Grip Comfort Series 2.0

Growth In Three Dimensions

Ergonomic bike grips play a key role in how control and comfort feel on the bike. The shape of the grip, the size that matches your hand and the way pressure is distributed across the palm all influence the riding experience. With the updated 721 2.0 and 702 2.0 grips, SQlab refines its ergonomic Grip Concept with a revised wing design, optimized lamella structures and a three-dimensional size concept that adapts more precisely to different hand sizes and riding positions.

When Control Feels Natural

Introducing the new SQlab 721 2.0 and 702 2.0 grips

Hands are one of the most sensitive contact points on the bike. How the grip supports the palm, guides the fingers and distributes pressure across the hand has a direct influence on control and comfort during the ride.

With the new 721 2.0 and 702 2.0, SQlab further refines its Grip Concept. The updated generation features a revised wing construction, optimized lamella zones and a three-dimensional sizing concept where diameter, grip length and wing size grow proportionally.

The goal is not to add more material — but to create a more precise fit between hand and grip.

SQlab Grip Concept 2.0

Designed around the hand

For many riders, the hands are one of the most sensitive contact points on the bike. Pressure that builds up in the palm during longer rides can sometimes lead to numb or tingling fingers, something many riders associate with the carpal tunnel area.

The SQlab Grip Concept focuses on how pressure is distributed across the hand and how clearly the grip supports both palm and fingers.

It is built around three key elements:

A defined support area for the palm
The Ergobar that follows the natural curve of the fingers
A size-specific construction in S, M and L

Instead of relying on soft padding, the shape guides the hand. The wing increases the contact area and shifts load toward the outer palm, while the Ergobar supports the natural curve of the fingers when wrapping around the grip.

The result is a stable and natural grip feel that remains comfortable even on longer rides.

Black ergonomic bicycle grips on a blueprint with a grid cutting mat, showing design and measurements.

Size Is Three-Dimensional

Most bike grips differ only in diameter.
But hand sizes don’t change in just one dimension.

They vary in overall volume — which means width, finger reach and palm size all play a role.

Especially with ergonomic wing grips, this becomes important. A larger hand doesn’t simply need a thicker grip, it also requires a longer grip body and a proportionally larger wing support.

With the 2.0 generation, SQlab refined exactly this. Grip diameter, grip length and wing size now grow proportionally across the size range.

This creates:

more consistent pressure distribution
a clearly defined support surface
a grip that matches the hand more precisely

Choosing the right grip size isn’t about preference. It’s about fit.

A person holding two black ergonomic handles over blueprints on a blue cutting mat.

Which One Fits Your Riding Style?

Both models follow the same ergonomic principles. The difference lies in the wing size and how the grip supports different riding positions.

721 2.0 – Stable support for a more upright position

The 721 2.0 offers a larger support surface, ideal for city bikes, bikes with an upright riding position and more relaxed riding setups. The pronounced wing provides clear palm support for steady, controlled handling.

Best suited for:
Urban riding, City bikes, daily errands.

702 2.0 – Balanced support for more active riding positions

The 702 2.0 is designed for bikes with a slightly more forward-leaning riding position. Compared to the 721 2.0, the wing profile is more compact, allowing greater freedom of movement while still providing defined palm support for longer rides.

Best suited for:
Trekking bikes, touring setups, moderately upright riding positions.

Cartographie des pressions au laboratoire SQlab

Les poignées conventionnelles concentrent souvent la charge au centre de la paume – là où passent des voies nerveuses sensibles au niveau du poignet. Les analyses de cartographie des pressions réalisées par SQlab montrent que des pics de pression peuvent apparaître dans cette zone.

La 721 2.0 est conçue pour redistribuer cette charge en élargissant la surface d’appui et en orientant la pression vers des zones de contact plus stables. Les pics de pression dans les zones sensibles sont ainsi nettement réduits.

Le résultat est une répartition plus équilibrée des pressions et une position de la main naturellement soutenue – particulièrement pertinente pour les positions de conduite très droites, où une plus grande part du poids repose sur les mains.

Pression & voies nerveuses

Pressure Mapping Comparison

SQlab 702 2.0 Grip vs. Third-party-wing-grip

Analyse de la distribution de la pression

Répartition des pressions – test comparatif

Lors d’un test comparatif direct avec une poignée confort conventionnelle, la 721 2.0 n’a présenté aucune pression localisée au niveau du canal carpien. La pression moyenne mesurée était de 10,5 kPa – soit environ 55 % inférieure à celle de la poignée de comparaison (23,5 kPa).

Le bord extérieur relevé déplace la charge vers le côté externe de la main, moins sensible. Les structures sensibles telles que les nerfs et les vaisseaux situés dans la paume sont ainsi prises en compte de manière constructive.

Sur la poignée testée en comparaison, la pression était davantage répartie au centre de la paume – y compris dans la zone du canal carpien, où passent d’importantes voies nerveuses.

Why Grip Size Matters

Person measuring hand size with a printed guide on a dark surface, using a marker to indicate dimensions on a diagram of a hand.

An ergonomic grip only works when it fits your hand.

Too small, and the support surface is reduced, pressure increases and control becomes less stable.

Too large, and the hand can no longer wrap the grip naturally, steering inputs become less precise.

That’s why every SQlab grip is available in multiple sizes, based on measurable hand dimensions. A proper hand measurement ensures the grip supports your hand exactly as intended, whether you’re commuting through the city, riding long trekking tours or spending full days on the bike.

Because real control doesn’t come from guesswork. It comes from precision.

Order Measurement Set

How to Measure

FAQ

Measure your hand width and use the SQlab size guide to determine the correct S, M or L option.

Wing grips are primarily designed for comfort-oriented and trekking setups where the riding position allows for defined palm support. The decisive factor is not speed, but upper body posture. The more upright the position, the more effectively a wing can distribute pressure across the palm.

The 721 2.0 is optimized for upright city and comfort-focused trekking bikes. The 702 2.0 supports moderately forward-leaning trekking positions with a slightly sportier posture. For very low, aggressive racing positions, slimmer non-wing grips are generally more suitable.

Choosing the right grip depends on how you sit on the bike — not how fast you ride.

The 2.0 generation is not a cosmetic update. The entire grip has been reworked — from geometry to material composition.

Refined 3D Size Concept
The wing now grows proportionally in width, length and wing size across sizes S, M and L. This creates a more precise palm fit and a clearly defined support area for different hand dimensions.

Revised Wing Geometry
The contour has been optimized to improve load distribution toward the outer palm, while maintaining clear control in dynamic riding situations.

Updated Lamella Structure
The integrated lamella zones have been designed to enhance flexibility where needed and maintain structural stability under load.

New Surface Texture
The contact surface has been refined for improved tactile feedback and secure grip in dry and wet conditions.

Optimized Rubber Compound
The material balance between grip, durability and defined support has been re-tuned for long-term consistency.