MT FILBE 100L Modular Rucksack System Military Ruck with External ABS Frame Detachable Assault Pack & Hydration Carrier

- Fully Modular Backpack System for Multi-Mission Use ? This 100L+ military backpack includes a main rucksack, detachable assault pack, hydration carrier, modular waist belt, and an external ABS frame, allowing customized loadouts for different missions. - External ABS Frame for Superior Load-Bearing Comfort ? The high-strength ABS frame separates the pack from your back, reducing pressure, friction, and sweat buildup, making it ideal for long-haul carrying in rugged terrain. - Multi-Compartment Design with Customizable Carry Options ? Includes spacious main storage, detachable assault pack, hydration-compatible pouch, and MOLLE webbing for expansion, ensuring organized and adaptable storage for different gear needs. - Military-Grade Durability & Weather Resistance ? Made with tear-resistant polyester & reinforced nylon, this rucksack is built for heavy loads, extreme conditions, and long-term use, ensuring ultimate reliability in the field. - Versatile for Tactical, Hunting & Outdoor Adventures ? Whether for combat missions, multi-day trekking, hunting, or survival preparedness, this tactical loadout system provides adaptability and maximum efficiency.

Product description

MT FILBE Full Pack system

Two colors

FILBE 3day pack

FILBE Hydration pack

Details

Comparison

MT FILBE Full Pack system is good for its intended purpose as a dismounted infantry large patrol pack. It is flexible, modular the right size and easy to live and operate from in the field. Strongly suggest to use it at military train, operation, rucking, hiking, camping, and as many as outdoor carrying actions.

FILBE main pack: Main bag, polymer frame with harness, hip belt, sustainment and hydration pouches.

The top flap has a zippered compartment accessible and a mesh pocket on the underside as well.

Two hydration and sustainment pouches are included with FILBE rucksack system.

The Belt can transfer the majority of the load, reducing the weight burden on the user’s upper body.