Fin Blade Motus Camo-Grey Seac 73-27G
In Stock
Estimated delivery: June 16, 2026 - June 19, 2026
Fin Blade Motus Camo-Grey Seac 73-27G
Description:
The Seac Motus Single Fin Blade is an ultra-light, high-performance blade designed for dynamic freediving and spearfishing. Built for strong reactivity, it helps deliver efficient propulsion with every kick, supporting a smooth and powerful swimming motion. Its long blade format is ideal for intensive kicking training and for athletes who want responsive performance in the water. Sold individually, it is suitable for users looking to replace or customize a single fin blade. The Camo-Grey finish gives it a clean, technical look aligned with underwater sport use. As part of the Seac Motus line, this blade is focused on performance, lightness, and effective power transfer. It is a practical choice for freedivers and spearfishers who want a reliable blade for demanding sessions.
Key Features:
- Ultra-light blade designed for high-performance use
- Long blade profile for effective propulsion
- Provides strong reactivity in the water
- Supports dynamic freediving and spearfishing
- Suitable for intensive kicking training
- Sold individually for flexible replacement or customization
- Designed for efficient power transfer
- Camo-Grey color for a technical, understated look
- Part of the Seac Motus range
- Built for athletes seeking responsive fin performance
Specifications:
- Manufacturer: Seac
- SKU: 73-27G
- Color: Camo-Grey
- Category: Accessories
- Age Group: Adults
- Gender: Unisex
Recommended Use:
This fin blade is best suited for adult freedivers and spearfishers who want a lightweight, responsive blade for demanding underwater activity. It is especially appropriate for dynamic freediving and intensive kicking drills where reactivity and propulsion matter most. The design is also well aligned with regular training sessions focused on efficiency and control. Because it is sold individually, it can be useful for replacing a single blade or building a customized setup within the Seac Motus system.