
Original: $122.00
-65%$122.00
$42.70The Story
SCUBAPRO Everflex 1.5mm women's neoprene shorts provide lightweight thermal protection for scuba diving, snorkeling, and watersports. Crafted from water-repellent Everflex neoprene, these shorts offer excellent stretch, quick-drying performance, and a comfortable fit for tropical diving conditions.
Made from 100% Everflex neoprene, the shorts deliver durable, water-repellent performance with a plush fleece lining for warmth and comfort. The high-stretch construction and design help block water intrusion to reduce convection, making them a practical piece of scuba and diving gear for underwater activities and surface-level training.
They are assembled using solvent-free glue in a 100% green process, emphasizing eco-friendly gear manufacturing. The insulation supports reliable warmth under water as well as at the surface, enhancing comfort during long sessions in tropical environments.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.

Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
SCUBAPRO Everflex 1.5mm women's neoprene shorts provide lightweight thermal protection for scuba diving, snorkeling, and watersports. Crafted from water-repellent Everflex neoprene, these shorts offer excellent stretch, quick-drying performance, and a comfortable fit for tropical diving conditions.
Made from 100% Everflex neoprene, the shorts deliver durable, water-repellent performance with a plush fleece lining for warmth and comfort. The high-stretch construction and design help block water intrusion to reduce convection, making them a practical piece of scuba and diving gear for underwater activities and surface-level training.
They are assembled using solvent-free glue in a 100% green process, emphasizing eco-friendly gear manufacturing. The insulation supports reliable warmth under water as well as at the surface, enhancing comfort during long sessions in tropical environments.





















