Gowershandgreep

Gowershandgreep is a term used in Dutch ergonomic design to describe a particular handgrip geometry intended to improve comfort and control on handheld tools and equipment. The term, attested mainly in Dutch-language trade and ergonomics literature, appears to derive from a designer or researcher named Gowers; precise attribution is uncertain and the concept is rarely described in mainstream engineering texts. In use, the Gowershandgreep refers to a contoured, rounded surface that supports the life lines of the hand while allowing the fingers to wrap naturally around the handle. The grip typically combines a palm-facing bulge with a shallow finger groove and a mild taper toward the distal end; a separate thumb ridge or shelf provides opposed stabilization without excessive force on the tendons.

Materials commonly include rubber, synthetic polymers, or metal with a polymer coating. The surface is often textured to improve traction, while the interior profile matches average hand anthropometry to distribute contact pressure across the thenar eminence, base of the fingers, and midpalmar area.

Applications span hand tools such as screwdrivers and pliers, power tool handles, athletic equipment like dumbbells and kettlebells, and some medical devices where secure control is critical. Reported advantages include reduced peak pressure on the palm, improved control for precise movements, better glove compatibility, and decreased grip fatigue during extended use. Critics note that the grip is not universally superior; it can require adaptation for users with unusually small or large hands and may complicate grip interchange in multi-task tools.

Variants exist with deeper finger grooves for larger hands or with dual-material constructions to optimize tactile feedback. In ergonomic practice, the Gowershandgreep is considered alongside other grip geometries such as pistol, cylinder, and palm grips, depending on task requirements.