How to Get Better at Climbing: A Serious Athlete's Guide

To get better at climbing, you must shift your focus from pulling harder to moving smarter. The most significant leaps in performance don't come from brute force; they come from treating climbing as a skill, where efficient movement and structured training will always outperform raw power.

This guide is your roadmap to performance. We will break down precisely what to focus on to achieve real, measurable improvement on the wall.

Mastering Movement and Technique for Efficiency

Real progress isn't about stronger biceps; it's about moving with precision to conserve energy. Many climbers plateau because they try to muscle through problems that demand better technique.

The transition from intermediate to advanced climbing occurs when you learn to make every move count. It’s about leveraging your feet as a second pair of hands and coordinating your entire body into a single, efficient system.

Elite climbers appear to float up the wall not because they are exponentially stronger, but because they have mastered economy of motion. They waste no energy on fumbled holds or uncontrolled foot swings. Every placement is deliberate, quiet, and solid. This is the foundation required to send harder grades.

Develop Precise and Deliberate Footwork

Your legs are fundamentally stronger than your arms, yet most climbers underutilize them. Shifting your focus from your hands to your feet is arguably the single most impactful change you can make to your climbing.

The goal is to cultivate "quiet feet." This means placing your foot on a hold correctly on the first attempt—no scraping, readjusting, or noise.

Consider a gymnast on a balance beam; each foot placement is exact and confident. Apply that same mentality to the wall. Before moving your foot, visually lock onto the hold, anticipate which part of your shoe will make contact, and place it softly and precisely. With practice, you will build complete trust in your feet, freeing up cognitive capacity to plan your next move.

A powerful drill for this is to focus on silent foot placements during your warm-up. On easy routes, listen for any sound. If you hear your shoes scraping the wall, slow down and refine the movement. This drill builds the muscle memory you’ll rely on when pumped and fighting through a crux.

Key Footwork Techniques to Master

• Edging: A fundamental technique using the inside or outside edge of your shoe to stand on small holds. This relies on ankle stability and a well-constructed climbing shoe.
• Smearing: When no defined footholds exist, you use the friction of your shoe's rubber against the wall. This requires trusting your equipment, applying firm pressure, and driving your hips toward the wall to generate force.
• Heel Hooking: A critical technique for steep terrain. Hooking your heel over a hold allows you to pull your body into the wall and move upward, engaging your powerful hamstrings and glutes to take significant load off your arms.

This table serves as a quick-reference guide for improving your movement.

Core Climbing Technique Breakdown

Technique	Primary Application	Actionable Tip
Quiet Feet	All climbing, especially on-sighting and technical routes.	During your warm-up, climb a V0 three times. The goal is zero noise from your feet.
Edging	Standing on small, precise footholds, especially on vertical faces.	Actively press your big toe into the hold to maximize force and stability.
Smearing	Climbing on blank sections of wall or slab without defined footholds.	Drop your heel to increase the rubber's surface area on the wall for better friction.
Heel Hooking	Navigating overhangs, roofs, and pulling your body through a crux.	Actively pull with your heel as if you're doing a hamstring curl to engage your posterior chain.
Flagging	Maintaining balance and preventing barn-dooring (swinging out).	Use your non-weighted leg as a counterbalance by extending it out to the side.

Mastering these techniques requires conscious integration into every climb until they become second nature.

Harnessing Body Tension and Positioning

With solid footwork established, the next step is connecting your upper and lower body with core tension. This is what enables climbers to "stick" to steep walls and execute dynamic moves without their feet cutting loose.

Observe a competition climber on a 45-degree overhang. Their midsection remains rigid, creating a stable platform from which to generate power.

The core is the bridge between your powerful legs and your upper body. Without a strong connection, you leak energy on every move.

This means actively engaging your abs, obliques, and lower back to keep your hips close to the wall. A classic drill is performing "perfect repeats" on an overhanging wall. Climb a simple boulder problem, then climb it again, focusing entirely on keeping your hips as close to the wall as possible.

Notice how this core engagement prevents your feet from swinging after a large move. That controlled, tight movement is what separates proficient climbers from elite ones. Nailing these fundamentals provides the base needed to tackle your hardest projects with confidence and control.

Building Climbing-Specific Strength and Power

While superior technique is your foundation, advancing to higher grades demands raw strength. General fitness is beneficial, but climbing strength is a specialized discipline. Your training must mimic the specific, high-intensity demands of the sport, focusing on power in the fingers, back, and core.

This isn't about building aesthetic muscle; it's about forging functional strength that translates directly to the wall. For athletes serious about improvement, this means dedicated sessions to build the explosive power for dynamic moves and the contact strength to latch unforgiving holds.

The Foundation: Finger Strength

Your fingers are the critical link to the rock. When they fail, the climb is over, regardless of back or core strength. Building resilient, powerful fingers is a non-negotiable component of any serious training plan, and the hangboard is the gold standard for achieving this safely and effectively.

A hangboard isolates your finger flexor tendons, forcing them to adapt and strengthen. However, this tool demands respect. Overtraining is a direct path to a pulley injury that could sideline you for months. The principle is progressive overload—a slow, patient, and consistent increase in difficulty.

Progress on a hangboard isn't measured in weeks; it's measured in months and years. Consistency over intensity is the winning strategy for long-term finger health and strength gains.

A simple yet effective starting protocol is the "repeater" method.

• Pick a manageable hold: Choose a grip you can hang for approximately 15 seconds with good form.
• Perform 6 reps: Hang for 7 seconds, then rest for 3 seconds. Repeat this sequence 6 times for one set.
• Rest and repeat: Take a full 3-5 minutes of rest between sets. Aim for 3-5 total sets on several grip types, such as a four-finger half-crimp or open-hand pockets.

Before you begin, apply your grip solution. A base layer of EVMT Liquid Chalk ensures a secure, consistent grip for every rep, allowing you to focus on perfect form rather than managing slippery hands.

This entire process—from feet to hands—is a kinetic chain.

While your hands receive the most attention, remember they are the final step. All powerful movement originates from your feet and is stabilized by your core.

Generating Explosive Pulling Power

Once you can hang the holds, you need the power to move between them. This involves your back, shoulders, and arms. Forget generic exercises like bicep curls; focus on movements that mimic the explosive nature of climbing.

The campus board is a classic tool for developing "contact strength"—the ability to grab a hold dynamically and maintain control. However, you don't need to perform one-arm campus moves to see significant benefits.

• Controlled "Touches": With your feet on footholds, match your hands on a low rung. Reach up to tap a higher rung, then lower back down with full control. This builds the shoulder stability and power required for large moves.
• Dynamic Bouldering: Set problems in the gym that force you to jump between holds. This is the most effective way to train your body to generate momentum from your legs and core and transfer it through your upper body.

Consistent training volume is also key. Climbers who train 3-5 days per week progress significantly faster than those who only attend the gym once a week. The rapid growth of indoor climbing gyms is a testament to the fact that consistent, accessible training yields results.

Don't Neglect Your Antagonist Muscles

Climbing relentlessly conditions your "pull" muscles—lats, biceps, and forearms. Over time, this creates muscular imbalances that can lead to chronic injuries in the shoulders, elbows, and wrists. The solution is antagonist training, which involves strengthening the opposing "push" muscles.

This is not optional for long-term climbing health. A simple routine after your climbing sessions can make a significant difference.

• Push-ups: Strengthens the chest, shoulders, and triceps.
• Overhead Press: Builds crucial shoulder stability and strength.
• Dips: Targets the triceps and chest to balance pulling movements.

Just 15-20 minutes of this work, two to three times per week, is one of the most effective injury prevention strategies you can adopt. It creates a balanced, resilient body ready for high-intensity training. For a deeper look, check out our guide on essential strength training for climbing performance.

Developing Unbreakable Endurance for Longer Routes

Power gets you through a single, difficult move. Endurance keeps you on the wall long enough to complete a route.

While strength training raises your maximum power output, endurance training increases your capacity to perform near that ceiling for extended periods. For serious climbers, building this stamina is what enables the transition from short boulder problems to long, demanding sport routes.

This involves more than just climbing until failure. It requires structured training designed to increase your lactate threshold—the point at which your forearms become overwhelmed with metabolic byproducts. By pushing this limit in a controlled manner, you teach your body to become more efficient at clearing waste, allowing you to recover on smaller holds and push through sections that would have previously been impossible.

On-the-Wall Drills for Sustained Performance

The most effective way to build climbing-specific endurance is by climbing. However, the type of climbing is critical. Structured, high-volume drills are far more effective than random attempts. Two of the best protocols are 4x4s and linked circuits.

A "4x4" is simple and effective. Select four boulder problems you can complete consistently but still find challenging. Climb all four back-to-back with minimal rest. After the fourth problem, take a structured rest of 3-5 minutes before repeating the entire circuit three more times.

This protocol forces your body to adapt to performing difficult moves while fatigued. It simulates the pump experienced at the top of a long sport route, training both your physical and mental capacity to persevere.

Building endurance is about teaching your body to work efficiently under duress. The goal isn't just to hang on longer; it's to be able to execute precise movements even when your forearms are screaming.

Linked circuits are another excellent tool. Create a long "route" by connecting multiple boulder problems or by traversing a section of the wall. The objective is to stay on the wall for a continuous period, moving through a high volume of holds. This method builds a deep base of aerobic fitness in your forearms.

For these high-volume sessions, grip management is critical. A solid base of EVMT Liquid Chalk prevents sweat from becoming a limiting factor. This allows you to focus entirely on the training stimulus rather than worrying about your hands slipping deep into a set.

Pacing and Recovery: The Art of Managing the Pump

Elite climbers are not immune to getting pumped; they are masters at managing it. This skill comes down to smart pacing and knowing how to find and use rests, even on marginal holds. Observe any professional in a lead competition, and you will see them expertly identify shakeout spots to recover just enough to tackle the next sequence.

You can practice this skill in the gym. On your endurance routes, actively look for opportunities to rest.

• Find a good stance: Identify larger footholds that allow you to stand comfortably and straighten your arms.
• Alternate shakeouts: Hang from one straight arm while shaking out the other. Switch hands to give each arm a quick recovery.
• Controlled breathing: When you feel the pump setting in, take slow, deep breaths to deliver more oxygen to your working muscles.

Learning to lower your heart rate and calm your mind mid-climb is a skill that directly translates to better performance on long, intimidating routes.

Off-the-Wall Conditioning for a Deeper Fitness Base

While most endurance work should occur on the wall, supplemental off-the-wall training can build a broader aerobic base. A classic method is Aerobic, Respiration, and Capillarity (ARC) training. This involves climbing on easy terrain for a sustained period—typically 20-45 minutes—without getting overly pumped.

The goal is to maintain a "light pump," where you can feel blood flow in your forearms but could still hold a conversation. This low-intensity, long-duration work builds capillary density in your forearm muscles, which improves blood flow and oxygen delivery. Think of it as building a more efficient highway for your muscles to receive fuel and clear waste. This foundation is essential if you want to know how to get better at climbing for the long term.

Optimizing Your Grip For Maximum Performance

In climbing, your grip is the final link between you and the wall. In high-stakes moments—the crux move on a project or the final problem of a competition—your grip cannot fail. A better grip is not just about raw finger strength; it's a system involving technique, specific training, and the right tools.

For any serious athlete training in a humid gym or facing competition pressure, a solid, sweat-free grip is non-negotiable. Every bit of friction matters. When you are pulling at your limit, the last thing you need is the doubt of a sweaty, slipping hand.

Training Different Grip Types

Not all grips are equal. The hold dictates the necessary hand position, and training these different positions is what separates good climbers from great ones. Focusing on a single grip type is a classic way to plateau or, worse, get injured.

• Crimp: The standard grip for small edges. The full crimp (with the thumb wrapped over the index finger) is powerful but places high stress on finger pulleys and should be used sparingly. It is smarter to focus on the half-crimp, which builds strength more safely.
• Open-Hand: The go-to for slopers and pockets. This grip relies on friction and raw finger strength without placing joints in a hyperextended position. It is widely considered the safest and most important grip to develop for long-term climbing health.
• Pinch: Involves squeezing a hold between the thumb and fingers. Pinch strength is often overlooked but is essential for arêtes, tufas, and modern competition-style volumes.

To improve, you need to be proficient in all three. A practical approach is to dedicate specific hangboard sessions to each grip type or set boulder problems that target your weaknesses. For a deep dive into specific exercises, check out our guide on how to improve grip strength for climbing.

The Strategic Use of Chalk For Peak Performance

Chalk is a crucial piece of performance equipment. For elite athletes, a systematic approach delivers superior results compared to simply dipping hands in a chalk bag.

The most reliable method is a two-part system. Begin your session by applying a base layer of high-quality liquid chalk, such as EVMT Liquid Chalk. This creates a durable, sweat-resistant foundation that coats the skin and pores, preventing moisture from becoming an issue.

This base layer lasts much longer than powder chalk alone, which is a significant advantage on long routes, during intense training circuits, or in competitions where re-chalking is not possible. You get consistent friction from the first move to the last.

For a high-stakes attempt, you want zero variables. A liquid chalk base removes sweat from the equation, letting you focus entirely on movement and execution.

Once the base is set, you can use a small amount of loose chalk for tactile feedback and to dry any minimal moisture that appears. This combination provides the longevity of a liquid base with the on-demand drying power of traditional chalk—a system proven at the highest levels of competition.

Grip Solution Comparison for Climbers

Choosing the right chalk system depends on your needs and environment. This breakdown clarifies what is best for you.

Grip Solution	Best For	Mess/Residue	Longevity
Traditional Powder Chalk	Quick, tactile feedback and on-the-fly drying.	High mess, creates airborne dust in gyms.	Poor. Requires constant reapplication.
Chalk Ball	Reducing airborne dust while using powder chalk.	Moderate mess, still leaves residue on holds.	Fair. Better than loose, but still needs frequent use.
Liquid Chalk Base Layer	Establishing a long-lasting, sweat-proof foundation.	Very low mess, minimal residue transfer.	Excellent. Lasts through long climbs or circuits.

For maximum performance, a hybrid approach using a liquid chalk base with light powder for touch-ups offers the best of all worlds: durability, low mess, and reliable grip.

A superior grip also plays a significant role in injury prevention. Unexpected slips can shock-load tendons, a common cause of finger injuries. According to industry data from sources like the Climbing Business Journal, a reliable grip system is a key part of sustainable progress in a rapidly growing sport. Your grip is your lifeline—optimizing it is one of the most direct ways to elevate your performance.

Honing Your Mental Game and Strategy

Physical talent will only take you so far. The biggest breakthroughs in climbing—those that unlock new grades and redefine your limits—are almost always mental. Mastering your mental approach is what separates good climbers from truly great ones.

This is not about vague positive thinking. It is about building concrete mental skills to manage fear, develop confidence, and execute a strategy under pressure. When you are high off the ground, pumped, and facing a move you have fallen on ten times, your physical strength is only half the battle. The other half is maintaining composure, focus, and 100% commitment.

The Power of Visualization and Route Reading

Before ever touching the wall, the best climbers have already sent the route in their minds. This is visualization, a powerful tool used by athletes in every high-stakes sport, from Olympic gymnastics to motorsports. It involves mentally rehearsing the entire sequence, from the first moves to the final anchor.

Begin by stepping back and thoroughly reading the route. Don't just spot the holds; identify the sequence the route setter intended.

• Determine the likely hand sequence.
• Pinpoint the crux—the most difficult section.
• Identify potential rest positions, no matter how small.
• Imagine the body positions required, such as a high foot or a drop-knee.

Once you have a plan, close your eyes and climb it in your mind. Feel the texture of the holds. Imagine the core tension needed for a powerful move. Mentally rehearse the sequence until it feels automatic. This preparation reduces uncertainty, conserves energy, and builds the confidence needed to commit.

Overcoming the Fear of Falling

Fear is a natural instinct, but allowing the fear of falling to dictate your actions will stifle your progress. It causes you to over-grip, climb statically, and hesitate on moves you are capable of making. To get better at climbing, you must change your relationship with falling.

The most effective method is progressive, controlled practice. Start small. In the bouldering area, practice falling from low on the wall, focusing on landing softly by bending your knees and rolling. On a rope, take practice falls with a belayer you trust.

Falling isn't a sign of failure; it's a non-negotiable part of pushing your limits. Learning to fall safely and without panic is a skill, just like a heel hook or a dyno.

Begin with short, predictable falls on a vertical or slightly overhanging wall. As you become more comfortable, gradually take larger falls. The goal is to build unshakable trust in your equipment, your belayer, and yourself. This frees your mind to climb with full commitment, which is the only way to perform at your limit.

Shifting to a Process-Oriented Mindset

Obsessing over the final outcome—the "send"—is a surefire way to trigger performance anxiety. When the only measure of success is clipping the anchors, every attempt that ends in a fall feels like a failure. This outcome-focused mindset creates immense pressure and can inhibit learning.

Instead, shift your focus to process-oriented goals. These are small, controllable objectives within the climb.

• "On this attempt, my only goal is to stick the crux move."
• "This time, I'm focusing on perfect, quiet footwork for the first half."
• "My goal for this burn is to relax and breathe deeply on the rest hold."

By concentrating on these manageable tasks, you remove the mental weight of the entire route. You begin to see every attempt, successful or not, as a successful mission to gather more information. This mindset shift not only reduces pressure but also accelerates learning. You get more out of every attempt because your focus is on how you climb, not just the result.

The growth of climbing has brought these training concepts to more athletes than ever. With more facilities available, it is easier than ever to build both the physical and mental skills that define a great climber.

Common Questions About Improving at Climbing

Serious athletes are always looking for an edge—the small adjustment or new perspective that unlocks the next level of performance. If you are committed to improving, you have likely asked yourself some of the same questions that are common in gyms worldwide.

Here, we address the most frequent inquiries with clear, actionable advice to help you break through your next plateau. Each answer provides a practical takeaway you can apply in your next session. Progress comes from consistent, intelligent effort, and mastering these concepts is a significant step forward.

How Long Does It Take to Get Good at Rock Climbing?

Progress is highly individual, but focused training always accelerates the timeline.

A dedicated climber training two to three times per week can typically progress from beginner grades (V0-V2) to the intermediate range (V3-V5) within 6-12 months. Reaching advanced levels (V6 and up) is a different challenge, often requiring several years of consistent, structured training that goes beyond casual climbing.

The key is not just the hours invested but the quality of those hours. Prioritizing intelligent training, maintaining consistency, and progressively challenging yourself will yield results much faster than climbing without a plan. It’s about training with purpose.

What Is the Most Common Mistake Beginner Climbers Make?

The most common mistake is over-relying on arm strength while neglecting the feet. New climbers often try to pull their way up routes, leading to rapid fatigue, inefficient movement, and a low performance ceiling.

The fix is to shift your entire mindset to your feet. Think of them as your primary engine, with your arms providing balance and control.

Practice "quiet feet" by placing them precisely and deliberately on every hold. Once you learn to trust your feet and drive movement with your powerful leg muscles, you will conserve a massive amount of arm strength for the moves that truly require it. This simple shift is the foundation for all harder climbing.

How Should I Structure a Climbing Session for Maximum Improvement?

An effective training session has a clear focus. Aimless climbing until exhaustion is not a sustainable strategy for getting stronger. Instead, adopt a structured approach to maximize your time.

• Warm-Up (15-20 minutes): Start with light cardio, followed by dynamic stretching. Finish by climbing several very easy problems (V0-V1) to activate climbing-specific muscles.
• Primary Goal (45-60 minutes): This is the core of your session. Dedicate it to one specific objective, whether it's limit bouldering on your project, drilling a technique, or running an endurance workout like 4x4s.
• Supplemental Work (20-30 minutes): After your main climbing, perform targeted exercises that support your goals. This could include antagonist work like push-ups and overhead presses or a dedicated core routine.
• Cool-Down (10 minutes): Conclude with static stretching to improve mobility and initiate the recovery process.

It is also critical to avoid climbing to absolute failure every session. Your body needs time to recover, adapt, and build strength.

Should I Use Liquid Chalk or Regular Chalk for Climbing?

For optimal performance, many serious climbers and competitors use a two-part system that provides the benefits of both. You can explore the science behind a superior grip in our guide on the benefits of liquid climbing chalk.

Here is how the system works:

Start by applying a base layer of a high-performance liquid chalk. This creates a dry, durable foundation that prevents sweat at the source—a significant advantage for long sessions or in humid environments.

Then, during your climb, use a small amount of loose chalk for tactile feedback and quick touch-ups. This combination delivers the sweat-blocking longevity of liquid chalk with the on-demand drying power of traditional powder.

---

At Evermost LLC, we believe a reliable grip is the foundation of peak performance. Our EVMT Liquid Chalk is engineered to provide that clean, sweat-free foundation, so you can focus on execution, not your hands. Stop letting a sweaty grip be your limiting factor and start climbing with confidence. https://www.evmt.co