SAIC wins $70m Navy radar task order for next-gen RF systems

A five-year NSWC Crane contract extends SAIC's radar centre-of-excellence role across surface, air and maritime warfighting domains.

By Disrupts Editorial Team Mon, 3 August 2026

Brightly lit electronic testing equipment, including stacked units and a central metal device, sits on a metal table within a blue anechoic chamber lined with sound-absorbing foam pyramids.

Science Applications International Corp. (SAIC) has secured a $70 million task order from the U.S. Navy to provide radar engineering and technical support services to the Naval Surface Warfare Center (NSWC) Crane Division. The contract covers the full development and sustainment lifecycle of radar, radio frequency (RF), and microwave (MW) systems deployed across surface, air, and maritime domains, positioning SAIC as a long-term partner in the Navy's effort to sharpen its operational edge in increasingly contested environments.

The cost-plus-fixed-fee task order runs for one base year with four annual option periods, giving SAIC up to five years of contracted work. The scope spans real-time object detection, tracking, and target characterisation, along with configuration management and engineering studies. Specific platforms covered include the SPY-1 and SPY-6 AEGIS systems, the SPS-48E/49 and SPS-67 search radars, the SPQ-9B multi-function radar, the MK-99 Fire Control System, and the G/ATOR ground-based air-defence radar. That breadth reflects NSWC Crane's role as the Navy's centre for electronic warfare and RF systems development.

Electronic Warfare at the Heart of Modern Naval Competition

The contract's emphasis on electronic protection techniques and fire control quality tracking signals where near-peer naval competition is heading. As China and Russia continue to invest in electronic warfare and anti-access/area-denial (A2/AD) capabilities, the U.S. Navy is compressing the cycle between laboratory engineering and operational fielding. SAIC's mandate to reduce risk and accelerate delivery to operational environments is a direct response to that pressure.

Barbara Supplee, SAIC's Executive Vice President of the Army Navy Business Group, said the award "underscores SAIC's long-standing dedication to equipping the U.S. Navy with advanced radar and electronic warfare capabilities that enhance its operational superiority." The company says its software-defined engineering approach allows radar platforms to be upgraded incrementally rather than replaced wholesale, a meaningful lifecycle-cost argument when shipbuilding budgets are under Congressional scrutiny.

Convergence: Defence Procurement Meets the RF Technology Race

For cross-sector strategists, the strategic read-across here extends beyond a single government contract. The RF and microwave engineering disciplines at the core of this award are the same ones being competed over in the commercial satellite, 5G/6G spectrum management, and autonomous-vehicle sensing markets. Talent and intellectual property flow between defence primes and commercial technology firms in both directions. SAIC's reported 23,000-person workforce and $7.3 billion in annual revenues make it a bellwether for where defence-tech labour and engineering capacity is being concentrated.

Capital allocation in the defence electronics segment is also broadening. Sovereign-wealth and pension funds that have historically sat out direct defence equity exposure are revisiting that stance as geopolitical risk reprices globally. Pure-play radar and electronic-warfare suppliers such as Leonardo DRS, Northrop Grumman's Mission Systems division, and Raytheon's Intelligence and Space unit are all contesting the same NSWC Crane-style contracts, creating a procurement pipeline that institutional investors are mapping with growing attention.

The Navy's parallel push to integrate the SPY-6 AEGIS upgrade across the fleet adds urgency to the sustainment piece of this award. SPY-6 represents a generational leap in radar sensitivity and is already being retrofitted into Arleigh Burke-class destroyers. Sustaining legacy SPY-1 systems while simultaneously advancing SPY-6 fielding is an engineering and logistics challenge that demands exactly the kind of dual-track capability SAIC is contracted to provide. Investors tracking the pace of that AEGIS transition will find this task order a useful indicator of how quickly the Navy expects to sustain its legacy fleet while modernising its forward-deployed sensors.