Distinct tab and receptacle shapes guide installation, while shell disassembly supports suspension web cleaning and inspection.
A visor-mounted clip guides and retains the power cable, reducing disconnection risk while protecting the heated visor connector and seal.
Longitudinal and transverse beams span helmet vents, reducing bulk and weight while maintaining impact attenuation.
Slots and flexible side and rear portions let one helmet shell expand for varied head sizes, then contract for a secure fit.
Bendable chin protection attaches quickly while preserving face shield visibility.
This helmet uses flexible shell sides and a tensioning device for infinite, ratchet-free adjustment with consistent compression.
This case uses rearward axis movement and elastic force to seal a helmet shield while limiting gasket rubbing and damage.
A C-shaped neck airbag with tethered face portions guides deployment around clothing and helmets for facial and thoracic coverage.
A shape-retaining support attaches to eyewear or headwear, spacing the face covering from the mouth to ease breathing and reduce fogging.
Thermoformed overlapping carbon sections pair with a rotational fit mount for adjustable comfort and reduced storage warping.
An endless film visor cleans itself to preserve racing visibility without manual distraction.
A threaded visor fastener with an integrated spacer-nut reduces assembly complexity and misalignment risk during helmet installation.
Modular anchors and a locking slider address difficult helmet shell removal through rapid detachment and controlled separation.
Adapter mounts let hard hats support multiple safety accessories without destructive alterations.
A flexible foldable helmet combines segmented impact absorption with vapor transport for comfort, fit, and compact storage.
A low-friction interface lets segmented inner-shell sections slide independently, reducing rotational acceleration during oblique impacts.
Multiple flexible attachment points adjust eye protection across three axes, improving fit and preventing displacement during impacts.
A fixed plate and rotatable coupler let aviation helmet masks fit different users without drilling new shell holes.
Aramid pulp and fiber are integrated into polyurethane foam to dissipate impact energy and reduce peak acceleration in protective equipment.