"Get stronger, get more explosive, train smarter!"
That probably sounds familiar if you've ever started a new programme. But stronger than what, and more explosive compared to whom? Without a measurement, it's hard to know where you actually stand, or whether your training is working.
If you've ever felt that your progress is based on guesswork, you're not alone.
This is exactly where neuromuscular testing comes in. While it can sound like something only elite athletes need, it's one of the most useful ways for anyone, from first-time gym-goers to HYROX athletes and older adults, to understand how well their body produces force.
What Is Neuromuscular Testing?
Your muscles don't work alone. Every movement you make depends on your nervous system telling your muscles when, how hard and how fast to contract.
Neuromuscular testing measures how well that connection works: how much force you can produce, how quickly you produce it, and how evenly you do it on each side of your body. This is often done using two tools that answer different questions: force plates and dynamometers.
How Do Force Plates Work?
Force plates capture the forces your whole body applies to the ground in every direction, your centre of pressure, and how your momentum changes as you move. In short, they show how you produce force through the whole body.
Force plates are widely used in elite sport and research because they measure force directly, rather than estimating it from a video or a barbell. The test itself is quick, non-invasive and repeatable.

At FORGED by ReFormd, use a pair, so we can see each side separately: one plate under each foot for lower-body tests such as jumps and holds, or one under each hand for upper-body tests such as push-ups.
What Can Force Plates Measure?
Depending on the test, force plates can measure the following. Each one means something slightly different depending on your goals.
Measure | What it is | In daily life | In sport |
|---|---|---|---|
Maximal force | The hardest you can push or pull | The strength behind carrying shopping, lifting a child or getting up from the floor. | Measures raw strength without the influence of lifting technique. |
Left-right asymmetry | The strength or power gap between your left and right sides | A weaker side often makes the stronger one compensate, which raises the risk of overuse, aches and falls. | Shows which side needs more work, and whether the gap is big enough to matter. |
Rate of force development | How quickly you produce force | Important in catching a stumble to prevent falls, stepping off a kerb or getting out of a chair quickly. | Separates athletes who look equally strong on paper, for example who gets off the mark faster in a sprint. |
Fatigue and readiness trends | How your body responds to training over weeks | Whether a new programme is working or you need more recovery. | Adjusting training load and guiding return to sport. |
Here’s how one short countermovement jump gives you three of many readings plus your progress!

A single test is a snapshot. A series of tests tells a story.
Where Does the Dynamometer Fit In?
Force plates give you the big picture. A dynamometer zooms in, measuring the range of motion or strength of one joint or muscle group at a time, such as the hip, knee or shoulder, so we can see exactly where a weakness or imbalance sits.
You push or pull against it in a set position, and it records the peak force that muscle group can produce, which is then compared left to right. Strength tests are often paired with range-of-motion checks, because how much force a joint can produce depends on how far it can move.



A handheld dynamometer can also measure grip strength, a well-established marker of overall strength and healthy ageing, which force plates cannot.
That makes the two tools a useful pair: when plate data shows an asymmetry, the dynamometer helps show which muscle group is behind it.
Feature | Force Plate | Dynamometer |
|---|---|---|
Target scope | Whole-body movement and ground interaction | Isolated muscle group or single joint |
Common tasks | Jumps, landings, squats, balance/sway tests | Isometric push/pull, knee extension, grip strength |
Primary data | Ground reaction force, impulse, rate of force development (RFD), jump height, centre of pressure | Peak force, torque, local muscle endurance |
Test Highlight: the Countermovement Jump (CMJ)

The CMJ is a quick dip-and-jump on the force plates, and it is easily the most exciting test we run. It takes only seconds to paint a clear picture of your lower body’s absolute power and explosiveness. You see the result right away, and it means different things to different people:
- Athletes: jump on the plates every few weeks to track readiness across a season. A drop in jump height or push-off power can flag building fatigue, and a rise after a training block shows your power has actually improved.
- Everyday gym-goers and personal training clients: see tangible, objective progress that goes beyond the weight you’re moving. Watching your jump height and push-off power climb is highly motivating too!
- People returning from injury: see how much force each leg puts into the jump and the landing. If one side is lagging behind the other, that helps guide when and how to progress loading.
- Older adults: use a small, scaled jump to check how quickly you can push off the ground; improves with greater bone density and extremely important for fall prevention.
That last group often raises an eyebrow, so here are the questions we hear most.
- Why would an older adult need to jump?
- Daily life is full of fast moments: catching a stumble or stepping off a kerb, for example. Power tends to fade faster with age than maximum strength, so it is one of the earliest things worth keeping an eye on.
- Does it have to be a big jump?
- No. The movement is scaled to the person. For many clients it is a small dip and quick push off the plates, and where a jump is not suitable we can use other plate tests, such as sit-to-stand or balance tests.
Strength and Power Profiling at FORGED by ReFormd
Our Strength and Power Profiling service combines force plate testing with dynamometer strength measures to build a complete picture of how you produce force. You leave with a clear report, a plain-language walk-through of what the numbers mean, and practical recommendations for your training.
Test types:
- Functional: looks at general strength and power through movements such as jumping and pulling, plus joint-by-joint strength with the dynamometer. Suits anyone who wants a baseline for daily life, gym training or sport.
- Run-Specific: focuses on what drives running, such as single-leg force and left-right balance, plus key joint checks like hip range of motion, the quad-to-hamstring strength ratio and the calf complex. Suits runners and HYROX athletes who want to run faster and stay injury-free.

Combine it with our 3D Gait Analysis + Shoe Recommendation in our FORM Bundle for a clearer picture of your running mechanics: the strength data shows what your body can produce, and the gait analysis shows how you move.
- Sport-Specific: built around the demands of your sport, so we curate a set of tests to match. Suits teams, clubs and individual competitors who want testing tailored to their event. WhatsApp us for more information!


👉 Want To See What Your Results Actually Look Like?
Take a look at our sample report to see how your force plate and dynamometer results are presented and interpreted.
View Sample ReportMore on Asymmetry
Ever noticed that one leg feels stronger or steadier than the other? That’s asymmetry. Some difference is normal, thanks to your dominant side and years of habit. The real question is how big the gap is and whether it matters for your goals.
Larger strength gaps may hurt jumping, kicking and cycling, but for sprinting, changing direction and balance the evidence is mixed. You may also hear that a gap under 10% is fine, but this rule of thumb has little research behind it, so we treat it as a conversation starter, not a verdict.

For runners and HYROX athletes, this matters because running is a series of single-leg hops, and HYROX adds sled pushes and lunges on tired legs. If one side does less, the other picks up the slack, especially when fatigue sets in.
A Plan Built on Your Data
Test results are only useful if they change how you train. Whether you are starting a new programme or preparing for a competition, a neuromuscular test gives you a baseline built on your own numbers instead of guesswork. If you compete, you can build your preparation around those same numbers.
You already know how you move and what you are working towards. Objective force plate and dynamometer data adds what you cannot feel or see, so your training can be shaped by what the numbers show.
In practice, that means:
- Your programme is built on your baseline
- You can adjust your sessions
- You can see your progress
- Your training works harder because every session has a clearer purpose
The goal is not to collect another set of numbers. The goal is to use those numbers to make better training decisions.

Think of it as the link between testing and training: the test shows where to focus, and your training puts it into action. The cycle is simple: test, train, retest, adjust. Each round makes the next one sharper.
Conclusion
Whether you are chasing a race goal, rebuilding after injury, or simply want to stay strong and independent for years to come, knowing how your body produces force gives you a far clearer starting point than guessing.
FORGED by ReFormd offers neuromuscular testing in Singapore using VALD ForceDecks and Dynamo, so you can understand your data and turn it into practical training decisions.
👉 Why guess?
Take the guesswork out of your training, so you don't waste time, money, or motivation chasing the wrong target.
Book now!If you have any questions, please don't be afraid to contact us via WhatsApp, and our friendly team will get back to you as soon as possible!



