Lockheed calls its GRIZZLY containerized launcher production-ready

Lockheed Martin posted a new video of live-fire testing for GRIZZLY, its containerized missile launcher, describing the system as production-ready and built to add mobility to distributed weapons.

“Built fast. Built flexible. Built for the mission. GRIZZLY is an affordable, reloadable and production-ready containerized launcher designed to bring mobility and adaptability to the fight. The future of defense is here, and it’s containerized,” Lockheed Martin said in the post.

GRIZZLY packages a missile launcher inside a standard 10-foot Tricon shipping container, a size small enough to move by truck, rail or ship without specialized transport equipment. Lockheed Martin built the system using existing weapon and launcher architecture, including the fielded M299 launcher, completing development in about six months through internal company investment rather than a government contract.

The company completed its first integrated live-fire test of GRIZZLY in March 2026, firing a Hellfire missile from the container in both vertical and angled launch configurations. That test validated the launcher’s ability to load and fire a missile directly from the containerized format, according to Lockheed Martin. The system uses commercial off-the-shelf materials, which the company says lowers logistics costs and shortens acquisition timelines compared with custom-built launcher hardware.

Lockheed Martin expanded GRIZZLY’s role in June 2026, when it used the launcher to intercept a Group 3 one-way attack drone with a Joint Air-to-Ground Missile, or JAGM, for the first time. JAGM is a Lockheed Martin-built precision missile designed to replace both the Hellfire and the TOW anti-tank missile, combining a dual-mode seeker that can lock onto a target using laser guidance, radar, or infrared imaging depending on conditions like weather, smoke, or enemy jamming.

The missile was originally developed for use on helicopters and fixed-wing aircraft to strike armored vehicles, but its guidance flexibility has made it increasingly attractive for counter-drone missions, where a target’s small size and fast, erratic movement make a single-mode seeker less reliable. That June test paired GRIZZLY with the company’s Sanctum counter-unmanned aircraft system, showing the launcher can function for defensive point-defense missions as well as offensive strikes. Group 3 drones generally weigh between 55 and 1,320 pounds (25 to 600 kilograms), covering midsize unmanned aircraft that fall between small commercial drones and larger military systems.

The choice of Hellfire as GRIZZLY’s original interceptor has drawn some skepticism online, where critics have questioned whether a missile originally built as an anti-armor weapon, and one that costs roughly $150,000 per unit, makes sense as a counter-drone tool against targets that can cost a few thousand dollars to build. That criticism echoes a broader debate in air defense circles over cost-per-kill economics, the same imbalance that has driven interest in cheaper interceptor drones and directed-energy weapons. But the case for using an already fielded, thoroughly proven missile family is straightforward from a logistics standpoint. Both Hellfire and JAGM have extensive combat reliability behind them, and pairing either with GRIZZLY means a unit defending a rear base or an expeditionary staging area does not need to stock a separate munition, train a new crew, or add personnel to operate a dedicated interceptor system. That modularity also positions GRIZZLY against one of the cheaper interceptor options on the market today, Russia’s Pantsir-based systems, whose interceptor missiles are estimated to start around $200,000 per unit, putting Lockheed Martin’s missile costs in a comparable range rather than a clear disadvantage.

Lockheed Martin has said GRIZZLY is designed to work with different command, control and sensor systems rather than a single dedicated network, allowing it to integrate into a range of operational setups. The company has also developed a related containerized launcher called Kodiak, which completed its first live-fire test earlier this month using a Reduced-Range Practice Rocket to demonstrate offensive fires with GMLRS-family munitions.

The M299 launcher architecture GRIZZLY draws on is already fielded on Apache helicopters and other aircraft, giving Lockheed Martin an established design base rather than a clean-sheet launcher build. Tricon containers, the standard shipping format GRIZZLY uses, are a military logistics standard already used to transport ammunition, vehicles and equipment worldwide, which is part of why a container-based launcher can blend into existing supply chains without drawing attention as a distinct military system.

U.S. and allied interest in similar containerized systems has grown alongside concerns that fixed launch sites are increasingly vulnerable to satellite tracking and long-range precision strikes, a lesson reinforced repeatedly during the war in Ukraine.