Deeply Gravity Saeron

Aurora SAERON: The Scientific Foundation
 
Understanding the core material of these fins is key. Fiberglass (also known as fiber reinforced plastic) is a material made from extremely fine glass fibers that have been drawn out. While individual glass fibers are weak alone, when combined they become incredibly durable.
 
Performance Features: The "Balanced Propulsion" Approach
For long fins, the most critical factor is not sheer length, but propulsion. SAERON's design optimizes this:
Optimal Push: As fiberglass long fins, they are engineered to push more water with stability.
Energy Efficiency: They minimize unnecessary energy consumption by maintaining a constant speed with fewer kicks.
 
User-Centric Design: Optimized for Beginner-Intermediate Divers
To provide the best experience for new and developing divers, SAERON fins prioritize user rhythm over brute force:
Rhythm First: For this user group, maintaining a consistent rhythm is more crucial than raw power.
Controlled Control: If a blade's "snap-back" (recoil) is too forceful, control becomes difficult. SAERON uses an optimal 13-layer laminated fiberglass structure to vary thickness and elasticity across the blade.
Constant Speed Recovery: This specific construction ensures the blade recovers its shape at a constant speed to match the diver's natural kicking rhythm.
 
Technical Diagram: How the Blade Works
The blade's multi-part design manages energy flow during a kick:
Stable Force Reception: The top section receives the initial kicking force stably.
Elasticity Storage: This section is where the elastic potential energy is stored.
Propulsion Delivery: The fin naturally delivers propulsion as that energy is released at the tip.
 
Product Specifications
Material: Fiberglass.
Blade Dimensions: 81cm (W) x 19cm (H).
Blade Angle: 32°.
Weight:
Soft Medium: 294g.
Medium: 299g.
Origin: Manufactured in South Korea by Deeply Co., Ltd..
Note: All measurements are subject to minor variation.