Sealife Photo Pro rugzak (SL940)

The Sealife Photo Pro Rucksack (SL940) is a professional camera backpack designed for underwater photography enthusiasts and outdoor adventurers. Crafted from durable nylon with a weather-resistant exterior, this backpack offers robust protection for your valuable camera equipment. Its padded, shock-absorbing interior and customizable dividers ensure a secure fit for SeaLife cameras, strobes, lights, and accessories, as well as general DSLR or mirrorless gear.

Advantages

This backpack combines functionality with comfort, featuring a padded back panel with breathable mesh, padded shoulder straps, a sternum strap, and a waist strap for even weight distribution during long treks. The multi-compartment design includes a dedicated laptop compartment for up to 15-inch laptops, multiple external pockets for quick access, and a tripod attachment system. A rain cover is included for added weather protection.

Suitable for

• Underwater photographers needing a reliable carry solution for SeaLife equipment
• Travelers and outdoor enthusiasts requiring a versatile camera backpack
• Photographers who need to carry a laptop alongside camera gear

Key specifications

• Product Type: Camera Backpack
• Material: Durable Nylon
• Interior Protection: Padded, Shock-Absorbing
• Compartments: Multi-compartment with customizable dividers
• Laptop Compartment: Fits up to 15-inch laptop
• External Pockets: Multiple side and front pockets
• Carry System: Padded shoulder straps, sternum strap, waist strap
• Back Panel: Padded, breathable mesh
• Tripod Attachment: Side strap
• Rain Cover: Included
• Water Resistance: Weather-resistant exterior
• Capacity: Approx. 25-30 Liters
• Closure Type: Heavy-duty zippers
• Color: Black

Recommendations

For optimal organization, use the customizable dividers to create compartments tailored to your specific gear. The rain cover should be deployed in wet conditions to maintain the weather-resistant integrity. This backpack is ideal for day trips or as a carry-on for air travel.