The preliminary $43 million contract focuses on the airframe’s enhancement and inclusion of a digital spine to permit for UAS integration.
Sikorsky has introduced on Aug. 20, 2025, the award of a contract by the U.S. Military for the modernization of the UH-60 Black Hawk helicopter. This preliminary contract, price $43 million, will fund the engineering efforts behind the modernization.
Extra particularly, the corporate says the contract will concentrate on foundational capabilities for modernization, specifically the enhancement of the airframe and inclusion of a digital spine functionality to permit for speedy unmanned aerial methods (UAS) integration.
“Sikorsky is able to implement new applied sciences that may strengthen the combat-proven Black Hawk helicopter and provides U.S. Military troopers higher benefit in areas just like the Indo-Pacific,” mentioned Hamid Salim, vp, Military and Air Drive Programs at Sikorsky. “Integrating launched results into the Black Hawk will improve its capabilities and supply a big benefit. Modernization is lowering prices, rising effectivity and bettering the general upkeep and sustainment for the plane.”
Black Hawk Modernization
As a part of the contract, Sikorsky will assist the Military’s near-term precedence to combine launched results into the Black Hawk, enabling the helicopter to deploy UAS and different results to reinforce its mission capabilities. Lockheed Martin, Sikorsky’s mum or dad firm, has been demonstrating launched results functionality with Black Hawk for years in assist of the service. The corporate talked about it’s at present working with the Military to ship a federated functionality in 2026.
The contract additionally consists of improvement of necessities and structure utilizing model-based methods engineering (MBSE). MBSE is a comparatively new methodology which makes use of digital modeling and simulation to assist all the lifecycle of a system, from conception and design to verification and validation actions, by means of to decommissioning.
Mannequin-Primarily based Programs Engineering
MBSE is taken into account extra environment friendly than conventional strategies, and it helps in figuring out and resolving issues even earlier than bodily prototypes are constructed. Additionally, it permits to scale back the danger of errors due to the visible and interactive nature of fashions which enhance communication and decision-making amongst engineering groups, whereas additionally permitting higher traceability, complexity, accuracy and pace.
Throughout the X2 Know-how Demonstration earlier this yr, the place The Aviationist was among the many shops invited to attend, the corporate it was actively growing a sustainment digital twin of the Black Hawk as a part of its subsequent technology sustainment answer. A digital twin is an interactive digital illustration of a system, enabled by MBSE, which brings many benefits to design, simulate, and optimize methods.
Within the newest press launch, the corporate says the MBSE and digital engineering effort will concentrate on growing a digital thread of the Black Hawk for collaborative and efficient design, testing and upkeep of the plane. As a part of the Black Hawk digital spine effort, which helps a Modular Open System Strategy (MOSA), Sikorsky will develop superior methods and software program that may facilitate speedy functionality insertion to shortly reply to future platform mission wants.
The MOSA, which we will now discover in each new army program, is likely one of the finest instruments accessible to maintain a platform all the time updated with the present eventualities and at a low price. For an occasion, if a brand new menace seems on the battlefield, an organization – even apart from the Unique Tools Producer – can develop an upgraded system to counter it and this may be shortly put in on the plane.
The Highway Forward
Sikorsky detailed the street forward, mentioning that, along with the digital spine, a extra highly effective engine, airframe enhancements and a foremost gas improve will permit the helicopter to hold extra payload at higher vary, and future upgrades to flight controls to incorporate autonomy and AI options that may help pilots in robust circumstances rising mission security and effectiveness.
These can be possible the continuation of efforts already began by Sikorsky, such because the Common Electrical GE T901 engine developed as a part of the Improved Turbine Engine Program (ITEP) and in testing on the Black Hawk. Sikorsky has additionally been working for a very long time on autonomy, with a number of demonstrations of the MATRIX autonomous flight system put in on the UH-60.
“Along with our staff of a whole bunch of American suppliers, we’re dedicated to delivering essentially the most superior and succesful modernized Black Hawk to the U.S. Military,” Salim mentioned. “We stay up for persevering with our work with the Military to make sure that the Black Hawk stays a significant part of our nation’s protection capabilities for years to return.”
As for the launched results, the U.S. Military has been trying into Air Launched Results (ALE) as a part of the Future Vertical Raise (FVL) program. The service defines these autonomous ALEs as a crucial part of the Military aviation’s superior teaming functionality to penetrate, disintegrate, and exploit Anti Entry/Space Denial (A2/AD) threats, mid-tier Built-in Air Protection Programs (IADS) and lengthy to medium-range fires within the shut and deep maneuver areas, supporting the longer term Multi-Area Operations battlefield.
As talked about earlier, a number of demonstrations already noticed the UH-60 concerned within the testing of the ALEs. These primarily concerned the Space-I ALTIUS (Air-Launched, Tube-Built-in, Unmanned System) household of methods, however it’s possible that new ones may be developed particularly to be employed on the Black Hawk.
