Origin HD Fins

SKU: CA250502

Size: XS/S
Colour: Black
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Description

The Cressi Origin HD Fins are purpose built for divers who require powerful propulsion, rugged durability and the control benefits of a slightly negatively buoyant fin. Designed for technical diving, drysuit use and heavier equipment configurations, the high density rubber construction improves trim and stability underwater while delivering strong thrust and precise manoeuvrability in demanding conditions. Inspired by the legendary Cressi Rondine Commando heritage, the Origin HD combines classic vented fin performance with modern comfort and reliability.

Key Features:

High Density Negative Buoyancy Construction: Slightly negatively buoyant design improves trim and control when diving with drysuits or heavier technical equipment.

Technical Diving Performance: Engineered for technical diving applications including twinset, stage and advanced equipment configurations.

Short Wide Vented Blade Design: Produces strong forward thrust while reducing drag for efficient propulsion and controlled finning.

Advanced Manoeuvrability: Supports flutter kicks, frog kicks, helicopter turns and backward finning with excellent responsiveness.

Durable Single Material Construction: Built from robust abrasion resistant rubber for long term reliability in harsh diving environments.

Ergonomic Foot Pocket Design: Wider ergonomic foot pocket comfortably accommodates larger wetsuit and drysuit boots.

Auto Adjusting Spring Straps: Heavy duty spring straps with integrated safety cable provide secure fit and easy adjustment.

Large Finger Loop Heel Tabs: Allows easy donning and removal when wearing thick gloves or diving in cold water conditions.

Compact Technical Profile: Streamlined shape improves control and handling without the excessive bulk of traditional heavy technical fins.

The Cressi Origin HD Fins deliver the durability, stability and propulsion control demanded by serious divers, making them an ideal choice for drysuit diving, technical configurations and challenging underwater conditions.

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