- BOOK REVIEW: Maps, tables, notes, index
- BOOK REVIEW: Maps, tables, notes, index
- LEADERSHIP: A Chinese Middle East
- MYANMAR: Myanmar October 2025 Update
- MALI: Mali October 2025 Update
- PARAMILITARY: Pay For Slay Forever
- PHOTO: Javelin Launch at Resolute Dragon
- FORCES: North Koreans Still in Ukraine
- MORALE: Americans Killed by Israelis
- PHOTO: SGT STOUT Air Defense
- YEMEN: Yemen October 2025 Update
- PHOTO: Coming Home to the Nest
- BOOK REVIEW: "No One Wants to be the Last to Die": The Battles of Appomattox, April 8-9, 1865
- SUPPORT: Late 20th Century US Military Education
- PHOTO: Old School, New School
- ON POINT: Trump To Generals: America Confronts Invasion From Within
- SPECIAL OPERATIONS: New Israeli Special Operations Forces
- PHOTO: Marine Training in the Carribean
- FORCES: NATO Versus Russia Showdown
- PHOTO: Bombing Run
- ATTRITION: Ukrainian Drone Shortage
- NBC WEAPONS: Russia Resorts to Chemical Warfare
- PARAMILITARY: Criminals Control Russia Ukraine Border
- SUBMARINES: Russia Gets Another SSBN
- BOOK REVIEW: The Roman Provinces, 300 BCE–300 CE: Using Coins as Sources
- PHOTO: Ghost-X
- ARMOR: Poland Has The Largest Tank Force in Europe
- AIR WEAPONS: American Drone Debacle
- INFANTRY: U.S. Army Moves To Mobile Brigade Combat Teams
- PHOTO: Stalker
Northrop Grumman has unveiled its Pegasus Naval Unmanned Combat Air Vehicle. The prototype is 8.46m long with a wing-space of 8.44m. It is diamond-shaped (the wingtips being about 2/3 of the way back along its length), looking more like a two-bladed hunting arrowhead than anything else. A single JT15-D5C engine occupies a large cylindrical bulge down the center of the aircraft. The first Pegasus will be completed this summer and will conduct 12 test flights by the end of the year. The data generated will be used to design the next generation of Naval UCAVs. Engineering and manufacturing development should start by 2008. (Boeing has a separate contract to develop the same vehicle.) The UCAV-Ns will use the Navy's next-generation carrier landing system which uses GPS to determine the relative positions of an aircraft and the carrier. The system is designed to be accurate within 20cm (eight inches).--Stephen V Cole