LM

Highly recommended!

I have both edges! I prefer the 20 mm edge for the tindeq progressor and the open 40 mm for floor lifts and rehab - both are lovely and skin friendly

EM

Great!

The edge profile is perfect in depth and spacing. It’s a super nice edge to use, comfy and my fingers feel well supported - the edge is well balanced.

SG

Recommended!

I find the levels of the finger slots are a good size for me and I can feel my third and pinky finger engaging more than they do with another unlevel finger pulling device I have.

dc

Fantastic - so much better and more comfortable than the C4HP one. I currently have a finger injury and just lifted way more than with the C4HP one, delighted with it. It's comfortable to use too.

sc

Thank you, the thought of using a conventional fingerboard for my poor arthritic fingers was a no go. Using your product opened up a new possibility

ld

I really like the unlevel edge, it's super handy for the warm ups as it feels like I'm engaging each individual finger more.

I thought I had pretty weird hand proportions so I was pleasantly surprised that the edge suited me as well as it does.

why choose these unlevel edges?

There are now a few unlevel edges on the market. None of us can genuinely lay claim to be 'the first' or 'the best'. I first saw a commercial unlevel edge about 15 years ago. In fact it was made by Paul and they're still in use today.

We've all researched and tested and come up with our own version of a similar idea.

I have added this short section in response to a bit of a social media storm about new products coming on the market.

I believe choice is good for customers and none of us should claim to be better than others. We all offer different products based around a similar concept. So I shall set out why I feel you should purchase mine and not get involved in negative comparisons.

I chose a non-organic shape as my testing showed the organic curve or 'bump' encouraged the outer fingers to pull inwards, or fall outwards, down the slope. This will affect their loading ability and introduces rotational forces we know are irritating to fingers. It also showed less force production at 40mm in my testing.

I put channels on the 40mm big lifter as this provides the greatest base of support from which to produce force, to get stronger fingers, and the greatest stability for rehab. This is basic S&C principles. You don't get stronger by training on small edges. You can't produce as much force, so the muscles get less stimulus, but you do get greater irritation due to the reduced support.

This channel design carries through to the 20mm Primer where the edge profile encourages correct orientation of the force without being able to 'nestle' in the 90 degree corners some designs have. Ideal for recruiting and coordinating at the crag.

My product is made from UK sourced sustainable hardwood and is hand made 9 miles from my office. No air miles here and no plastic (apart from the cord). I also use the most sustainable packaging I can. See here for further info.

All four fingers can be loaded equally with all 4 fingers put to the end of the edge.

Or they can be loaded proportionately equal. Place the little finger on to the crease of the end joint and lay your other fingers on naturally. The edge depth accommodates all finger length differences and the load will be applied to each finger according to how much is on the edge. Middle two will always be stronger than the outer two and there is an argument to train them this way too.

The hand is forced to maintain contact via the flexor muscles and tendons - not hanging off the friction of the pulley system, skin or compression of joints

Joint angles are maintained to avoid compression and the end joint is supported to avoid chronic injury on the 40mm version

The deeper edge means you can apply more force and stimulate both flexor tendons - more force sends a stronger signal to the body to adapt

The channels the fingers sit in avoid rotational forces being applied to the fingers, but do not allow nestling in a corner. Rotational forces can be particularly provocative for finger injury. Level edges and organic bump edges still allow rotation and stacking of the fingers together

The internal hand muscles are loaded much more which is important for more open handed holds AND for complex holds where fingers have to work more independently. As with other isometric finger training this strength does carry through to other angles.

Use it to safely get stronger fingers and then coordinate that strength on smaller edges - cycle your training like we do with energy systems

now available the 20mm 'primer'

People kept asking, so now we have made the 20mm 'PRIMER' version for benchmarking, recruiting at the crag and training

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discounts

Each purchase entitles you to:

£10 discount on a physical copy, of my best-selling book 'The Self-Rehabbed Climber'.
£15 discount on a face to face, or remote, assessment.

Codes will be sent on purchase.

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how to use it

It is pretty simple, but I want people to get the full benefit out of it, so here's what to do. I'd suggest using it to lift from the floor with a Tindeq unit, rather than weights. The Tindeq is much easier to set up and if anything happens you don't drop a weight on your foot.

But it can also just be used to loop around your foot for warming up, or to sling overhead should you wish.

You should expect to pull about 25% more with the 40mm edge.

You can mono, 2 finger, front 3, back 3 just using the slots. No need for extra pockets.

You can change the sling to single, rather than double, to change the angle for drags, or going to a smaller edge.

We don't need to be obsessed with measuring everything all the time. Feel is vital. Feel free to benchmark at appropriate intervals on your usual edge so you know you're progressing, or purchase the 20mm version.

Finger position - equal loading

When using it with both cords attached to an anchor put your fingers as far into the hold as you can. Little finger goes in the lowest slot.

Here my fingertips are at the back of the flat part of the hold AND level with each other.

This loads fingers equally and provides the largest edge possible to enable you to lift more.

Finger position - proportional loading

Use with both cords attached to an anchor, place your little finger in the lowest slot to where the radius sits on the crease of the end joint.

Lay your other fingers naturally on the edge. The depth will allow them to sit where they should. Loaded in this position the outer two are loaded more effectively (and less provocatively) than with an unlevel edge but mid two take more load. They are bigger, stronger, fingers and there is an argument to train them with this in mind.

Finger alignment

From the back your fingers should look like this.

Note how the knuckles at the top are directly above the knuckles below and there is an equal, small, gap between the fingers.

If you have one gap larger than the others, or a noticeable difference between hands, you could have an intrinsic muscle issue. Reduce the weight until you can control the finger and work from there.

The cord means you can adjust the angle to make sure your wrist, elbow and shoulder are also comfortably aligned.

Single cord version

This provides a much more open grip position which is useful for training open grips and for those with issues such as synovitis that need to drastically reduce compressive forces.

Just hold the edge with the radius sitting on the crease of the end joint.

what does it do?

Training

The unlevel edge makes you stronger!

Not quite, you still have to put the work in.

The unique shape maximises individual finger flexor recruitment, producing more force (around 25%) than with a flat edge as you are more equally using all the fingers.

To get stronger we need to produce more force.

If you try to get strong on a small edge it's not intense enough to the muscles to promote strength gains and too intense on the joints so we get over use injuries.

Keeping the fingers more separated also forces them to work independently strengthening the connective tissues and hand muscles that form the foundation for your fingers to work from.

Rehab

We now know that controlled loading is the best form of rehab for most injuries, not rest.

The more equalised, less compressive, position the edge puts your hand in means it is ideal for rehabbing pulley injuries, chronically sore knuckles (synovitis/capsulitis) and other injuries of the hand and wrist.

All these conditions require a stable, controlled, position to gradually build up capacity without provoking the injury.

The unlevel edge gives you this whilst also isolating the fingers to encourage stronger connective tissue and hand muscles.

Reduces injury risk

Flat edges make it difficult to get your little finger on. pulling the hand into a position where the middle two fingers are overloaded and the index and pinky fingers are under loaded. See pic below.

The middle joints are bent to 90 degrees, or more, and highly compressed.

The end joints are hyper-extended, compressing the joint and stretching flexor tissues.

We then load this provocative position, heavily, repeatedly, in many forms of climbing training, often leading to over use injuries.

Separating the fingers trains them more individually. This is very important when using complex holds and outdoor climbing in particular where fingers not used to working on their own can quickly become injured.

Science

The shape of this edge evolved from researching thousands of data points and numerous prototypes to make an edge which suits the vast majority of hands.

The unlevel edge loads fingers evenly and encourages a straighter finger - hand - wrist position. This means less likelihood of overuse injury and maximal recruitment. You can pull harder, with less injury risk.

The radius encourages a more open hand grip to reduce compressive forces, but isometric gains at this angle will still carry through to crimping.

The channels are a subtle, but effective, device to force the fingers to work independently and stop sideways rolling. More stability = more force production potential and less injury risk.

Cord mounted means you can pull in a more ergonomic position helping force production through the chain and reducing overuse injuries of the elbow and shoulder.

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this is what we aim to avoid

Repetitive, loading of the fingers in the same, compressive positions.

Whilst small edge training does require input during training (so we can tolerate it), it does not make us stronger. It makes us better on small edges.

If you want to maximally recruit the forearm and finger flexors and extensors (to stabilise) then you need a stable base that enables enough repetition without increasing injury risk.

Get strong and then apply it to your climbing. Training doesn't have to look exactly like the sport. If you train like the sport and perform in the sport you are reducing the variety of loading on your fingers and increasing your injury risk.

the future

Multi block - large un-level edge, 15 mm edges and unlevel pinch block combined

Bespoke - 3D printed for those who need an individual fit

Wall mounted - for traditional hangs

begin Your Journey to Recovery Today

LM

EM

SG

dc

sc

ld

why choose these unlevel edges?

now available the 20mm 'primer'

discounts

how to use it

what does it do?

Training

Rehab

Reduces injury risk

Science

this is what we aim to avoid

the future

Multi block - large un-level edge, 15 mm edges and unlevel pinch block combined

Bespoke - 3D printed for those who need an individual fit

Wall mounted - for traditional hangs

Contact

LM

EM

SG

dc

sc

ld

why choose these unlevel edges?

now available the 20mm 'primer'

discounts

how to use it

what does it do?

Training

Rehab

Reduces injury risk

Science

this is what we aim to avoid

the future

​

Multi block - large un-level edge, 15 mm edges and unlevel pinch block combined

Bespoke - 3D printed for those who need an individual fit

​

Wall mounted - for traditional hangs

​