“The Abrams doesn’t do very well without ammunition [and the] Bradley does not do very well without fuel. So how does a fueler meet up with a Bradley in a contested environment if it doesn’t have GPS [and] it can’t calculate a route?” said Aaron Mebust, the vice president and director of GPS Source at General Dynamics.
By Ashley RoqueEnterprise-wide training: the Army’s $3.5B program for multi-service combat readiness
The competition for Warfighter Training and Readiness Solutions will bring together training networks, combat training centers and live ranges across the DoD enterprise.
With the Army’s A-PNT program of record currently targeted at only a fraction of tactical vehicles, an affordable interim solution is available to face this threat.
By Breaking Defense
presented by
Assured Position, Navigation, and Timing (A-PNT) is slowly making its way into key-leader vehicles, with no concrete plans to address A-PNT for the rest of the fleet any time soon. An interim A-PNT solution from Leonardo DRS changes that for everyone.
By Breaking Defense
presented by
Leonardo DRS’ AC²ES Assured Position, Navigation, and Timing solution for MFoCS-equipped tactical vehicles creates a bridging and interim capability to fill a gap.
By Barry Rosenberg
The Army’s already installed off-the-shelf Israeli anti-missile systems on its M1 Abrams and tried similar tech on Bradley and Stryker. But what it really wants is a standardized yet customizable Modular Active Protection System (MAPS) it can install on a wide range of vehicles.
By Sydney J. Freedberg Jr.
If RAVEN succeeds in the next, more challenging round of tests, the BAE jammer will ultimately go on the 1980s-vintage M2 Bradley. That’s a big part of the Army’s urgent push to protect American armored vehicles against Russian-made anti-tank missiles in widespread use around the world.
By Sydney J. Freedberg Jr.
https://www.youtube.com/watch?v=Hg9cbi7aEfY German arms maker Rheinmetall is rolling out a new Active Protection System (APS) it says should lay Army safety concerns about such systems to rest. The Army is rushing to install anti-missile defenses on its armored vehicles but remains concerned about whether they might accidentally shred nearby civilians or friendly troops. The Rheinmetall system has been tested…
By Sydney J. Freedberg Jr.
GA-ASI’s MQ-9B: The right UAV for persistence, power, and performance
When assessing the state of the art of unmanned aerial systems, it’s critical to be very clear about what various aircraft can and can’t do – and could never do.
UPDATED with expert comment AUSA: After 15 years of cancellations and delays, the US Army is pushing through some vital upgrades for its armored vehicles. Service leaders recently ordered sweeping reforms to speed up acquisition, but the Program Executive Office for Ground Combat Systems has already started accelerating. The upgunned Stryker, the Trophy anti-missile system, and,…
By Sydney J. Freedberg Jr.
HUNTSVILLE, ALA.: The year of decision for the Army’s nascent Next Generation Combat Vehicle will be 2022. That’s when “at least two” NGCV demonstrators get field-tested by real troops, officials told the Association of the US Army conference here today. What the soldiers learn will then help Army leaders’ decide whether to fund a full-up program to…
By Sydney J. Freedberg Jr.
[UPDATED with details on $90 million plus-up from House defense bill, total contract values] Alarmed by deadly battles in Ukraine, the Army wants to place miniaturized missile defense systems on its armored vehicles to protect them from anti-tank weapons. To reach this high-tech holy grail, which has painfully evaded the service in the past, the Army is taking a…
By Sydney J. Freedberg Jr. WASHINGTON: After two decades of dithering and delay, the Army wants to give its armored vehicles the ability to shoot down incoming anti-tank missiles. What’s more, while the service will continue its own long-term, in-house research program, the Army is now willing to accept something “not invented here” so it can get an interim Active Protection System…
By Sydney J. Freedberg Jr.
