Training Insights & Techniques

Learn how to place secure toe hooks, build tension, and save energy on steep climbs. Step by step technique, drills, fixes, and shoe tips for all levels.

Learn a three phase plan to project boulders. Warm up right, explore options, refine links, and execute with smart rests and skin tactics to send.

Build a reliable warm up that boosts power, protects fingers, and sets up quality attempts on your project. Practical steps for boulders and routes.

New to climbing and wondering how to improve? This beginner-friendly guide breaks down how to create your first training plan in three simple steps. Learn how to structure your climbing sessions, set realistic goals, and choose appropriate drills for V0-V4 climbers.

Your first year of climbing offers tremendous opportunity for growth. This guide focuses on what truly matters for beginners: developing movement skills, exploring different styles, and building a foundation for long-term improvement. Learn how to make the most of your early climbing journey!

What should a beginner actually train for bouldering? A physiotherapist covers your first year: what to prioritize, what to skip, and how to avoid injury.

A 4x4 bouldering workout builds power-endurance. A physiotherapist shares the exact graded protocol, how to progress it safely, and the mistakes to avoid.

Is 2 days a week enough to improve at climbing? Yes. A physiotherapist shares a dosed 2-day split and how to prioritize when time is tight. Free plan.

Toe hooks let you pull with the top of your shoe to lock in on steep ground, add reach, and save your arms. Learn placement, tension, opposition, and drills.

How to climb 5.12: the endurance, power endurance, and redpoint tactics that get sport climbers through the 5.12 barrier, plus a phased training plan.

V5 to V6 is the jump from strong to powerful. Learn the limit strength, power, and finger benchmarks that break the V5 plateau, plus what to train.

How to climb V5: what makes the grade hard, the finger strength and tension markers you need, what to train, and the mistakes keeping you stuck at V4.

Stuck at V5 for months? A physiotherapist and elite climber shares an evidence-based, dosed 4-week plan to break your plateau. Find your weakness free.

Comprehensive analysis of fingerboard protocols for V9+/8a+ climbers, detailing biomechanical positioning, loading strategies, and elite-level progression metrics. Includes specific strength benchmarks for double-digit bouldering and technical integration of fingerboarding sessions within high-performance training cycles.

Ready to break through your V5-V8 plateau? This comprehensive guide to fingerboard training provides intermediate climbers with specific protocols, form cues, and progression strategies for maximizing finger strength. Learn how to implement max hangs and repeaters with the precision needed to tackle harder projects.

Curious about fingerboarding? This guide explains what fingerboarding is, when beginners should consider it, and how to approach it safely. Learn the basics of this training tool while focusing on what's most important for your climbing development.

Advanced fingerboard training protocols optimized for V9+ climbers, featuring biomechanical analysis of edge depth efficacy, load progression strategies, and periodization frameworks derived from decade-long elite athlete testing. Includes specific technical parameters for max hang and repeater protocols with performance monitoring metrics.

Elevate your finger strength for V5-V8 climbing with these fingerboard protocols designed specifically for intermediate climbers. Learn how to properly execute max hangs and repeaters, optimize grip positions, and integrate fingerboarding into your training cycle for maximum performance gains.

Curious about fingerboard training? This guide explains the basics of fingerboarding specifically for newer climbers. Learn when it's appropriate to start, how to train safely, and simple protocols to build finger strength without risking injury.

Advanced climbers require precise fingerboard metrics and targeted periodization to break through V9+ plateaus. Widely referenced strength standards point to critical benchmarks of 155-165% BW on 20mm edges, while board training must shift from general to specific adaptation protocols with controlled biomechanical focus points.