Observed
The public file defines the intended object types, shock-cord retention path, PALS mounting, drainage, and carry geometry.
Retention system concept · R&D v1.4
Concept
The Double Tap
Custom-workshop reference · no retail price
Request route This page is not a cart. A pouch becomes a possible build only after the workshop reviews the contents, dimensions, materials, and scope.
Reference build // Available as a custom-workshop starting point
The Double Tap is a flexible retention concept inside the made-to-order pouch program. Use the fit selector and Loadout Architect to define what it must carry, then submit the result to the workshop for feasibility review.
StatusConcept / test bench
Best next stepRun fit selector
Build routeCustom Pouch Workshop
Concept images Product images on this page are AI-generated concept renders. The Double Tap is a retention concept in development — not a retail item or published field sample.
What this page is for
The Double Tap is a retention concept and fit simulator. MOLLE / PALS means modular webbing used to attach pouches to packs and carriers. This file shows one possible KTT form; the Custom Pouch Workshop is where the dimensions, contents, mounting, closure, and finish become a real request.
AvailabilityConcept / not active production
Best forRetention and loadout planning
Proof neededField samples and production decisions
ActionRequest custom review
What is known now
Limitation
The images are concept renders. No retail sample, field result, draw-time result, or production decision is published.
Next test
A physical sample would need fit, retention, access, movement, and durability checks before any performance statement.
Technical record Research status, construction targets, and use cases
The Double Tap explores a flexible retention idea: one pouch shape tuned for magazines, radios, small utility items, or range-day carry. It is now a reference build within the wider made-to-order pouch program, not a separate fixed product lane.
STATUS: RESEARCH AND DEVELOPMENT HORIZON // NOT IN ACTIVE PRODUCTION
GEOMETRY_LOG
- AR-15 / M4 5.56 Magazines
- Standard 12oz Aluminum Logistics
- Baofeng UV-5R Series Compatible
- Compression-retention Med-kit
MATERIAL_MANIFEST
- 500D Mil-Spec Cordura Nylon
- Laser-cut PALS/MOLLE modular webbing backer
- Adjustable Tension Shock-Cord
- Reinforced Drainage Grommet
OPERATIONAL_NOTES
- Design target: reduced movement noise
- Design target: one-hand access
- Standard MOLLE/PALS modular webbing attachment
- Drainage path intended for wet conditions
USE_CASES
- Range day - mags and hydration in one rig
- Patrol loadout - 5.56 primary retention
- Comms carry - handheld radio holster
- Field medical - tourniquet or IFAK staging
Visual build brief Cutaway, tension path, and carry logic
Visual build brief
Retention is the point.
The drawing shows the adjustable tension path. The simulator below now has a visual reference for why loose versus tuned retention changes bounce, rattle, snag risk, and access.
- Shock cord changes the held object, not the whole pouch.
- PALS webbing geometry keeps the concept tied to real loadout placement.
- Drainage and field carry still matter for everyday objects.
- Use Loadout Architect to decide where it belongs.
What are you carrying?
The Double Tap makes more sense when it is treated as a flexible retention node, not just a magazine pouch.
Recommended configuration
Load tension simulator
// Shock Cord State //
Loose vs. tuned
Simulation — not measured
Bounce
Rattle
Snag
Access
