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Plan. Train. Climb. Repeat. – Your 10-week training plan (for experienced climbers)

Almost every climber knows the feel­ing: stand­ing on a pla­teau. Pro­gress stag­nates, and the next dif­fi­cul­ty level seems out of reach. But with the right com­bi­na­tion of plan­ning, tar­get­ed exer­cis­es, and struc­ture, you too can over­come this ob­sta­cle and un­lock your full po­ten­tial! In this ar­ti­cle, I’ll intro­duce a prov­en 10-week train­ing plan de­signed specif­i­cal­ly to take climbers like you to the next level. Whether it’s more en­dur­ance, strength, or tech­nique – here you’ll find the key to your per­son­al break­through on the wall.

This article is structured as followed:

Structure
  1. Introduction

    2. In this chapter, you’ll learn why structured training plan­ning is crucial for overcoming plateaus in sports and achieving continuous pro­gress.

  2. The Training Plan

    3. The heart of this article is the 10-week train­ing plan. Here, you’ll gain insight into the four phases of the pro­gram: endur­ance, strength, strength en­dur­ance, and a final rest phase. Each phase is based on sci­en­tif­ic prin­ciples and combines proven meth­ods with my per­son­al ex­peri­ence.

  3. Logs and Training Tracking

    4. A struc­tured train­ing log is essen­tial to track pro­gress and detect plateaus early. In this chapter, you’ll find the Google Sheet, which pro­vides a detailed over­view of the train­ing, a self-as­sess­ment tool, and a tem­plate for your logs.

  4. Conclusion on the Training Plan

    5. Here you’ll find a sum­mary of the most im­por­tant points.

  5. References

    6. Here you’ll find the sources used for this article.

Enjoy and share your thoughts in the comments!

Introduction

Struc­tured prepa­ra­tion in sports is espe­cial­ly crucial when deal­ing with plateaus. Stud­ies show that with­out tar­get­ed changes—such as in­creas­ing in­ten­si­ty or in­tro­duc­ing vari­a­tion into your train­ing—no pro­gress can be made. A struc­tured plan­ning ap­proach sets new stim­uli and adapts your train­ing strat­e­gy to enable per­for­mance im­prove­ment. Key meth­ods in­clude high-in­ten­si­ty in­ter­val ses­sions, chang­ing train­ing types, and work­ing specif­i­cal­ly on weak­nesses to break through plateaus.¹

Climb­ing and boul­der­ing are sports that de­mand the high­est level of both men­tal and phys­i­cal strength. To un­lock your full po­ten­tial, a struc­tured train­ing plan is es­sen­tial. This 10-week pro­gram is de­signed to pre­pare you op­ti­mal­ly for your climb­ing goals through four clear­ly de­fined phases. Through tar­get­ed en­dur­ance, strength, and strength-en­dur­ance phases—plus a final rest phase—you’ll have a strong base to reach your max­i­mum per­for­mance in week eleven. The fol­low­ing books are an ex­cel­lent com­ple­ment to this pro­gram and offer ad­di­tion­al per­spec­tives and ap­proach­es:

Note: This 10-week train­ing plan was specif­i­cal­ly de­vel­oped for in­ter­me­di­ate and ad­vanced climbers who want to take their per­for­mance to the next level. Be­gin­ners can also ben­e­fit from it, but should first im­prove their climb­ing fre­quen­cy and fun­da­men­tal tech­nique before start­ing a struc­tured pro­gram of this in­ten­si­ty.

The Training Plan

The train­ing plan is divided into four phases: endurance, strength, strength-endurance, and rest phase. Each phase fo­cuses on spe­cif­ic de­mands of the climb­ing sport and is based on sci­en­tif­ic in­sights to max­i­mize ef­fec­tive­ness. The pro­gram com­bines proven meth­ods from re­nown­ed train­ing plans (see book rec­om­men­da­tions) and is fur­ther sup­port­ed by my years of per­son­al ex­per­i­ence in boul­der­ing and climb­ing.

Before we begin the train­ing pro­gram, it’s im­por­tant to con­duct a self-as­sess­ment. Only then can you de­ter­mine your start­ing point and track your pro­gress over the course of the pro­gram. Espe­cial­ly in the be­gin­ning, it is cru­cial to iden­ti­fy your weak­nesses in order to work on them specif­i­cal­ly. In the endurance phase, these in­sights help you re­fine tech­ni­cal as­pects like foot place­ment and body po­si­tion­ing. In the strength phase, they allow you to better gauge which weights to start with and how to grad­u­al­ly in­crease in­ten­si­ty. This self-as­sess­ment en­ables you to tailor the train­ing to your in­di­vid­u­al needs and achieve the best re­sults. Make use of the down­load­able Google Sheet, which helps you log your pro­gress and track your train­ing jour­ney ef­fec­tive­ly.

endurance (Week 1–4)

Endurance train­ing plays a vital role in re­cov­ery abil­i­ty and climb­ing per­se­ver­ance.² The goal of this phase is to in­crease aero­bic ca­pac­i­ty (and there­fore min­i­mize your oxy­gen con­sump­tion), which pos­i­tive­ly af­fects your abil­i­ty to re­cov­er be­tween moves and routes. This forms the foun­da­tion for the more in­tense phases that follow in the pro­gram. Re­mem­ber: con­sis­ten­cy is key – reg­u­lar ses­sions and a focus on clean move­ment pat­terns will pay off in the long term. This part is also a good op­por­tu­ni­ty to work on your men­tal strength. For more on that, take a deeper look at the article Mental Train­ing for Climb­ing Better.

DurationExercise
15 min
+ Warm-up
A thorough warm-up is es­sen­tial to pre­vent in­jur­ies and pre­pare the body for up­com­ing strain. Studies show that a dy­nam­ic warm-up im­proves mus­cle ac­ti­va­tion and in­creas­es flex­i­bil­ity.³ Espe­cial­ly in climb­ing, joints like wrists, an­kles, and shoul­ders should be spe­cif­i­cal­ly mo­bi­lized. In the “Warm-up” tab of the Google Sheet, you’ll find de­tailed ex­er­cis­es to help you start well pre­pared.
20 min
+ Submaximal Bouldering / Traversing
Studies show that re­peat­ed sub­max­i­mal move­ments can im­prove aero­bic ca­pac­i­ty and local mus­cle en­dur­ance, both cru­cial for longer climb­ing ses­sions.⁴ Start with sub­max­i­mal boul­der­ing or tra­vers­ing about 2–3 grades below your max­i­mum level. The goal is to focus on con­tin­u­ous move­ment and clean tech­nique, without reach­ing your per­for­mance limit.
40 min
+ (Playful) Technique Exercises
Playful ex­er­cis­es are a great way to keep (or re­gain) the joy of climb­ing while si­mul­ta­ne­ous­ly re­fin­ing your tech­nique. Through vari­a­bil­i­ty and by step­ping away from the “per­for­mance pres­sure,” you learn more ef­fec­tive­ly.⁵ A list of tech­nique ex­er­cis­es like “silent feet” is avail­able in the pro­vid­ed Google Sheet. It’s im­por­tant to also ad­dress the weak­nesses iden­ti­fied in your self-as­sess­ment.
30 min
+ Limit Bouldering
A boul­der ses­sion with­out chal­lenge? Un­think­able! After around 1.5 hours of sub­max­i­mal train­ing, it’s time to tackle harder pro­jects: Choose 2–3 boul­ders that push your limits and con­cen­trate on your tech­nique and breath­ing. Re­mem­ber: ex­ces­sive per­for­mance pres­sure can im­pair your move­ment qual­i­ty and in­crease in­jury risk.⁶ Try to apply the tech­niques you prac­ticed ear­lier and accept fail­ure as a part of the learn­ing pro­cess.
30 min
+ Antagonist, Core, and Stabilizer Training
A bal­anced train­ing of the an­tag­o­nists is in­dis­pens­able for avoid­ing mus­cu­lar im­bal­ances, which often lead to pos­ture-re­lat­ed in­jur­ies or over­use prob­lems.⁷ Ex­er­cis­es for the shoul­ders and fore­arms help to coun­ter the one-sided load of climb­ing. A strong core im­proves body con­trol (espe­cial­ly in over­hangs) and re­duces en­er­gy loss dur­ing dy­nam­ic move­ments. Sta­bi­liz­ers, such as small mus­cles in the shoul­ders and wrists, pro­tect the joints un­der load. Strengthen­ing them re­duces the risk of in­jury and en­hanc­es force trans­mis­sion.⁸
15 min
+ Stretching and Cool-down
A tar­get­ed cool-down with fas­cial re­lease and fol­low-up stretch­ing ex­er­cis­es sup­ports re­cov­ery and can con­trib­ute to per­for­mance im­prove­ment.⁹ Fo­cus ar­eas should be fore­arms, shoul­ders, and core mus­cu­la­ture, since they are par­tic­u­lar­ly stressed dur­ing climb­ing. Please note: gentle stretch­ing with­out too much in­ten­si­ty is suf­fi­cient to main­tain range of mo­tion and pre­pare your mus­cles for the next ses­sion.
Strength (Week 5–7)

After build­ing your en­dur­ance to a new level, this phase is all about work­ing spe­cif­i­cal­ly on your max­i­mum strength. The fo­cus is on short, pow­er­ful move­ments that are es­sen­tial for con­fi­dent­ly mas­ter­ing dif­fi­cult moves and dy­nam­ic se­quences in climb­ing.

The strength phase is the core of the pro­gram and lays the foun­da­tion for im­prov­ing your climb­ing per­for­mance. With care­ful plan­ning and con­trolled in­ten­si­ty, you can min­i­mize the risk of in­jury and max­i­mize your progress. Make use of the op­por­tu­ni­ty to track your de­vel­op­ment reg­u­lar­ly to stee­r your growth in a tar­get­ed way.
You’ll find a tem­plate for this in the Google Sheet.

DurationExercise
15 min
+ Warm-up
Similar to the warm-up during the en­dur­ance phase, a thorough warm-up remains crucial during the strength phase—es­pe­cial­ly to avoid over­load injuries to fingers and joints, which are under heavy stress. Studies show that tar­geted warm-up boosts blood flow, increases muscle elas­tic­ity, and reduces the risk of in­jury.10,11
15 min
+ Wall Warm-up
This ex­tended warm-up phase ensures that both muscles and finger struc­tures are well pre­pared for the in­tense loads ahead. Start with easy boulders around 3 grades below your max­i­mum level and gradually increase dif­fi­cul­ty. Taking 2–3 minute breaks between problems helps reduce injury risk and optimizes your per­for­mance for the chal­lenges ahead.
45 min
+ Limit Bouldering
The goal of this phase is to im­prove max­i­mum strength, a key com­po­nent in bouldering. Each effort should ideally not exceed 12–15 seconds, as this time span is con­sid­ered ideal for max strength de­vel­op­ment.12,13 After each attempt, allow for 2–3 minutes of rest to let the body re­cov­er prop­erly.
Important: Avoid ex­haus­tion, es­pe­cial­ly in the fingers. If it occurs, reduce the in­ten­si­ty in the next session.
15 min
+ Max Strength Exercises: Forearms
Train­ing finger strength becomes in­dis­pens­able from a certain climb­ing level onward. With iso­met­ric (static) finger train­ing, you can ef­fec­tive­ly max­i­mize grip strength.14 This can be prac­ticed through exer­cis­es like Minimum Edge Hangs or Weighted Hangs. You’ll find details on deter­min­ing the right weight and edge size in the Google Sheet.
15 min
+ Max Strength Exercises: Pulling Muscles
The pull­ing mus­cu­la­ture plays an es­sen­tial role in climb­ing. The exer­cis­es in this unit should be in­di­vid­ual­ly adapted to your per­for­mance level. They can range from as­sist­ed pull-ups with re­sis­tance bands to de­mand­ing one-arm pull-ups. The sample plan in the Google Sheet con­sid­ers various aspects, such as the im­por­tance of ec­cen­tric train­ing (slow lower­ing in the ne­ga­tive phase). This method offers op­ti­mal sup­port for strength de­vel­op­ment without com­pro­mis­ing flex­i­bil­ity.15
15 min
+ Antagonist, Core, and Stabilizer Training
As already men­tioned in the en­dur­ance phase, core mus­cu­la­ture is a crit­i­cal factor, es­pe­cial­ly on over­hangs. These exer­cis­es are ideal to include during breaks in max strength train­ing to make train­ing time more ef­fi­cient.
15 min
+ Stretching and Cool-down
Same as in the en­dur­ance weeks.
strength-endurance (Week 8–9)

The strength-­endurance phase aims to train your mus­cu­la­ture to work ef­fi­cient­ly under load over a longer period of time. This is par­tic­u­lar­ly relevant for sport climbers and those pre­par­ing for longer, more complex routes or boulder­ing problems. This phase helps you system­at­i­cal­ly im­prove fa­tigue re­sis­tance and mus­cu­lar en­dur­ance.

Caution is advised: Long-term, one-sided strength-­endurance training lasting sev­er­al weeks or months can lead to per­for­mance plateaus or even re­gres­sion. This is often due to the fact that such sus­tained loading is as­so­ci­ated with a re­duc­tion in anaerobic capacity and ex­plo­sive strength.16,17 To avoid this, the strength-­endurance phase should be care­ful­ly planned and in­te­grat­ed into your train­ing cycle for a limited time.

DurationExercise
15 min
+ Warm-up
Similar to the warm-up during the en­dur­ance and strength phases.
45 min
+ Interval Training
In this phase, you’ll train at 50% to 70% of your max­i­mum strength to specif­i­cal­ly improve local mus­cu­lar en­dur­ance. Examples like 4×4 bouldering can be found in the Google Sheet. Training is done at mod­er­ate­ly high in­ten­si­ty with short rest periods (2–3 minutes) to boost fa­tigue re­sis­tance in spe­cif­ic climbing move­ments. Use slightly larger holds to re­duce finger load, and com­bine this with dy­nam­ic, power­ful moves.
15 min
+ Strength-Endurance Exercises: Forearms
The goal of these ex­er­cis­es is to specif­i­cal­ly reduce the re­cov­ery time of your fore­arms and raise your anaerobic thresh­old. Longer loading periods com­bined with shortened rest times help your muscles perform ef­fi­cient­ly under oxy­gen-lim­it­ed con­di­tions. Grad­u­al­ly in­crease the load and de­crease the rest times over time, as de­scribed in the Google Sheet. Importantly: Avoid over­load and stop im­me­di­ate­ly if you feel pain to prevent in­ju­ries.
15 min
+ Strength-Endurance Exercises: Pulling Muscles
Anaerobic in­ter­val train­ing pre­pares your pulling muscles for sus­tained ef­fort. Through dy­nam­ic moves and con­trolled ne­ga­tive move­ments, you’ll improve both strength-­en­dur­ance and fa­tigue re­sis­tance. Inter­est­ing­ly, these ex­er­cis­es also enhance your grip strength.18
15 min
+ Antagonist, Core, and Stabilizer Training
Similar to the en­dur­ance and strength phases.
15 min
+ Stretching and Cool-down
Similar to the en­dur­ance and strength phases.
Resting phase / “Tapering” (Week 10)

After in­ten­sive weeks of train­ing, a tar­get­ed re­duc­tion in train­ing load is es­sen­tial to give your body the nec­es­sary re­cov­ery. Without a struc­tured rest phase, you risk a per­for­mance plateau—or even de­cline.17 A well-planned taper­ing phase can, on the other hand, im­prove peak per­for­mance by an av­er­age of 3%.19 De­pend­ing on the sport, this phase usu­al­ly lasts be­tween one and three weeks: While en­dur­ance ath­letes ben­e­fit from longer re­cov­ery, one week is typ­i­cal­ly suf­fi­cient for boul­der­ers and climb­ers. This care­ful­ly timed pause is key to al­ign­ing peak per­for­mance with op­ti­mal re­cov­ery.

The re­cov­ery phase de­tailed in the Google Sheet is de­signed to pro­gres­sive­ly (and non-lin­ear­ly) re­duce train­ing vol­ume by up to 60%, while main­tain­ing in­ten­si­ty. This keeps your body primed for up­com­ing chal­lenges with­out over­load.19 A full rest is taken in the final 1–2 days.

Now you’re done! This phase is your launch­pad for peak per­for­mance. Plan it wise­ly, give your­self the rest you need, and en­ter week 11 mo­ti­vat­ed!

Logs and Training Tracking

A well­thought­out training­protocol is the key not only to making progress but also to maintaining it in the long­term. Without a clear structure, it can be difficult to identify weaknesses, introduce new stimuli, or objectively assess your progress. Studies show that regular docu­mentation of training­sessions leads to greater discipline and helps detect over­training or plateaus at an early stage.

The Google Sheet that accompanies this program provides everything you need for efficient and structured training. It includes:

  • a self-assessment to analyze your current performance level,
  • example exercises for each phase (endurance, strength, strength-endurance),
  • a description with a clear overview of the recovery phase, and
  • a macrocycle to help you plan your training long­term.

Use this training­plan to work specifically on your weaknesses, optimize your recovery­times, and tailor your training to your individual goals. Download the Google Sheet and lay the foun­dation for measurable pro­gress and maximum success!

Conclusion on the Training Plan

The 10-Week Training Plan “Plan. Train. Climb. Repeat.”
offers you a clear structure, scientifically grounded methods, and targeted training approaches to unlock your full potential as a climber or boulderer. Each phase – from en­durance to strength, strength-en­durance, and re­cov­ery – is designed to develop specific abil­ities and optimally prepare you for your chal­lenges on the wall.

With this program, you receive not only a de­tailed plan, but also the tools to doc­u­ment your progress and secure long­term success. The com­bi­na­tion of in­ten­sive plan­ning, ef­fec­tive ex­er­cises, and reg­u­lar self­mon­i­tor­ing ensures that you can reach your peak per­for­mance in week 11.

Are you ready to reach new heights and push your lim­its? Start now with “Plan. Train. Climb. Repeat.” and become the best ver­sion of your­self – grip by grip, move by move!

References

  1. Gelman, Ram, Marc Berg, and Yaron Ilan. ‘A Subject-Tailored Variability-Based Platform for Overcoming the Plateau Effect in Sports Training: A Narrative Review’. International Journal of Environmental Research and Public Health 19, no. 3 (2 February 2022): 1722. https://doi.org/10.3390/ijerph19031722.
  2. Sheel, A W. ‘Physiology of Sport Rock Climbing’. British Journal of Sports Medicine 38, no. 3 (June 2004): 355–59. https://doi.org/10.1136/bjsm.2003.008169.
  3. Behm, David G., and Anis Chaouachi. ‘A Review of the Acute Effects of Static and Dynamic Stretching on Performance’. European Journal of Applied Physiology 111, no. 11 (November 2011): 2633–51. https://doi.org/10.1007/s00421-011-1879-2.
  4. Myers, Christopher. ‘Muscle Oxygenation Applications to Endurance Training’. Anatomy & Physiology: Open Access Journal 1, no. 1 (2020).
  5. Davids, Keith, Chris Button, and Simon Bennett. Dynamics of Skill Acquisition: A Constraints-Led Approach. Dynamics of Skill Acquisition: A Constraints-Led Approach. Champaign, IL, US: Human Kinetics, 2008.
  6. Martindale, Russell J., Dave Collins, and Jim Daubney. ‘Talent Development: A Guide for Practice and Research Within Sport’. Quest 57, no. 4 (November 2005): 353–75. https://doi.org/10.1080/00336297.2005.10491862.
  7. Page, Phil. ‘Shoulder Muscle Imbalance and Subacromial Impingement Syndrome in Overhead Athletes’. The International Journal of Sports Physical Therapy 6, no. 1 (2011): 51–58.
  8. Belli, Italo, Sagar Joshi, J. Micah Prendergast, Irene Beck, Cosimo Della Santina, Luka Peternel, and Ajay Seth. ‘Does Enforcing Glenohumeral Joint Stability Matter? A New Rapid Muscle Redundancy Solver Highlights the Importance of Non-Superficial Shoulder Muscles’. Edited by Aliah Faisal Shaheen. PLOS ONE 18, no. 11 (30 November 2023): e0295003. https://doi.org/10.1371/journal.pone.0295003.
  9. Konrad, Andreas, Masatoshi Nakamura, Daniel Bernsteiner, and Markus Tilp Tilp. ‘The Accumulated Effects of Foam Rolling Combined with Stretching on Range of Motion and Physical Performance: A Systematic Review and Meta-Analysis’. Journal of Sports Science and Medicine, 1 July 2021, 535–45. https://doi.org/10.52082/jssm.2021.535.
  10. Giles, Luisa V., Edward C. Rhodes, and Jack E. Taunton. ‘The Physiology of Rock Climbing’. Sports Medicine 36, no. 6 (1 June 2006): 529–45. https://doi.org/10.2165/00007256-200636060-00006.
  11. Fradkin, Andrea J., Tsharni R. Zazryn, and James M. Smoliga. ‘Effects of Warming-up on Physical Performance: A Systematic Review With Meta-Analysis’. The Journal of Strength & Conditioning Research 24, no. 1 (January 2010): 140. https://doi.org/10.1519/JSC.0b013e3181c643a0.
  12. HÖRST, Eric J. Training for climbing: the definitive guide to improving your climbing performance. Globe Pequot, 2003.
  13. Güllich, Arne, and Dietmar Sehmidtbleicher. ‘MVC-Induced Short-Term Potentiation of Explosive Force’. Ncw Studies in Athletics, no. 4 (1996): 67–80.
  14. Baláš, Jiří, Jonáš MrskoČ, Michaela PanáČková, and Nick Draper. ‘Sport-Specific Finger Flexor Strength Assessment Using Electronic Scales in Sport Climbers’. Sports Technology 7, no. 3–4 (2 October 2014): 151–58. https://doi.org/10.1080/19346182.2015.1012082.
  15. Vigouroux, Laurent, and Marine Devise. ‘Pull-Up Performance Is Affected Differently by the Muscle Contraction Regimens Practiced during Training among Climbers’. Bioengineering 11, no. 1 (January 2024): 85. https://doi.org/10.3390/bioengineering11010085.
  16. Enoka, Roger M. Neuromechanics of Human Movement. Human Kinetics, 2008.
  17. Bosquet, Laurent, Jonathan Montpetit, Denis Arvisais, and Iñigo Mujika. ‘Effects of Tapering on Performance: A Meta-Analysis’. Medicine & Science in Sports & Exercise 39, no. 8 (August 2007): 1358–65. https://doi.org/10.1249/mss.0b013e31806010e0.
  18. Shih, Wen-Lung, Ming-Lang Yeh, Ming-Hsi Chuang, and Cheng-En Wu. ‘Dynamic Analysis of Upper- and Lower-Extremity Performance During Take-Offs and Landings in High-Wall Climbing: Effects of a Plyometric and Strength Training Intervention’. Applied Sciences 14, no. 22 (January 2024): 10137. https://doi.org/10.3390/app142210137.
  19. Mujika, Inigo, and Sabino Padilla. ‘Scientific Bases for Precompetition Tapering Strategies’: Medicine & Science in Sports & Exercise 35, no. 7 (July 2003): 1182–87. https://doi.org/10.1249/01.MSS.0000074448.73931.11.