MOLLE pouches are the building blocks of a configurable loadout. A plate carrier or chest rig provides the platform, but it is the pouches mounted to that platform that determine what a user can actually carry and how efficiently they can access it. Selecting the right pouches — and mounting them in the right locations — is what turns a bare carrier into a functional system tailored to a specific role, whether that role is home defense, a training class, or extended field use. Understanding the principles behind pouch selection, attachment, and placement prevents the common mistake of bolting on everything available and ending up with a heavy, unwieldy rig that slows the user down rather than enabling them.
Before any pouch goes on a carrier, the user needs to understand the attachment system itself. The PALS webbing grid that defines MOLLE gear follows a precise spacing standard, and the method used to weave a pouch onto that grid — whether Malice clips, one-wrap, or sewn-in straps — affects security, modularity, and how quickly the layout can be reconfigured. This foundational knowledge is covered in MOLLE Attachment Methods and Spacing.
General-purpose pouches are among the most versatile items on any carrier. They serve as the catch-all compartment for batteries, tools, chemlights, notebooks, and anything else that doesn’t justify a dedicated pouch but still needs to be on the body. Their sizing and placement options are discussed in GP Pouches.
A dump pouch addresses the problem of quickly stowing items — spent magazines, gloves, loose gear — when both hands need to be free. The collapsible design stays flat until needed and expands on demand, and the specific considerations for selecting and mounting one are outlined in Wallaby Pouch.
Tourniquets are the single most time-critical piece of medical equipment on a loadout, and the pouch that holds one must allow rapid, one-handed access under stress. Mounting location, retention method, and compatibility with common tourniquet models all factor into configuration, which is addressed in Tourniquet Pouch: Configuration and Access.
Beyond the tourniquet, a carrier-mounted blow-out kit holds the trauma supplies — chest seals, gauze, NPAs — that keep a casualty alive before definitive care arrives. The options for mounting a full medical pouch to a plate carrier, including size, orientation, and tearaway design, are explored in Medical Pouch Options for Plate Carriers.
Where an IFAK sits on the body determines whether the user — or a teammate — can reach it when injured and under fire. Placement tradeoffs between accessibility, bulk, and interference with other gear are the focus of IFAK Placement and Access Under Stress.
Communications capability is increasingly important for prepared civilians, but most radio pouches on the market are sized for military-format radios that dwarf a typical handheld. A pouch purpose-built for civilian handhelds like the Baofeng UV-5R or Yaesu FT-65R solves the retention and accessibility problem, as covered in Civilian Radio Wing.
Finally, knowing what pouches to use matters little if they end up in locations that create imbalance, block access to each other, or interfere with shouldering a rifle. The principles of distributing weight across the carrier and prioritizing access by frequency of use are addressed in Pouch Placement Strategy and Load Balance.
Pouch selection does not exist in isolation. The choices made here interact directly with the carrier and placard system underneath — decisions covered in Configuring and Swapping Placards — and with the broader loadout philosophy discussed in Loadout Philosophy: Minimum Effective Dose. For belt-mounted alternatives to carrier pouches, the Utility Pouches for Belt Rigs page provides a useful comparison point. The goal across all of these systems is the same: carry only what the mission requires, and carry it where it can be reached when it matters.