QinetiQ has received a contract to supply its Aerial Target Systems 3 (ATS-3) for the US Army’s Simulation, Training, and Instrumentation Program Office.
With an estimated ceiling of $95 million, the deal allows for multiple task orders and provision of the company’s proprietary drone targets, including the MQM-185B or Banshee Jet 80+, to simulate airborne threats during military training and testing.
The agreement will also deliver corresponding systems engineering, advanced payload integrations, software production, and research and development services for potential target replicator capabilities.
Moreover, the company will conduct operational support across flight and technical tasks to ensure the “effectiveness and reliability” of the aerial systems.
QinetiQ will facilitate work for the contract in different locations globally to maintain assistance for international US military operations and proficiency programs.
“The MQM-185B and our suite of aerial targets exemplify our commitment to providing proven and adaptable solutions,” QinetiQ US President and CEO Shawn Purvis stated.
“Our end-to-end expertise in target systems, from development to comprehensive training and logistics support, ensures that we can meet the complex needs of our defense customers.”
“This contract reinforces QinetiQ’s position as a leader in advanced target systems, supporting the readiness and technological advancement of our armed forces.”
‘First Time’ in US Aerial Target Market
QinetiQ noted that the contract with the army marks the first time the England-headquartered company has entered the US market as an industry partner for aerial target systems.
“This contract award underscores the Army’s trust in QinetiQ’s ability to deliver cutting-edge aerial target systems that are critical for preparing our warfighters for evolving threats,” QinetiQ Executive Vice President Christopher Forrest said.
“Our long-standing relationship with the Army and our deep understanding of TSMO’s mission position us uniquely to support this vital program.”
