Full Wetsuit Photosuit Red M Mares 412525S3RD

Full Wetsuit Photosuit Red M Mares 412525S3RD

Description:

The Mares Photosuit is a wetsuit overlay designed to be worn over a wetsuit, adding a bright red accent to underwater diving activities. Made from a polyester and Spandex blend, it offers a flexible outer layer that is intended for use during photo sessions and group dives. Its main purpose is to make the wearer easier to spot underwater, which is especially helpful for photographers working with multiple divers. The vivid color also helps enhance the visual impact of underwater images. This overlay is designed for adults and comes in a unisex fit. It is available in size M and is suitable for divers looking for a practical way to stand out in the water. With its simple, functional design, it supports better visibility without changing the base wetsuit.

Key Features:

• Wetsuit overlay designed to be worn over a standard wetsuit
• Made from a polyester and Spandex blend
• Bright red color for high visibility underwater
• Helps photographers identify divers more easily during group dives
• Supports more striking underwater photos and video
• Flexible construction for layering over existing dive gear
• Unisex design suitable for adult users
• Size M for a practical, ready-to-use fit
• Intended for diving and underwater photo sessions
• Part of the Mares Photosuit range

Specifications:

Manufacturer: Mares
SKU: 412525S3RD
Material: Polyester / Spandex
Color: Red
Size: M
Category: Full Wetsuits
Age Group: Adults
Gender: Unisex

Recommended Use:

This Photosuit is best suited for adult divers who participate in underwater photography or group dives. It is especially useful when quick visual identification of divers is important. The bright color makes it a good choice for photo shoots where added contrast and visibility are desired. It is designed to be worn over a wetsuit, making it a practical layer for dive sessions rather than a standalone suit. For photographers and dive teams, it can help improve coordination and make subjects easier to spot underwater.