What Power Actually Is
In physics:
Power = Force × Velocity
In climbing, that translates to something very concrete:
Power is the ability to apply high force quickly.
That’s where het vaak misgaat. Power is geen random dynamisch bewegen, geen lange campus ladders, en zeker niet “grote moves doen tot je pumped bent”.
True power training is specific. It improves how fast you can recruit force, how quickly you reach peak output, and how well you coordinate that force under time pressure.
If your maximal force drops during a so-called “power phase,” something is wrong. Power doesn’t replace strength — it depends on it.
Why Climbers Lose Strength During Power Blocks
Common mistakes:
- Replacing max hangs with only dynamic board sessions
- Adding volume instead of preserving intensity
- Accumulating fatigue before dynamic efforts
- Treating power sessions as conditioning
Power requires freshness.
If fatigue is high, velocity drops.
If velocity drops, stimulus shifts.
You are no longer training power — you are training tired movement.
The Two Components of Power
Power training has two layers:
1. Maximal Force Base
If force ceiling increases, potential power increases.
Without maximal strength:
Power is capped.
This is why elite climbers maintain some max strength stimulus year-round.
2. Rate of Force Development
RFD is about how quickly you can reach that force.
This is what turns strength into something usable. Faster latching, more controlled dynamic moves, cleaner deadpoints — all of that comes from improving how quickly force is expressed.
Training this isn’t about grinding. It’s about intent.
Short efforts, high quality, full recovery.
The moment execution slows down, the stimulus is gone.
How to Structure a Power Phase
A power phase should:
- Reduce overall volume
- Preserve maximal intensity
- Emphasize short, explosive efforts
Typical frequency:
1–2 dedicated power sessions per week.
Session Structure Example
1. Warm-Up
Build up gradually. Don’t just heat the body — prepare for speed.
Include some low-intensity dynamic movement so the system is ready to move explosively.
2. Maximal Strength Primer (Optional but Recommended)
2–4 sets of:
- Heavy max hangs
or - High-intensity isometrics
Purpose:
Maintain neural recruitment ceiling.
Keep volume low.
3. Primary Power Work
Now you move into actual power.
Pick one or two exercises: limit dynamic board problems, short double-move sequences, controlled campus touches, or explosive lock-off transitions.
Keep the total work low. A handful of problems, a few high-quality attempts each, with full rest between efforts.
And this is the key constraint:
Speed is the metric.
The moment movement slows down, the session is effectively over from a power perspective.
Volume Control Is Critical
This is where most sessions go wrong.
A good power session should feel sharp, almost too short. You stop while everything still feels crisp.
If you leave pumped, exhausted, or notice your attempts getting slower and sloppier, you went too far.
Power degrades quickly under fatigue — much faster than most climbers expect.
Weekly Integration
If maintaining strength during power phase:
Example week:
Day 1 – Max strength (low volume)
Day 3 – Power session
Day 5 – Light skill or moderate routes
Do not stack:
Max hangs + full power session + hard routes in consecutive days.
Neural fatigue accumulates.
Signs You Are Preserving Strength
During power block:
- Max hang numbers stay stable
- Finger integrity feels solid
- Dynamic control improves
- Board moves feel sharper
If max hang numbers drop significantly:
Volume is too high.
Or recovery is insufficient.
Why Power Feels Productive — and Dangerous
Dynamic sessions are stimulating.
They feel:
- Athletic
- Expressive
- Engaging
But they also create:
- High peak tendon force
- Rapid loading rates
- Elevated injury risk
Without a strength base, power becomes risky.
Without structural preparation, rapid force exceeds tolerance.
The Core Principle
Power does not replace strength.
Power expresses strength.
If you want to build it without losing what you already have, the rules are simple:
Maintain a high-force stimulus.
Keep volume low.
Protect recovery.
Prioritize velocity over fatigue.
Power training should make your system sharper.
Not more tired.