pinch strength, relevant in climbing and hand rehabilitation
Deadlift 1RM Test	Maximal posterior chain strength in people with good lifting technique
Upper Body Maximal Strength Test (prediction)	Estimate bench press 1RM without going to failure, useful for beginners
Military Press 1RM Test	Maximal shoulder strength in vertical pushing, for trained profiles
Quadriceps Isometric Strength Test	Objective quadriceps assessment in knee rehabilitation

How to choose the right test for your context

With 24 options, the point isn't to run all of them, but to choose the ones that give your client or patient useful information. A few practical criteria:

• Experience level: if the person has no experience with external loads, start with bodyweight tests (plank, push-ups, bodyweight squat, wall sit) before attempting a 1RM.
• Training goal: if the goal is maximal strength for performance, the 1RM tests (squat, bench press, deadlift, military press) give you data you can apply directly to programming.
• Clinical or preventive context: in physical therapy and rehab, prioritize tests that detect specific asymmetries and weaknesses (Trendelenburg, Sorensen, unilateral calf raise, single leg bridge, isometric quadriceps).
• Available equipment: if you don't have a gym, field tests (plank, push-ups, pull-ups, dead hang, wall sit, curl-up) are perfectly valid and very informative.
• Available time: in a first assessment with limited time, combine one maximal strength test relevant to the goal with one or two core muscular endurance tests, which tend to be quick and very informative.
• Safety: with at-risk populations (older adults, recent injury, cardiovascular conditions), prioritize submaximal or prediction tests rather than pushing someone to failure on a 1RM.

A common approach is to combine 2-3 tests: one for maximal strength (or its prediction), one for general muscular endurance, and one specific to the area or injury you're concerned about.

From assessment to training plan

Measuring is good, but the real value lies in what you do with that data: adjusting loads, identifying asymmetries to correct, and checking whether your programming is working.

With Movalytics you can record the results of any of these 24 tests, compare your clients' progress session by session, and generate automatic reports with charts — without relying on loose spreadsheets that eventually get lost.

Frequently asked questions

How often should I repeat maximal strength tests? For 1RM tests, every 6-8 weeks is usually enough to see real changes in trained individuals. For field tests (plank, push-ups, wall sit), you can repeat them every 4 weeks without issue, since the risk and accumulated fatigue are lower. Is it safe to perform a real 1RM test? With good technique, an adequate warm-up, and supervision, yes. Even so, for beginners or at-risk populations it's preferable to use 1RM prediction tests (such as the upper body maximal strength prediction test) to minimize risk without losing useful information. What's the difference between maximal strength and muscular endurance? Maximal strength is the ability to generate the highest possible tension in a single effort (for example, a 1RM). Muscular endurance is the ability to sustain a submaximal effort for as long as possible, in time or repetitions (for example, a plank or wall sit). Both are important and complement each other. Are these tests suitable for older adults? Yes, many of them (dynamometry, bodyweight squat, wall sit, plank) are widely used in functional assessment of older adults, usually adapting intensity and duration. Grip strength, in particular, is one of the most studied markers of general health in this group. Do I need special equipment for these tests? For most, no. Field tests (plank, push-ups, pull-ups, wall sit, curl-up, dead hang) only require your body and, at most, a bar or a stopwatch. The 1RM tests on machines or isokinetic devices do require gym or clinical equipment.