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POWERING THE NEXT ERA OF AIR COMBAT

with scalable, modular, and mission-ready technology.

Designed to Fit your Mission

Honeywell Aerospace accelerates Collaborative Combat Aircraft (CCA) development with proven, open-architecture subsystems engineered to integrate quickly, scale affordably, and meet any mission requirements.

Flexible Architectures, Mission-Specific Performance

Accelerate development timelines with proven, mission-ready solutions that integrate seamlessly into any CCA platform, reduce integration risk, and ensure warfighters receive the right capabilities faster.

Ready-to-field Solutions

Ready-to-field Solutions

Leverage Honeywell’s proven subsystem portfolio to skip development and certification time.

Proven Mission-Ready Subsystems

Proven, Mission-Ready Subsystems

Gain instant access to mission-ready technologies with millions of operational flight hours.

Open Architectures and Modularity

Open Architectures and Modularity

Integrate mission-tailored solutions engineered for scalability and rapid configuration.

With You in Every Mission

With You in Every Mission

Receive full spectrum support tailored to your mission needs, from co-innovated solutions to agile, additive manufacturing-ready architectures.

The Next Era of Airpower

Former Air Force Chief of Staff Gen. David Allvin shares his perspective on the future of CCA

When you think about the future of air dominance, what advantages do CCAs bring that cannot be achieved currently?

Allvin: In the last part of the 20th century, our approach was to bring all we needed as close to the fight as we could before the fight really started. What that required was to get all the forces and capabilities within the range that was required to sustain tempo without having to generate combat power from within the contested environment.

But here's the thing, what adversaries are doing is pushing us out further, creating a range problem, creating a tempo problem. We can still find our way deep into contested environments with highly capable but expensive platforms. 

So how can you sustain the tempo when you're pushed out to a different range? We have to think differently about generating combat power from within the contested environment.  This is where collaborative combat aircraft operations will make a difference instantly, because they'll provide more affordable mass. Are they going to be of the exact exquisite capability of a fifth-gen and sixth-gen fighter aircraft? They're not designed to be. They're not expendable, like drones, but they are survivable enough to add required firepower to sustain tempo.  They are attritable to where you can factor that into the equation and get more effectiveness for the cost. Plus, you don't carry the additional risk of more humans in harm’s way. So, that's the immediate operational impact.

The longer-term impact, I think, is we've got to get our head into autonomy and human machine teaming. And if we don't do that now, we're going to be following.

What decisions need to be made today to make sure that CCAs are combat ready?

Allvin: The number one thing is, how do they buy down the risk for us to be able to solve that challenging problem of being able to support the joint force in an area where the contested geography is increasing. That's thing number one—getting the concept of operations right.

Thing number two is, as we are developing CCA, you need focus on building to adapt.  In the past, we’ve championed a “built to last” mentality, but we need to bake in the ability to rapidly ingest updates and modifications as the dizzying pace of technology offers new opportunities.

So, this Increment One that we put out there has certain capabilities, and the Air Force put certain restrictions, and key performance parameters that need to be adhered to.

We need to make sure that those requirements stay firm, and we keep the open architecture, because in five, to seven, to nine years, there's a possibility where those CCA Increment One platforms that we delivered aren’t meeting the mission.  So, we either need to be able to upgrade them or take them out of the inventory and we make target drones out of them or something.  But we’ll be okay with doing that because we haven't sunk cost into a depot facility and sustainment tail, and we can afford to jump to Increment Two, which is what we're already starting to work on conceptually now. 

So, Increment One to be effective, needs to at least be able to do some of the mission to create affordable mass to support the fifth-generation combat capabilities, but they also need to have the open architecture to be able to adapt into the next Increment Two. And as we start getting more confident with human machine teaming, this needs to be a baseline on which we can build.

How do you build trust in a CCA, and how can leaders in industry help build that trust?

Allvin: Yeah, I think it's time and practice. And I think you don't over promise. Right now, CCA Increment One is really not overpromising.  The program is doing what we expected to do, but it will be getting reps and sets. I know that some of the some in industry are working with our pilots and putting them in a simulation environment just to understand how an actual pilot will respond and what that human-machine relationship looks like. Because it's not even going to be all autonomous, it will be sort of mission management, if you will. There will be someone in a crewed fighter that will have 2,4,6,8,10 . . .CCA under their control to manage a given mission. The Air Force is trying to figure out what the right number is, but as we gain reps and sets and understand what it can and can't do, that's where we build the confidence.

Full Spectrum Systems for Collaborative Combat Aircraft

Power your CCA with systems engineered to integrate, scale, and win.

Electronic Solutions

Integrate intelligence across mission systems

Services and Connectivity

Secure connectivity at mission speed

Electromagnetic Defensive Solutions

Defeat threats in contested battlespace

Revolutionizing Air Dominance

Honeywell's Impact on Collaborative Combat Aircraft
BLOG
Revolutionizing Air Dominance: Honeywell's Impact on CCAs

Discover how Honeywell is shaping the future of air dominance with Collaborative Combat Aircraft (CCAs) and cutting-edge autonomy technologies.

Discover how Honeywell is shaping the future of air dominance with Collaborative Combat Aircraft (CCAs) and cutting-edge autonomy technologies.

Explore the Full Story
Blog
HON6000 Engine Ready to Power CCA & Uncrewed Aircraft

HON6000 is a high-performance turbofan for collaborative combat aircraft and uncrewed aircraft delivering high power-to-weight and reliability.

HON6000 is a high-performance turbofan for collaborative combat aircraft and uncrewed aircraft delivering high power-to-weight and reliability.

Learn more
Press Release
Honeywell Selected by U.S. Air Force for Prototype Engine Design for CCA

Design will leverage SkyShot 1600 engine for Collaborative Combat Aircraft Increment 2.0 and unmanned aircraft systems.

Design will leverage SkyShot 1600 engine for Collaborative Combat Aircraft Increment 2.0 and unmanned aircraft systems.

Read the News
Solution
Autonomous Capabilities for Every mission

Explore how autonomy assists with mission planning, execution and post-mission analysis.

Explore how autonomy assists with mission planning, execution and post-mission analysis.

Get the Full Insight

Accelerate your CCA program with Honeywell Aerospace

Mission-Ready subsystems that shorten timelines, simplify integration, and scale affordably across fleets.