Lockheed GRIZZLY C-UAS System Destroys Attack Drone in Live-Fire Test at Yuma
If GRIZZLY reaches LRIP by 2027, it forces a decision on the Army's existing C-UAS procurement pipeline. The service has already funded Indirect Fire Protection Capability (IFPC) Increment 2, which uses different sensors and software. Consolidating onto GRIZZLY saves integration costs but requires ripping out fielded IFPC systems — a politically expensive retrofit.
Lockheed's test timing (June 2026, amid active Ukraine drone operations) is a deliberate signal to procurement offices that the company has solved the integration problem competitors are still chasing.
The test validates a critical capability gap that Ukraine and Middle East operations have exposed: air defense systems that can engage small, fast-moving drones at scale.
Lockheed is competing for a fragmented C-UAS market where the Army, Air Force, and Navy each operate separate platforms — LRAD, Counter-UAS, and others — creating redundancy and supply-chain friction. A successful GRIZZLY transition to production would consolidate that market and force competitors (Raytheon, Northrop, General Dynamics) to accelerate their own integrated C-UAS timelines or cede market share.
Watch for GRIZZLY inclusion in the FY27 Army Air Defense modernization budget request, due in the Congressional record by late June.
What is the effective engagement range of GRIZZLY against swarming drones — the scenario that has defeated existing systems in Ukraine? Does Sanctum software operate at the battalion level or only at forward air defense nodes?
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