Aerospace Testing InternationalAerospace Testing International
  • News
    • A-E
      • Acoustic & Vibration
      • Avionics
      • Data Acquisition
      • Defense
      • Drones & Air Taxis
      • Electric & Hybrid
      • EMC
      • Engine Testing
      • Environmental Testing
    • F-L
      • Fatigue Testing
      • Flight Testing
      • Helicopters & Rotorcraft
      • High Speed Imaging
      • Industry News
    • M-S
      • Materials Testing
      • NDT
      • Simulation & Training
      • Software
      • Space
      • Structural Testing
      • Supplier News
    • T-Z
      • Technology
      • Telemetry & Communications
      • Weapons Testing
      • Wind Tunnels
  • Features
  • Magazines
    • March 2025
    • Dec 2024/Jan 2025
    • Showcase 2025
    • September 2024
    • June 2024
    • Archive Issues
    • Subscribe Free!
  • Opinion
  • Webinars
  • Events
    • All Events
    • Aerospace Test & Development Show
  • Podcasts
  • Videos
  • Suppliers
    • Supplier Spotlights
    • Press Releases
    • Technical Papers
  • Jobs
    • Browse Jobs
    • Post a Job – It’s FREE!
    • Manage Jobs (Employers)
LinkedIn YouTube X (Twitter)
LinkedIn YouTube X (Twitter)
Subscribe to magazine Subscribe to email newsletter Media Pack
Aerospace Testing InternationalAerospace Testing International
  • News
      • Acoustic & Vibration
      • Avionics
      • Data Acquisition
      • Defense
      • Drones & Air Taxis
      • Electric & Hybrid
      • EMC
      • Engine Testing
      • Environmental Testing
      • Fatigue Testing
      • Flight Testing
      • Helicopters & Rotorcraft
      • High Speed Imaging
      • Industry News
      • Materials Testing
      • NDT
      • Simulation & Training
      • Software
      • Space
      • Structural Testing
      • Supplier News
      • Technology
      • Telemetry & Communications
      • Weapons Testing
      • Wind Tunnels
  • Features
  • Magazines
    1. March 2025
    2. Dec 2024/Jan 2025
    3. Showcase 2025
    4. September 2024
    5. June 2024
    6. March 2024
    7. Archive Issues
    8. Subscribe Free!
    Featured
    19th March 2025

    In this issue: March 2025

    Online Magazines By Ben Sampson
    Recent

    In this issue: March 2025

    19th March 2025
    contents and front cover of magazine

    In this issue: December / January 2025

    19th December 2024
    Showcase 2025

    In this issue – Showcase 2025

    6th November 2024
  • Opinion
  • Webinars
  • Events
    • All Events
    • Aerospace Test & Development Show
  • Podcasts
  • Videos
  • Suppliers
    • Supplier Spotlights
    • Press Releases
    • Technical Papers
  • Jobs
    • Browse Jobs
    • Post a Job – It’s FREE!
    • Manage Jobs (Employers)
LinkedIn YouTube X (Twitter)
Aerospace Testing InternationalAerospace Testing International
Defense

US Air Force tests swarming smart bombs

Ben SampsonBy Ben Sampson11th January 20213 Mins Read
Share LinkedIn Twitter Facebook Email
Four Collaborative Small Diameter Bombs hang from the wing of an F-16 fighter from the Air Force Test Center’s 96th Test Wing at Eglin Air Force Base (Image: US Air Force)

The US Air Force has tested for the first time smart bombs capable of collectively and autonomously selecting a target after deployment.

The Air Force Golden Horde Vanguard program completed the first-ever flight demonstration of the collaborative weapons last month. The Collaborative Small Diameter Bombs (CSDBs) use technology developed by the Air Force Research Laboratory (AFRL) and Scientific Applications and Research Associates (SARA).

The CSDB is a Small Diameter Bomb that has been modified with a collaborative autonomy payload.

During the test on December 15 at Eglin Air Force Base in Florida, a team from the Air Force Test Center flew an F-16 aircraft and released two CSDBs, which quickly established communication with each other and their seekers detected a GPS jammer. The weapons referred to pre-defined Rules of Engagement (RoEs), a set of constraints preloaded by a mission planner and determined that the jammer was not the highest priority target.

The weapons then collaborated to identify the two highest priority targets. However, due to an improper weapon software load the collaboration guidance commands were not sent to the weapon navigation system. Without the updated target locations, the weapons impacted a fail-safe target location.

Chris Ristich, director of AFRL’s Transformational Capabilities Office said, “The Golden Horde demonstration with the Small Diameter Bomb flights is an important step on the path to Networked Collaborative Weapon systems. Completion of this first mission sets the stage for further development and transition to the warfighter.”

This initial demonstration represents a critical first step for the Golden Horde program, an initiative focused on advancing networked, collaborative and autonomous (NCA) weapon capabilities through live and virtual testing.

NCA weapons observe and react to a dynamic battlespace in real time and are deployed in mass. They are designed to effectively share information and collaborate to overwhelm adversary defenses.

The main technologies enabling the capability include a home-on-GPS-jam seeker that gathers information about the battlespace, a software defined radio for communication between weapons and a processor preloaded with collaborative algorithms.

The collaborative algorithms use a dynamic approach called play calling.  A “play” is an established behavior that groups of collaborative weapons, or swarms, can enable (or disable) when they meet certain predefined conditions. Weapons that use this technology are semi-autonomous since they abide by pre-defined Rules of Engagement and only execute based on an approved list of plays.

Garry Haase, Director of the AFRL Munitions Directorate said, “This successful Golden Horde demonstration builds the foundation for integrating this technology into a variety of other weapon systems, which will help the US maintain a technological advantage over our adversaries.”

Steven Stockbridge, the Golden Horde Principal Investigator said, “I’m very pleased with results of this first test. The team saw good performance from the networked collaborative sub-systems and understand the root cause of the weapons not impacting the desired targets. We anticipate readiness for the next flight test.”

Two more CSDB flight tests are planned for early 2021, increasing the number of collaborative weapons in each demonstration to four.

Share. Twitter LinkedIn Facebook Email
Previous ArticleBoeing fined US$2.5bn for deceiving FAA over 737 Max testing
Next Article GE partners with Polish research institute on engine development
Ben Sampson

Ben has worked as a journalist and editor, covering technology, engineering and industry for the last 20 years. Initially writing about subjects from nuclear submarines to autonomous cars to future design and manufacturing technologies, he was editor of a leading UK-based engineering magazine before becoming editor of Aerospace Testing in 2017.

Related Posts

Defense

T-7A Red Hawk completes successful Escape System Sled Test

8th May 20252 Mins Read
Defense

US military flies Talon-A reusable hypersonic test vehicle

6th May 20253 Mins Read
Defense

Aurora SPRINT X-plane completes wind tunnel tests

1st May 20252 Mins Read
Latest Posts

Industry Adoption of 3D Optical Surface Gauges

21st May 2025

NDT: Robotics and software spur innovation

21st May 2025

Wisk and NASA to partner on US autonomous flight operations and standards

20th May 2025
Supplier Spotlights
Our Social Channels
  • Twitter
  • YouTube
  • LinkedIn
Getting in Touch
  • Subscribe To Magazine
  • Contact Us
  • Meet the Team
  • Media Pack
Related Topics
  • Aircraft Interiors
  • Business Jet Interiors
FREE WEEKLY NEWS EMAIL!

Get the 'best of the week' from this website direct to your inbox every Wednesday

© 2023 Mark Allen Group Ltd | All Rights Reserved
  • Cookie Policy
  • Privacy Policy
  • Terms & Conditions

Type above and press Enter to search. Press Esc to cancel.