Tasmanian Tiger Medic Assault Pack MKII

Medical Pack Built for Emergency Response

The Tasmanian Tiger Medic Assault Pack MKII delivers organized medical gear storage in a flat-profile design. This 15-liter pack features an intelligent interior layout with clear identification systems for rapid access during critical situations. Laser-cut MOLLE webbing provides external attachment points while maintaining a streamlined profile.

Key Features

• Detachable Shoulder Straps: Length-adjustable straps stow in rear pocket for compact storage or attachment to plate carriers
• Clear Interior Organization: Color-coded hook-and-loop pockets and elastic loops keep medical supplies visible and accessible
• Laser-Cut MOLLE System: Front and side webbing accepts standard MOLLE-compatible pouches and accessories
• Emergency Carry Handles: Stowable handles enable rapid transport when pack is opened for treatment
• Plate Carrier Compatible: Includes adapter straps for direct attachment to protective vests and body armor
• Variable Fixation Points: Internal attachment system secures medical equipment during movement

Specifications

Frequently Asked Questions

Can this pack attach directly to plate carriers?

Yes, the pack includes adapter straps designed for direct attachment to protective vests and plate carriers, eliminating the need for shoulder straps in vehicle or close-quarters operations.

How does the interior organization system work?

The pack features color-coded hook-and-loop pockets for visual identification plus a detachable plate with elastic loops for securing medical supplies. Variable fixation points allow custom arrangement based on your medical kit requirements.

Are the shoulder straps removable?

The shoulder straps detach completely and store in a dedicated hook-and-loop pocket on the back panel. This allows the pack to function as a standalone medical panel or attach directly to existing gear systems.

What is the pack construction material?

The pack uses CORDURA 700 denier fabric for durability and weather resistance in field conditions.