The U.S. Navy has awarded BAE Systems a five-year IDIQ contract valued at up to $1.7 billion for APKWS laser guidance kits, starting with an initial $322 million order, boosting precision strike capabilities for U.S. and allied forces amid growing global demand.
On December 10, 2025, the U.S. Navy confirmed a new five‑year indefinite‑delivery/indefinite‑quantity (IDIQ) contract with BAE Systems worth up to $1.7 billion for Advanced Precision Kill Weapon System (APKWS) laser‑guidance kits, including an initial $322 million order, as reported by the company. The agreement will support the production of tens of thousands of guidance kits that convert existing 2.75‑inch Hydra rockets into precision weapons, expanding magazine depth at a time of high operational demand. By using an IDIQ structure, the Navy can adjust annual delivery orders while ensuring a stable industrial base for U.S. forces and foreign military sales customers.
APKWS is not a new missile but a guidance section inserted between the motor and warhead of standard 70 mm rockets, transforming legacy Hydra stocks into semi‑active laser‑guided rounds without redesigning the rocket. The U.S. AGR‑20 designation covers the complete APKWS II round, built around the WGU‑59A/B mid‑body guidance section, which retains existing motors, warheads, and fuzes. Its distributed aperture seeker in the forward canards tracks laser energy from ground or airborne designators, achieving sub‑meter accuracy at typical ranges. The smaller warhead also reduces collateral damage compared with heavier anti‑armor missiles. APKWS can be fired from rotary‑ and fixed‑wing aircraft, UAVs, vehicle‑mounted launchers, and naval platforms, providing a common precision effector across multiple domains. BAE Systems will continue production at its facilities in Hudson, New Hampshire, and Austin, Texas.
Operationally, APKWS has evolved from a niche close‑air‑support weapon to a widely used precision munition for both air‑to‑ground and air‑to‑air roles. After achieving initial operational capability in Afghanistan in 2012 with U.S. Marine Corps helicopters, it was integrated on platforms such as the A‑10, F‑16, F/A‑18, and MQ‑8 Fire Scout, filling the gap between unguided rockets and heavier missiles like Hellfire. During operations against ISIS, hundreds of APKWS rounds were used for precise urban strikes where larger warheads posed higher political or tactical risks.
The weapon later emerged as a counter‑UAS solution. In 2019, tests showed APKWS could intercept drone targets simulating low‑flying cruise missiles. Follow‑on trials under the Joint Counter‑Small UAS Office confirmed its ability to destroy unmanned aircraft at far lower cost than traditional interceptors. In recent Middle Eastern operations, U.S. Central Command highlighted that nearly 40% of drone kills over a seven‑week period came from APKWS rather than expensive air‑to‑air missiles. Ground systems such as VAMPIRE and EAGLS extend APKWS into mobile short‑range air defense for Ukraine and Middle East deployments, underscoring its role as an affordable counter‑drone effector.
APKWS’s main advantage is its balance of precision, lethality, and affordability. Open sources place the unit cost in the mid‑$20,000 range—roughly one‑third the cost of typical laser‑guided bombs—making it cost‑effective against drones and light vehicles of similar value. Its 70 mm warhead is effective against light armor, artillery, and UAVs, while its limited blast radius supports use near civilians or sensitive infrastructure. Unlike competing systems such as DAGR, Cirit, or the FZ275, APKWS was designed as a retrofit kit for existing Hydra rockets, giving it compatibility with standard launchers and large existing stockpiles across NATO and partner forces.
Strategically, the new contract supports a broader U.S. and allied shift toward layered, high‑volume air‑defense and precision‑strike architectures where low‑cost effectors are essential for stockpile management. The August 2025 award (N0001925D0018) already established a $1.7 billion framework for up to 55,000 APKWS II kits in Lots 13–17 through 2031; the December announcement converts part of that ceiling into a funded order. Combined with the 2019 $2.68 billion contract for Lots 8–12 and multiple interim delivery orders, APKWS has become a multi‑billion‑dollar program providing continuous industrial capacity and predictable pricing.
For Washington, the contract allows aircraft, ground forces, and naval units to engage drones and light targets daily without depleting high‑end missiles like AIM‑120 or Patriot interceptors. For allies, foreign military sales access makes APKWS a de facto standard 70 mm precision rocket across NATO, especially as European air forces evaluate it for fighters such as the Eurofighter Typhoon and as BAE demonstrates APKWS‑armed Malloy TRV‑150 unmanned systems for mobile counter‑drone missions. This convergence of manned aircraft, ground launchers, and UAV shooters around a shared effector has significant geopolitical value, shaping how the U.S. and partners manage magazine depth and burden‑sharing in prolonged crises.
The new contract continues the steady growth of APKWS production. Earlier awards include a $224 million order in 2018 for over 10,000 rockets and the $2.68 billion 2019 IDIQ for Lots 8–12. The August 2025 $1.7 billion framework for up to 55,000 kits marked another major investment, and the December 10, 2025 delivery order of $322 million launches a new production phase delivering tens of thousands of guidance kits. The IDIQ format allows the Navy to adjust yearly quantities while giving BAE Systems the long‑term stability needed to sustain production. APKWS has matured from a niche upgrade to a high‑volume munitions program embedded in U.S. and allied procurement.
The latest $1.7 billion contract—and its initial $322 million order—confirms APKWS as a central component of Western precision‑strike and counter‑drone doctrine. By converting the vast stockpile of 70 mm unguided rockets into guided munitions deployable from aircraft, ground vehicles, ships, and UAVs, the program allows sustained operations against drones and light targets without exhausting strategic missile inventories or risking excessive collateral damage. For BAE Systems, the contract solidifies more than a decade of investment in guidance technology and manufacturing. For the U.S. and its allies, it ensures a scalable, affordable, and interoperable effector tailored to the cost‑exchange challenges of modern drone warfare.
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