Marelux MX-Z6II/Z7II Housing for Nikon Z6II/Z7II

Marelux MX-Z6II/Z7II Housing for Nikon Z6II/Z7II

Professional Underwater Photography with the Nikon Z6II and Z7II

The Marelux MX-Z6II/Z7II underwater housing is precision-engineered for the Nikon Z6II and Z7II mirrorless cameras, enabling photographers to capture high-quality images in challenging underwater environments. Crafted from durable anodized aluminum and depth-rated to 100 metres, this housing offers full camera control, ergonomic design, and reliable protection for both recreational and professional divers.

Key Features:

• Premium Aluminum Construction: Hard-anodized aluminum body ensures exceptional strength, corrosion resistance, and durability in saltwater conditions.
• Depth Rating: Rated for dives up to 100m (328 ft), suitable for advanced underwater photography and videography.
• Complete Camera Access: Full access to all Nikon Z6II and Z7II controls, including autofocus, exposure settings, shutter release, and customizable buttons for seamless underwater operation.
• Large Port Diameter: Features a 125mm port diameter compatible with a wide range of Marelux ports and lenses, enabling flexible lens choices.
• Dual Locking System: Secure housing closure with an easy-to-use locking mechanism to prevent accidental openings underwater.
• Manual Flash Trigger: Converts the camera’s electronic flash signals into optical triggers for external strobes, with long battery life for extended use.
• Ergonomic Design: Comfortable grip handles and intuitive control placement optimize handling and stability during long dives.
• Quick Release Camera Plate: Allows fast and secure mounting or removal of your camera inside the housing.

Ideal For:

• Underwater photographers using Nikon Z6II or Z7II
• Marine life and underwater landscape photography
• Recreational and professional diving photography

The Marelux MX-Z6II/Z7II Housing delivers outstanding performance, protection, and usability—turning your Nikon Z6II or Z7II into a powerful tool for capturing breathtaking underwater imagery.