Technical specifications for the Vinsetto Wobble Stool indicate a mechanical active seating architecture centered on a standard Class 3 or 4 pneumatic actuator. This gas lift cylinder provides a vertical stroke of 10 inches, resulting in an adjustable height range from 24 inches to 33 inches. Support for 360-degree rotation is facilitated by an unpowered ball-bearing race integrated into the mounting plate.
Structural Dynamics
Material analysis confirms the base is constructed from a convex heavy-duty nylon chassis featuring a non-slip rubber overmold. The counter-weighted design provides a self-righting center of gravity, while the 24-inch minimum height threshold designates this unit for integration with height-adjustable work surfaces. The interface consists of a synthetic mesh fabric bonded to a high-density foam cushion designed to distribute loads while maintaining structural form.
Operational integrity of the pneumatic seals is maintained by avoiding high-velocity impact during seating, which prevents internal pressure peaks and potential seal bypass.
Physical metrics demonstrate that the weighted base effectively resists skating on non-carpeted surfaces. Functional features include a tool-less, three-part friction-fit assembly process. Limitations in material breathability may result in thermal accumulation during sessions exceeding four hours, and loads exceeding 200lbs may lead to maximum compression of the foam layer against the plastic seat pan.
The Vinsetto Adjustable Wobble Stool serves as a capable alternative to more expensive active seating models due to its standardized pneumatic components.
This hardware is classified within the broader ecosystem of standing desk stools intended for dynamic postural support.
