Does hangboarding work?
Yes for finger strength and endurance. Probably yes for climbing performance, but the evidence there is weaker.
A 2023 meta-analysis found that adding finger or resistance training beat climbing alone for finger strength, rate of force development and forearm endurance. Strength gained on a board still needs climbing to become performance. Does hangboarding work? goes through the studies, and the research roundup sums up eight recent ones.
When should you start?
When you have climbed regularly for at least a year, ideally two, and climb two or more times a week. You should have no current finger, wrist or elbow pain, and be done growing. There is no validated cut-off, so these are practical signs.
Hangboarding for beginners sets out your first 8 weeks: open hand and half crimp, two sessions a week, with your feet helping at first. For a gentler start, no-hangs keep your feet on the floor, at around 40% of your strength.
How often should you train your fingers hard?
Twice a week. Almost every strength study used two sessions a week and found gains in 4 to 8 weeks. No study has compared two sessions with more, so this is what worked, not proof that more would not.
Leave about 48 hours between heavy sessions. Very light loading can be done much more often, even daily. Your climbing counts as finger training too: count hard bouldering or limit routes as a hard finger day, and avoid three hard finger days in a row.
How often should you hangboard? explains how to count your finger load and the signs you are doing too much. Hangboard routine has sample weeks by level.
What goes into a session?
A warm-up, then one main quality. The warm-up routine takes about five minutes: cardio, mobility, a finger warm-up, specific work and climbing pyramids, plus a ramp of harder hangs before max hangs.
The main work depends on what you train:
- Maximum strength: short, heavy hangs with long rests. See max hangs.
- Endurance: longer work at a lighter share of your maximum. See finger endurance training.
- Speed of force: short, fast pulls on fresh fingers. See rate of force development.
What about rest days and home training?
On rest days, a three-minute routine of very light finger work can also be your morning warm-up. At the end you should feel like you did nothing: no pump, no shake, no soreness the next morning. It uses the open hand, then single fingers; start at the bottom of the range, because single-finger tissue adapts slowly. It is a habit and a warm-up, not tendon training: tendons adapt to high loads, so keep your hard sessions. The daily training routine sets it out. The same idea, spread across the day, is in Daily low-intensity hangs.
At home, keep the finger work simple and matched to your current cycle and goals. Do not replace all your climbing volume with hangs if your body is not used to it. Training at home is one climber’s week, split into four training qualities: strength, contact strength, resistance and endurance.
How do you know it works?
Test every 4 to 8 weeks, starting with your maximum finger force, and add the critical force test if you train endurance. Improving numbers mean the load is working. Flat or falling numbers mean you need more recovery or a different stimulus.
A test is reliable when you standardize it: the research recommends an edge of about 20 to 23 mm, with the same grip and the same device each time. Track trends rather than single results. How to test finger strength walks through it.
Do this in Entralpi
In the Entralpi app, a plan tells you what to do each day for several weeks. You pick one from the Plan tab or have one built from your answers, and you follow one plan at a time. The app can remind you on the morning of a training day, and it keeps a missed session owed until you do it or skip it. Read Follow a training plan.
You can also build a workout of your own, for example the three-minute daily routine, in Build your own workout.
Sources
- Stien N, et al. (2023). Effects of climbing- and resistance-training on climbing-specific performance: a systematic review and meta-analysis. Biology of Sport.
- Mundry S, et al. (2021). Hangboard training in advanced climbers: a randomized controlled trial. Scientific Reports.
- Devise M, et al. (2022). Effects of different hangboard training intensities on finger grip strength, stamina, and endurance. Frontiers in Sports and Active Living.
- Pérez-Cordero J, et al. (2025). Reliability of finger strength assessment methods in climbing: a systematic review. Frontiers in Sports and Active Living.
