Seac Boost Open Heel Scuba Diving Fins - Bootless

Seac Boost Open Heel Scuba Diving Fins - Bootless Blue are adult open-heel fins designed for scuba divers who want easy kicking, secure fit and dependable propulsion in the water. The Boost fin uses a durable plastic blade with integrated water-flow channels to help direct each kick into smooth forward movement. Its open-heel anatomical foot pocket is designed to be worn with suitable dive boots, making it a practical choice for scuba diving and snorkelling sessions. Finished in blue with an adjustable rubber strap, these fins are built for comfort, control and reduced leg strain during longer dives. Seac Boost Open Heel Scuba Diving Fins - Bootless Blue Key Features Open-Heel Diving Fin: Designed to be worn with compatible dive boots for a secure and comfortable scuba setup. Bootless Listing: Supplied as fins only, allowing divers to pair them with their preferred dive boots. Adjustable Rubber Strap: Provides a secure, customisable fit and makes the fins easier to put on and remove. Sling Strap System: Self-adjusting strap design supports quick donning and doffing, even when wearing gloves. Integrated Water-Flow Channels: Blade channels help direct water efficiently to improve thrust and reduce wasted movement. Large Blade Surface: Supports strong propulsion with a smooth, controlled kick cycle. Side Rail Stability: Helps keep the fin stable through different kicking styles for better control underwater. Anatomical Foot Pocket: Shaped for comfort and power transfer when worn over suitable dive boots. Reduced Leg & Ankle Strain: Efficient blade design helps reduce fatigue during longer dives. Durable Plastic Construction: Built from high-performance plastic for reliable use in regular diving conditions. Blue Colourway: Clean blue finish for divers who want a practical fin with a standout look. Seac Boost Open Heel Scuba Diving Fins - Bootless Blue are a comfortable and efficient fin option for divers wanting secure open-heel fit, easy adjustment and reliable underwater propulsion.