RTX Secures Major Deal to Ramp Up Production of Five Key Weapons Systems Including Tomahawk and AMRAAM

6 February 2026

RTX, through its Raytheon business, has finalized new agreements with the Pentagon to significantly ramp up production of five critical weapons systems, addressing urgent DoD needs for enhanced munitions stockpiles. The portfolio includes the Tomahawk cruise missile, AMRAAM air-to-air missiles, Standard Missile-6 (SM-6), Standard Missile-3 IIA (SM-3 IIA), and Standard Missile-3 IB (SM-3 IB). This deal underscores the intensifying focus on revitalizing America's defense industrial base to meet demands from ongoing global commitments and future high-end conflicts.

Under the terms, RTX commits to elevating annual output across these programs, directly supporting the 2026 National Defense Strategy's (NDS) mandate to supercharge industrial capacity. The NDS identifies strains from supplying Ukraine and preparing Pacific contingencies as key drivers, necessitating a wartime footing for acquisition and manufacturing. Recent executive actions, including reviews of procurement processes, pave the way for such scaled production without compromising quality or timelines.

Tomahawk missiles, pivotal for long-range precision strikes from naval and submarine platforms, see production acceleration to replenish inventories depleted by Middle East operations and allied support. Similarly, AMRAAM enhancements bolster air superiority, critical for countering advanced threats from peer competitors like China. The Standard Missile family, integral to integrated air and missile defense (IAMD), expands capabilities against ballistic, cruise, and hypersonic threats, aligning with the new Golden Dome initiative for homeland protection.

This RTX engagement reflects broader policy shifts, such as the White House executive order prioritizing warfighter needs by curbing contractor dividends and buybacks. It incentivizes reinvestment in facilities, workforce training, and supply chain resilience, particularly for castings, forgings, and microelectronics. For B2B decision-makers, the deal highlights subcontracting opportunities in subsystems like seekers, propulsion, and guidance, fostering partnerships with tiered suppliers.

In parallel, Boeing's concurrent $2.7 billion multiyear contracts for Patriot Advanced Capability-3 (PAC-3) missile seekers complement RTX efforts, creating synergies in missile defense ecosystems. These developments signal a procurement surge, with the proposed $1.5 trillion FY2027 budget allocating heavily to shipbuilding, munitions, and next-gen tech. Industry analysts view this as a stabilizing force, mitigating risks from supply disruptions witnessed during COVID and Ukraine aid ramps.

RTX's strategy incorporates commercial tech infusions and new entrant incentives, broadening the industrial base per Brookings recommendations. Investments in spare capacity and cyber-hardened infrastructure position these programs for sustained output, even under contested logistics scenarios. For government procurement agencies, this guarantees reliable access to battle-proven systems, while system integrators benefit from modular upgrades enhancing platform interoperability.

Executive moves within RTX, including leadership emphasis on acquisition speed, align with NDIA calls for clear demand signals in CHIPS Act domains. The production ramp supports training simulators and digital twin modeling for faster qualification cycles, reducing time-to-field. Infrastructure projects tied to these contracts may expand facilities in key states, boosting local economies and skilled labor pools essential for long-term sustainment.

Strategic investments here directly impact vendor deals and tenders, with RTX poised for follow-on electronic warfare and hypersonic integrations. B2B stakeholders in radar, sensors, and communications will note interoperability boosts, particularly for networked missile operations. This comprehensive push ensures US deterrence through strength, as articulated in the NDS, while opening avenues for collaborative R&D in advanced materials and autonomy.