Hangboard: The Complete Guide for Climbers
Everything you need to know about hangboards: what they are, how to choose one, how to train, and the proven protocols that build real finger strength. Whether you're chasing a grade breakthrough or just want stronger hands, this is your starting point.
What Is a Hangboard?
A hangboard (also called a fingerboard) is a training device with a variety of holds carved or molded into it. You mount it overhead and hang from the edges to progressively load your fingers, hands, and forearms. The holds range from large jugs that anyone can grip to tiny edges that challenge elite climbers.
There's no difference. "Hangboard" is more common in North America, while "fingerboard" is the standard term in the UK and Europe. Beastmaker calls theirs fingerboards; Metolius and Tension call theirs hangboards. Same tool, different label.
The basic idea is simple. Your fingers are the connection point between you and the rock (or the plastic). Stronger fingers mean you can hold smaller edges, grip longer, and climb harder. A hangboard lets you train that specific strength in a controlled, progressive way β right at home, in about 15β30 minutes per session.
Hangboards aren't just for experienced climbers, either. The progression is built into the board itself. Start on the biggest holds (jugs and large edges), build your base, and work your way down to smaller edges over weeks and months. Plenty of people use hangboards for general grip strength without ever setting foot in a climbing gym. They're popular with martial artists, obstacle course racers, and anyone whose hands are their tools.
A Brief History of the Hangboard
The hangboard's origin story reads like a who's who of climbing legends.
Around 1980, Bachar screwed thin wooden slats onto the eaves of his shed and started hanging from them to train his fingers. This crude proto-hangboard β just strips of wood at different depths β was revolutionary. At the time, training on anything other than actual rock was considered cheating. Bachar didn't care. He became one of the greatest free soloists in history.
Training out of small gyms in England, Moffatt refined the concept into something closer to the modern board β multiple hold types on a single piece of wood or resin. He proposed the world's first 5.13c in 1983.
Gullich took finger-specific training further by inventing the campus board in 1988 at the Campus Centre university gym. He designed it specifically for the explosive finger power needed to climb "Action Directe" (9a/5.14d), which he sent in 1991. He climbed the first 5.13d, 5.14a, 5.14b, and eventually 5.14d.
The results spoke for themselves. Between them, Bachar, Moffatt, and Gullich were pushing the boundaries of what climbers thought was possible. Dedicated finger training was clearly working.
By the early 1990s, Metolius had acquired CNC machines and began mass-producing the Simulator β one of the first commercially available polyurethane resin hangboards. It became an industry standard and remains in production today.
The next evolution was a return to wood. Beastmaker, founded in the UK, popularized beautifully crafted wooden fingerboards that were gentler on skin and aesthetically appealing enough to mount in a living room. Tension Climbing followed with the Grindstone, which introduced labeled edge depths for precise, trackable training. Today, the market spans everything from simple two-edge travel boards to feature-packed training centers with dozens of hold types.
Why Hangboard Training Works
Finger strength in climbing is mostly about tendons and pulleys, not muscles. Your finger flexor muscles live in your forearm, and they pull on your fingers through a system of tendons that run through pulley sheaths. When you grip a small edge, the load on those tendons and pulleys is enormous. Building the capacity of that system is what hangboard training does.
Tendon Adaptation
Tendons adapt to load, but they adapt slowly. Unlike muscles, which respond to training in days to weeks, tendons need weeks to months of consistent loading to remodel and strengthen. This is why hangboard training rewards consistency over intensity. Showing up regularly matters more than going all-out.
Baar's research at UC Davis studied engineered ligament tissue and found that mechanical loading stimulated collagen synthesis, but the tissue became refractory (unresponsive) after about 10 minutes and needed approximately 6 hours to respond to new stimulus again. This finding directly inspired the Abrahangs protocol, which structures training around these collagen synthesis windows.
Important nuance: Baar's original work was in-vitro (lab-grown sinew, not living human tendons). Hooper's Beta's 2023 analysis pointed out that the mechanism may not translate directly to real tendons in real climbers. The practical results have been impressive, but the exact physiological "why" is still being studied.
Neural Adaptations
Hangboard training also builds strength through the nervous system. Your brain learns to recruit more motor units in your forearm muscles and to coordinate their firing more efficiently. This is why climbers often see rapid early gains on a hangboard program: the initial improvements are largely neural, not structural. Your fingers aren't physically bigger, but your nervous system is better at using them.
The Research
Multiple peer-reviewed studies support hangboard training for finger strength development:
- Lopez & Gonzalez-Badillo (2012, 2019) β Progressive dead hang protocols produce significant, measurable finger strength gains
- Medernach et al. (2015) β Four weeks of hangboard training improved maximum finger strength by up to 23%
- Gilmore et al. (2024) β Both low-intensity Abrahangs and traditional MaxHangs improved grip strength; combining the two produced additive benefits
- Lopez-Rivera & Gonzalez-Badillo (2019) β Both maximum weight hangs and minimum edge hangs were effective, giving climbers flexibility in training structure
The takeaway: hangboard training works, and it works across different protocols and intensity levels. The best protocol is the one you'll actually do consistently. For a look at how elite athletes apply these principles, see how pro climbers use hangboards.
Types of Hangboards
Hangboards come in different materials, sizes, and configurations. Here's what matters.
Gentle on skin (critical for high-frequency protocols like Abrahangs), looks good on the wall, and provides excellent grip feel. Beastmaker popularized wooden boards; Tension's Grindstone added labeled edges. The Hangboard covers 40mm to 10mm in beech. Main limitation: less hold variety than molded materials. Wooden hangboards guide β
Can be molded into slopers, pinches, jugs, and complex 3D forms that wood can't replicate. The Trango Rock Prodigy is a standout: horizontal pinches, variable-depth edges, and pocket configurations covering nearly every grip type. Lighter and more durable than resin.
The original commercial material β the Metolius Simulator is the classic. Heavier and more durable than PU, with texture that simulates gym holds. Can be rougher on skin for frequent training. Metolius guide β
Designed to hang from a pull-up bar, doorframe, or tree branch. Typically 2β4 edge depths in a compact profile. The Tension Flash Board and Beastmaker Micros are standouts. Sacrifice hold variety for portability. Portable guide β
For a deeper comparison of all materials and form factors, see our types and materials guide. If you're handy, you can even build your own from hardwood.
How to Choose a Hangboard
Picking a hangboard comes down to four factors: edge depths, hold variety, material, and how you plan to mount it.
Edge Depths
This is the most important feature. Edge depths determine your progression path. You want a range from comfortable (30β40mm) down to challenging (10β15mm), with clear increments between.
| Edge Depth | What It Is | Feel |
|---|---|---|
| 35β45mm | Jug rail | Two finger pads deep. Warm-up hold, great for getting started. |
| 25β35mm | Large edge | More than one pad. Comfortable for most people to train on. |
| 18β22mm | Medium edge | About one finger pad. 20mm is the standard training edge. |
| 14β16mm | Small edge | Just under one pad. Demands good technique and finger strength. |
| 8β12mm | Tiny edge | Fingertip depth. Small but very trainable with progression. |
"I hung on 20mm for 10 seconds at bodyweight +10kg" is useful data. "I hung on the medium edge" is not. Boards with engraved depths let you log your sessions precisely and track progress over months.
Hold Variety
For most climbers, a board with 4β6 different edge depths plus a jug covers the majority of training needs. Pockets (two-finger and three-finger) are a nice addition if you climb on pocketed rock. Slopers and pinches are useful for route-specific training but not essential for general finger strength.
If you're choosing your first hangboard, don't overthink the hold count. A simple board with good edge progression will serve you better than a complex board where half the holds go unused. Our best hangboards roundup and brand comparison guide can help you narrow the field.
Material
- Wood β best for high-frequency training (Abrahangs), skin comfort, and aesthetics
- PU β best for maximum hold variety and complex grip training
- Resin β durable, affordable, and familiar to gym climbers
If you're buying your first board and plan to train frequently, wood is a strong default. For real-world opinions from climbers, check out what Reddit recommends and our Amazon hangboard picks.
Mounting Options
How you plan to mount the board affects which models work for you. Wall-mounted boards offer the most stability but require drilling into studs. Doorframe-mount systems require no drilling but can limit board selection. Pull-up bar mounts are the most portable option. We cover mounting in detail in our mounting guide.
How to Mount a Hangboard
Three main methods. For detailed instructions with hardware specs and step-by-step photos, see our complete mounting guide.
Screw the board directly into wall studs, or build a plywood backer board that spans two studs. This is the gold standard. Position the bottom edge of the holds at about 6.5β7.5 feet β roughly where your fingers reach while standing on your toes with arms extended overhead.
Several companies make doorframe mounting systems that sit over a doorframe β no drilling required. Great for renters. Trade-off: slight wobble compared to wall mounting, and the doorframe limits board width.
Hang many hangboards from a standard pull-up bar using webbing slings or a dedicated bracket. Most portable option. The board will swing slightly β some climbers actually prefer this as it forces better body tension. Pull-up bar mounting guide β
How to Use a Hangboard
Good technique on the hangboard protects your joints, builds better habits, and transfers directly to climbing.
Body Position
Hang with your arms slightly bent, not fully locked out. Pull your shoulder blades down and together (think: the opposite of shrugging). Your core should be lightly engaged, body quiet and still. Avoid swinging, kipping, or twisting. Imagine a straight line from your fingers through your shoulders to your hips.
This engaged position protects your shoulders and mimics how you'd hang on the wall while climbing. Fully locked-out, dead-weight hanging loads the passive structures (ligaments, joint capsules) rather than the active ones (muscles, tendons). A slight bend keeps the load where you want it.
Stepping Off vs. Dropping
When you finish a hang, step down or lower your feet to the ground. Don't let go and drop. Dropping creates a sudden deceleration load on your fingers and shoulders. Stepping off is a free injury-prevention habit. Mount your board at a height where your feet can easily reach the floor while you're hanging.
Grip Types
Three main grip positions, each training your fingers differently:
Fingers extended and draped over the edge with minimal curl. No thumb involvement. Lowest-stress position β excellent for warm-ups, building baseline finger strength, and training slopers. The three-finger drag variant (index, middle, ring) focuses loading on those three fingers.
Your default training grip. Fingers curled over the edge with fingertip joints flexed inward. Thumb is NOT involved β it rests alongside your hand. Most functional training grip: loads tendons meaningfully while keeping stress manageable. Most protocols use half crimp as the primary position.
Same finger position as half crimp, but thumb locks over the top of your index finger. Creates a mechanical advantage for maximum gripping force. Every climber uses it on the wall. For training, introduce it once you're comfortable with the fundamentals β it's another tool in your toolkit.
Chalk Up
Chalk your hands before every set. This isn't optional. Consistent friction means consistent loading, which means your fingers are trained at a predictable intensity every rep. Sweaty fingers change the difficulty of a hang in ways you can't control or track. Chalk up, hang on.
Warm Up
Before any working sets, get blood moving first. A few minutes of arm circles, light pull-ups or push-ups, and shoulder activation. Then move to your hangboard with some easy no-hangs or dead hangs on the biggest holds available. Work progressively through 1β2 smaller edge sizes before hitting your working edge. The whole process takes 5β10 minutes and makes a real difference.
Need a board to train on?
Six edges. 40mm to 10mm. Labeled, progressive, $89.99.
Shop The HangboardTraining Protocols
Three research-backed protocols dominate modern hangboard training. Each targets different adaptations and fits different schedules. For detailed programs with sets, reps, and weekly progressions, see our hangboard training guide and beginner hangboard workout.
Developed by Emil & Felix Abrahamsson, based on Keith Baar's collagen synthesis research
The defining feature: twice a day, every day, with at least 6 hours between sessions. Each session uses no-hangs (feet stay on the ground) at sub-maximal intensity β about 70β80% of the weight needed to lift off. Sessions are very short.
This protocol is built around the idea that frequent, low-intensity loading stimulates tendon adaptation without the fatigue of high-intensity training. Emil Abrahamsson's original results were striking: in 30 days, his max load on a 14mm crimp went from bodyweight +48kg to bodyweight +67kg.
The Gilmore et al. (2024) study confirmed these results at scale, finding that the Abrahangs protocol was as effective at improving grip strength as traditional MaxHangs, and that combining both protocols had additive benefits.
Particularly well-suited to climbers who want to layer finger training on top of existing climbing schedules without creating additional fatigue. For the full protocol, see our beginner hangboard workout.
Based on Eva Lopez & Gonzalez-Badillo's progressive dead hang research
High-intensity dead hangs (feet off the ground) for 5β15 seconds at near-maximum effort, with long rest periods. Typically 3β5 sets per session.
The long rest is what makes this a strength protocol. Full neuromuscular recovery between sets means every hang can be performed at true high intensity, training your nervous system to recruit more motor units and produce higher peak force. Lopez's research demonstrated up to 28% improvements in 8 weeks in some studies.
Progression happens by adding weight (using a harness and weight plates) or by moving to smaller edges. Many experienced climbers use a 14β20mm edge with added weight rather than training on extremely small edges. For the full protocol, see our Eva Lopez protocol guide.
Popularized by Mike & Mark Anderson in The Rock Climber's Training Manual
Moderate intensity with rapid cycling: 7 seconds on, 3 seconds off, repeated for 6 rounds per set. This is roughly one minute of work per set with brief rest intervals.
Where Max Hangs build peak strength, Repeaters build strength endurance: the ability to maintain a high level of grip force across many moves. This is the stuff of long boulder problems and sustained route cruxes. The protocol stresses both the anaerobic and aerobic energy systems, closely mimicking the demands of hard climbing.
A great complement to Max Hangs. Many climbers run one in each training phase, or alternate between them. For the full protocol, see our hangboard repeaters guide.
Which Protocol Should You Start With?
Start with Abrahangs. The sub-maximal intensity and high frequency build tendon resilience and technique before you add heavy loading. After 4 weeks, transition to Max Hangs for peak strength development.
This is the progression we use in our beginner hangboard workout, and it's backed by the Gilmore et al. (2024) finding that combining both protocols produces the best results.
Common Mistakes
For an expanded look at these mistakes and practical tips, see our tips and common mistakes guide.
Cold fingers on small edges is a recipe for a bad session. Take 5β10 minutes to warm up your shoulders, do some easy hangs on jugs, and work progressively toward your working edge. It doesn't need to be elaborate, but it needs to happen.
More weight doesn't mean more progress. If your form breaks down, if you're swinging, if your shoulders are shrugging up to your ears β the load is too high. Drop the intensity, clean up your form, and progress gradually. Consistent quality hangs beat occasional heroic ones.
The edge should be challenging but hangable for the prescribed duration. If you can't complete the hang, move up one edge size. Training at appropriate intensity on a slightly larger edge is far more productive than failing repeatedly on a tiny one.
If you're not writing down what edge you used, how long you hung, and how much weight you added, you're guessing at progression. A simple notebook or phone note works. Track your sessions and you'll see clear trends over weeks and months.
Hanging with completely straight, locked-out arms loads your shoulder joints passively rather than engaging the muscles that should be doing the work. Keep a slight bend in your elbows and your shoulder blades pulled down. This protects your shoulders and better trains the muscles you'll use on the wall.
More is not always better. MaxHangs need at least 48 hours between sessions for your tendons and nervous system to recover and adapt. That rest is when the strength gains actually happen. (Note: Abrahangs is designed for daily use because the intensity is sub-maximal.)
Frequently Asked Questions
A hangboard is a training tool for building finger, hand, and forearm strength. Climbers use it to progressively load their tendons and improve grip on small holds. You mount it overhead and hang from its edges using various grip positions. Sessions are short (10β30 minutes) and can be done at home with no other equipment besides chalk and a timer.
Yes. Hangboard and fingerboard are two names for the same training tool. "Hangboard" is more common in North America, while "fingerboard" is the standard term in the UK and much of Europe. Both refer to a board with shaped holds that you mount overhead and hang from to train finger strength.
Absolutely. Start on the largest holds (jugs and big edges) and use no-hangs with your feet on the ground to control load. The progression is built into the board: large holds to small holds, light load to heavy load. Protocols like Abrahangs are specifically designed for sub-maximal, low-intensity training that anyone can begin with.
It depends on the protocol. Abrahangs is designed for twice daily, every day. Max Hangs work best at 2β3 sessions per week with at least 48 hours between. Most climbers find 2β4 hangboard sessions per week sustainable alongside climbing. Start with fewer sessions and increase as your tendons adapt.
For dead hangs (feet off the ground), start on an edge where you can hang for about 10β12 seconds before failure. For most people, that's somewhere between 20mm and 30mm. For no-hangs (Abrahangs), use whatever edge feels comfortable under moderate load β typically 25β40mm. If that's the jug, start on the jug.
No. While hangboards were designed for climbing training, they're increasingly used by martial artists, obstacle course racers, CrossFit athletes, and anyone who wants stronger grip. The same progressive loading principles apply regardless of your sport. Start on large holds, progress gradually, and your grip will get stronger.
Most people notice improved grip confidence within 3β4 weeks. Measurable strength gains (hanging longer, holding smaller edges, or adding weight) typically show up in 4β8 weeks of consistent training. Tendon adaptations continue over months of training, so the long-term trajectory keeps climbing if you stay consistent.
Max Hangs use near-maximum intensity for short hangs (5β15 seconds) with long rest periods (3β5 minutes). They build peak finger strength. Repeaters use moderate intensity with rapid cycling (7 seconds on, 3 seconds off, 6 rounds per set). They build strength endurance. Both are effective. Most climbers benefit from training both across different phases.
If you're doing MaxHangs, do them before climbing when your fingers are fresh, or on a separate day entirely. If you're doing Abrahangs (sub-maximal no-hangs), the intensity is low enough that timing relative to climbing doesn't matter much. Never do high-intensity hangboard work when your fingers are already fatigued from a climbing session. See our training after climbing guide.
Wood is the most popular choice for home training because it's gentle on skin during high-frequency sessions, looks good mounted in living spaces, and provides a comfortable grip feel. Polyurethane offers more hold variety. Resin is durable and affordable. All three work well. Choose based on your training style and personal preference. See our types and materials guide.
Ready to start training?
Six edges. 40mm to 10mm. Labeled, progressive, $89.99.
Shop The Hangboard- Abrahamsson, E. (2021). "A New Hangboard Routine." YouTube. Original protocol video documenting the Abrahangs method and 30-day results.
- Baar, K. (2017). "Minimizing Injury and Maximizing Return to Play: Lessons from Engineered Ligaments." Sports Medicine, 47(Suppl 1), 5-11. PMC5371618
- Gilmore, N. K., Klimek, P., Abrahamsson, E., & Baar, K. (2024). "Effects of Different Loading Programs on Finger Strength in Rock Climbers." Sports Medicine β Open, 10(125). PubMed
- Hooper's Beta. (2023). "Will Hangboarding 2x/Day Improve Your Climbing? ULTIMATE Revised Breakdown." hoopersbeta.com
- Lopez-Rivera, E. & Gonzalez-Badillo, J. J. (2012). "The Effects of Two Maximum Grip Strength Training Methodsβ¦" Sports Technology, 5(3-4), 101-110.
- Lopez-Rivera, E. & Gonzalez-Badillo, J. J. (2019). "Comparison of the Effects of Three Hangboard Strength and Endurance Training Programsβ¦" Journal of Human Kinetics, 66, 183-195.
- Medernach, J. P., KleinΓΆder, H., & LΓΆtzerich, H. H. H. (2015). "Fingerboard in Competitive Bouldering: Training Effects on Grip Strength and Endurance." JSCR, 29(8), 2286-2295.
- Anderson, M. & Anderson, M. (2014). The Rock Climber's Training Manual. Fixed Pin Publishing.
- Horst, E. J. (2016). Training for Climbing. 3rd Edition. Falcon Guides.
Ready to start training?
6 edge depths from 40mm to 10mm. European beech wood. One board that grows with your climbing.