By Werner Dreyer, founder of One More Fitness Systems · 6 min read
Generic gym equipment is built for general fitness: moving weight through a fixed path, for lots of people, at the lowest possible cost. Athletes need something different. They need equipment built around the angles, firing patterns and force their sport demands, and strong enough to survive explosive, violent loading every day. A gym for athletes should mimic what happens on the field, not what happens in front of a mirror.
Key takeaways
- Sport is played off the ball of the foot. Most gym lifting is driven from the heels.
- Athlete equipment has to train movement, angles and the nervous system, not just muscle size.
- Mass-produced machines are often built from thin steel and break under athletic force.
- Team gyms need to be designed for flow: 30 to 90 athletes in 30 to 45 minutes.
- Buy right the first time. Good equipment is an investment, not a yearly expense.
What a gym is actually for
The main purpose of a sports gym is to mimic what's going on on the field, on the track, wherever the athlete competes. It's not a place for biceps curls and mirror checks.
That sounds obvious, but walk into most school and club gyms and you'll see the same machines you'd find in any commercial health club. They're fine for general fitness. The problem is that they were never designed for a prop, a netball goal shooter or a sprinter. They train muscles in isolation along a fixed path, and sport doesn't work like that.
Athletes move differently, so they need to train differently
When the human body is involved, performance comes down to three things: angles, the nervous system, and muscle firing patterns. That's what separates high-performance equipment from standard machines. It's purposely built for a specific movement or a specific strength level.
Force comes from a different place
Here's a simple example. Powerlifting generates force out of the heels. Sport is played off the ball of the foot. A coach who comes from a powerlifting background, or who simply copies the setup from their own school days, can end up building a gym that trains the wrong pattern for the sport their athletes actually play.
This isn't about ignorance. There's a real gap in sports science education in South Africa, and the person signing off on gym equipment is often not the person who coaches in it. So facilities default to what's familiar.
The nervous system needs training too
Athletes don't just need to get stronger. They need to recover, deload and fire the right muscles at the right time under pressure. That means some equipment in a proper sports gym exists purely to manage the nervous system, something a row of standard machines doesn't account for.
Technique matters more than load
The clearest example is scrummaging. For years there was no machine that could train scrum technique. You could push a sled or lift heavier, but nothing told you if the force was coming from the right place.
That's why we built the Counter Scrum. If a player's drive isn't coming from their glutes, if they shift pressure to one side or lean on their back or quads, the machine goes nowhere. The better their technique gets, the easier it works.
"The Counter Scrum is 110% a technique machine. The better your technique becomes, the easier that machine works." Werner Dreyer, founder
The small things get missed
Weak feet sit behind a surprisingly wide range of sports injuries. Yet almost nobody makes equipment to strengthen them. We do, because coaches told us about the injuries they kept seeing, and we built equipment around the problem.
Built for violent force, not 5,000 units at 10% margin
There's a practical side to this too. Athletes get extremely explosive and strong. The force they put through equipment is violent. Give an athlete normal equipment and they will break it.
Much imported gym equipment is built for volume: thousands of units, thin margins, and steel that reflects both. We regularly see imported frames in steel around 1.2mm thick, sometimes as thin as 0.8mm.
| Generic commercial equipment | High-performance equipment | |
| Designed for | General fitness, broad public use | A specific sport, movement or strength level |
| Movement | Fixed path, muscle isolation | Sport-specific angles and firing patterns |
| Force | Moderate, controlled loading | Explosive, repeated, violent loading |
| Build | Mass-produced, often thin-walled steel | Heavier steel, calculated and engineered |
| Parts | Imported, can be slow to source | Made in-house, including bushings and plastics |
| Upgrades | Replace the machine | Bolt on new attachments |
Everything we make is built in-house in South Africa, down to the bushings and plastics. That's what keeps quality high and parts available. It's also why our equipment rarely comes back for repairs.
Team gyms have a different job
A strength and conditioning coach at a school or union usually has 30 to 45 minutes to train anywhere from 30 to 90 athletes. The goal is to make them stronger and reduce injuries, because a coach wants every player available on match day.
A generic gym layout can't handle that. A proper sports facility is designed around:
- The sport ratio. A school focused on rugby and netball needs a different setup to one focused on soccer and swimming.
- Station numbers. Enough stations for every athlete to work in the time available.
- Flow. Quick changeovers and a layout that avoids bottlenecks.
- Purpose. Every machine in the room should have a clear reason to be there.
That's the process behind our Facilities & Schools service. We sit down with coaching staff first and design the gym around the programme, not the other way around.
Buy right the first time
Gym equipment isn't something you buy every year. It's an investment in your athletes' futures, and for sportspeople, their sport is their future.
Look for equipment that:
- is designed for your sport's movements, not general fitness
- is engineered and calculated, not just welded together
- can take the force of explosive athletes without flexing or failing
- can grow with you through bolt-on attachments instead of full replacements
- comes with installation, a proper walkthrough and a long-term relationship
"If you work on airplanes and I give you a small dirtbike toolbox, you'll fix some of the stuff. But I don't think you'll want to fly with that plane."
Werner Dreyer, Founder
Give your coaches the right tools, and your athletes will perform.
Frequently asked questions
What is the difference between commercial and high-performance gym equipment? Commercial gym equipment is designed for general fitness and broad public use. High-performance equipment is purpose-built for a specific sport, movement or strength level, and engineered to handle the explosive force athletes produce.
Can athletes train on normal gym equipment? They can, but it isn't ideal. Standard machines train muscles along a fixed path and often can't handle repeated explosive loading. Athletes get better results from equipment that matches the angles and firing patterns of their sport.
Why does sport-specific equipment cost more? It uses heavier steel, is engineered for specific movements and is built in far smaller numbers than mass-produced equipment. It also lasts longer and can usually be upgraded with attachments, so it rarely needs replacing.
What equipment does a school strength and conditioning gym need? It depends on the sports the school plays and how many athletes train at once. Most school gyms need foundational equipment (racks, benches, bars and plates) plus sport-specific stations, laid out so 30 to 90 athletes can train in a 30 to 45 minute session.
