Executive Summary:
The U.S. Army has awarded Northrop Grumman a $325.5 million contract to develop the RangeHawk universal payload architecture prototype, a high-altitude airborne test resource intended to support hypersonic weapons and advanced systems testing.
Managed by Army Contracting Command in Orlando, the effort aims to improve the speed, flexibility, and survivability of airborne test data collection for next-generation high-speed systems.
The contract awarded to Northrop Grumman reflects the Pentagon’s growing emphasis on agile airborne test infrastructure capable of supporting the rapid development cycle of hypersonic weapons, advanced sensors, and long-range strike systems. As the United States accelerates efforts to counter Chinese and Russian advances in hypersonic glide vehicles and maneuverable missiles, the Department of Defense has increasingly identified testing bottlenecks as a major obstacle to fielding operational systems at scale.
RangeHawk appears positioned to address a critical capability gap within the U.S. test enterprise. Traditional fixed-range telemetry assets and manned chase aircraft often struggle to support modern hypersonic testing due to extreme speeds, long flight trajectories, and the requirement for resilient real-time data collection. By creating a high-altitude long-endurance airborne node with a universal payload architecture, the Army intends to establish a modular airborne platform capable of integrating multiple sensor packages, telemetry systems, and tracking technologies without requiring extensive redesign for each test event.
The “universal payload architecture” concept is particularly significant. Modular open systems approaches have become central to Pentagon acquisition strategy because they allow rapid insertion of new sensors, communication systems, electronic warfare suites, and instrumentation packages while reducing vendor lock-in. In practical terms, RangeHawk could function as a reusable airborne test bed adaptable for future hypersonic glide vehicle trials, missile defense tracking experiments, electronic warfare payload validation, and multi-domain battlefield networking demonstrations.
The contract structure also provides insight into the program’s developmental maturity. The Army selected a cost-plus-fixed-fee arrangement, commonly used for high-risk research and development efforts where technical requirements may evolve during execution. Under this model, the government reimburses allowable development costs while providing Northrop Grumman a fixed profit fee. Such contracts are typically used when program uncertainty remains high, especially in prototype development efforts involving advanced aerospace integration and experimental technologies.
Northrop Grumman’s selection aligns with the company’s expanding role across the U.S. hypersonic ecosystem. The firm already supports multiple classified and unclassified programs involving missile tracking, advanced sensors, propulsion integration, and strategic strike systems. Its expertise in high-altitude unmanned systems, airborne networking, and mission systems integration likely contributed to the award decision.
Contract Breakdown & Details
Program Scope
According to the U.S. Army contract announcement, the RangeHawk program will include:
- Prototype development of the airborne test architecture
- Air vehicle modification for high-altitude mission operations
- Sensor integration for advanced telemetry and data collection
- Logistics preparation supporting demonstration and validation phases
- Development of a high-altitude long-endurance airborne test resource
Key Contract Information
- Contract Value: $325,531,920
- Contract Type: Cost-plus-fixed-fee
- Award Recipient: Northrop Grumman
- Business Unit Location: San Diego, California
- Contracting Activity: Army Contracting Command, Orlando, Florida
- Contract Number: W900KK-26-C-A002
- Estimated Completion Date: May 14, 2031
Funding Breakdown
The Army obligated:
- $65,657,001 in Fiscal Year 2026 Research, Development, Test and Evaluation (RDT&E) funding at contract award
The funding profile indicates the effort remains primarily within the prototype and capability maturation phase rather than low-rate production or operational deployment.
Acquisition and Competition Details
- Solicitation Method: Internet-based competitive solicitation
- Number of Bids Received: One
Single-bid outcomes are relatively common in highly specialized aerospace development programs involving classified integration requirements, advanced telemetry architectures, and unique high-altitude operational expertise.
Strategic Importance for Hypersonic Development
The RangeHawk initiative emerges amid broader Pentagon concerns regarding the survivability and scalability of U.S. hypersonic testing infrastructure. Current hypersonic programs require increasingly sophisticated airborne instrumentation capable of tracking maneuvering vehicles traveling at speeds exceeding Mach 5 across vast operational distances.
Airborne telemetry platforms are becoming especially important because adversary anti-access and area-denial environments may eventually limit reliance on fixed ground instrumentation during operational testing or future combat scenarios. A modular airborne test architecture could also support distributed testing environments tied to Joint All-Domain Command and Control (JADC2) initiatives and future missile defense sensor networks.
The contract further underscores the Department of Defense’s shift toward adaptable test ecosystems that can evolve alongside rapidly changing threat environments. Rather than building single-purpose airborne assets, RangeHawk appears designed as a reusable airborne framework capable of supporting multiple advanced weapons and sensor programs over the coming decade.
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