A structured beginner bouldering training session helps climbers progress faster by replacing random climbing with intentional practice. This session, inspired by principles used by Lattice Training, focuses on movement quality, controlled volume, and gradual physical adaptation.
Instead of simply “climbing harder problems,” the goal is to build consistency, better technique, and a stronger base for long-term progression.
Who This Training Session Is For
This beginner training session is designed for climbers who:
- Are new to bouldering (0–12 months experience)
- Climb regularly but without structure
- Often try hard problems without warming up properly
- Want to improve technique rather than just strength
- Feel inconsistent from session to session
If you are already training finger strength heavily or projecting advanced grades, this session may feel too basic and should be adapted.
What You Should Expect to Improve
After 4–8 weeks of consistent training, beginners typically notice:
- smoother and more efficient movement
- improved foot accuracy
- reduced fear and hesitation on the wall
- better endurance across a session
- fewer “random failures” on easy climbs
Strength gains are secondary at this stage—movement quality improves first.
Warm-Up
Begin with a finger warm-up on a fingerboard, keeping your feet on the ground to avoid placing full body weight on your fingers. Use a half-crimp, full-hand grip, and an open-hand three-finger position on a 20–30 mm edge.
Emil’s no hang finger strength can be a nice protocol to follow.
Stretching
Next, move to stretching to help your body achieve its full range of motion. Recommended stretches include the butterfly pose, seated straddle, hamstring stretch, lunge position, and Cossack squats. Although some research suggests stretching can reduce performance, Lattice provides a video explaining the science behind stretching and how it can support your activities. You can also explore related articles linked at the bottom of the page.
Skill Practice
Once warmed up, it’s time to start climbing. Spend 20 minutes in deliberate practice, focusing on specific techniques. You can repeat climbs to improve on particular moves or work on techniques and styles that need refinement. Stretching, combined with sport-specific warm-ups, can be beneficial, so do your stretching first, then follow with climbing-based warm-up exercises.
Climbing Session
The next phase involves either volume training or projecting, depending on your goals.
1. Volume Training
Climb 20 boulders at your flash level, limiting yourself to 2–3 attempts per climb. Rest for 3 minutes between each boulder and take a 10-minute break after the first 10 climbs.
2. Projecting
If you choose to project, pick 3 boulders at your maximum difficulty. Spend 20 minutes on each problem, resting 5–10 minutes between each. Aim to improve with every attempt.
3. Strength Training
To close your session, incorporate some strength training—not solely to boost power but to support your climbing abilities. Lattice recommends one push, one pull, and one hip hinge exercise. For example, try low rows for pulling, bench presses for pushing, and deadlifts for a hip hinge exercise. Don’t forget to rest between each exercise.
Don’t Overdo It
Finally, remember not to push yourself too hard. Lattice emphasizes steady progress over time. If you’re looking for more customized guidance, they also offer personalized training plans.
To wrap up, remember that pacing yourself is key to steady progress in climbing. Don’t push too hard too quickly—focus on controlled improvements and proper form. With this Beginner bouldering training session by lattice training, you’ll build both strength and skill, setting a solid foundation for your climbing journey. And if you’re interested in a personalized plan, Lattice offers tailored options to support your unique climbing goals.
Sources
https://youtu.be/sDZZB_8nInA?feature=shared
Stretching sources
https://www.youtube.com/watch?v=t0Wyo1nvV8s&t=101s
https://www.sciencedirect.com/science/article/abs/pii/S1440244008000790
https://www.frontiersin.org/articles/10.3389/fphys.2019.01468/full