PHLster Flatpack Tourniquet Carrier: Design and Use
The original PHLster Flatpack design account covers its plainclothes origins, CAT and SOFTT-W compatibility, carry configurations, retention, exposure, and deployment.
P&S ModCast 109 — Jungle Operations
Military practitioners discuss jungle operations, including tropical environmental hazards, weapons and equipment, movement, navigation, sustainment, maintenance, and training.
PHLster TuckStrut Concealment Hardware: 2017 Design Notes
PHLster founder Jon Hauptman explains the original TuckStrut design, including grip rotation, ambidextrous mounting, ride-height adjustment, compatibility, and tradeoffs.
Zeroing the M68 Close Combat Optic: Preparation and Grouping
Prepare and zero the M68 CCO by confirming the configuration, inspecting the mount, firing repeatable groups, applying documented adjustments, and confirming distance.
External Ballistics: Trajectory, Stability, and Wind
Understand how muzzle exit, drag, spin stability, trajectory, sight line, wind, and time of flight shape a projectile’s external flight.
Using Excel PivotTables for Weapons-Training Data
Use Excel PivotTables to summarize weapons-training data by unit, date, course, or skill while preserving raw records, context, sample size, and valid comparisons.
Pistol Draw and Presentation Fundamentals
A safe pistol draw builds a firing grip, clears retention and equipment, protects the support hand, preserves trigger discipline, and presents useful sights efficiently.
P&S ModCast 105 — Gun Nerds 7: Squad Support Weapons
A detailed discussion of squad support weapons, machine-gun theory, M240 and M249 employment, the M27 IAR, .338 systems, optics, ammunition, doctrine, leadership, and training.
Why the Army ALT-C Qualification Was a Limited Substitute
The 25-meter ALT-C target could test foundational skills, but it could not reproduce wind, trajectory, target detection, or confidence developed at true distance.
M68 Close Combat Optic: Operation, Mounting, and Use
Understand the M68 Close Combat Optic’s operating principles, brightness, parallax, mounting, both-eyes-open use, mechanical offset, zero, and checks.