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Seac Motus Carbon Fiber Long Fins for Freediving and Spearfishing

Original price $0.00 - Original price $0.00
Original price $0.00
$599.00
$599.00 - $599.00
Current price $599.00
SKU 218604-05
The Seac Motus Carbon long fins are loved by freedivers and underwater fishermen from their first experience thanks to the outstanding comfort of the foot pocket and the ease of finning. The 22° angle between the blade and foot pocket optimizes thrust with minimum effort. The Seac Motus Carbon freediving and spearfishing fins are easy to put on thanks to the full foot pocket that is made in a double thermoplastic material: a harder rubber for the sole and a softer one for the back of the foot. For an optimal fit we recommend using 2-3mm thick neoprene socks (such as the Seac Standard 2.5mm and Seac Anatomic Camo 3.5mm) with the Seac Motus fins of the same size as the shoes you use daily. The Seac Motus Carbon long fin blade offers excellent reactivity with lots of propulsive force. The blade is made of unidirectional 100% pre-preg carbon and internal reinforcements in carbon with 45° weave. The feeling of great comfort makes it possible to use the Seac Motus long fins all day, making them ideal for diving and during intensive fin training for dynamic apnea. The Seac Motus Carbon interchangeable blade fins are available in US sizes 4.5/5.5, 6.5/7, 8/8.5, 9.5/10, 11/12, 12.5/13.5 for all women and men who love underwater fishing, free diving and diving recreational.

Foot pocket: hard thermoplastic rubber for the sole and ribs, and soft around the foot to optimize the comfort/performance ratio. Blade: unidirectional 100% pre-preg carbon and internal reinforcements in carbon with 45° weave;
Innovative closed-shoe free diving fins. Comfortable full foot pocket. Fins can be worn barefoot or using neoprene socks;
Interchangeable blade made from special techno polymer that maximizes flexibility and reactivity;
22-degree angle between blade and foot optimizes thrust power with less effort;
Hard thermoplastic rubber foot pocket with dual material density.