US Navy makes massive simulator investments
Capt Dan Covelli, CO of the US Naval Air Warfare Center Training Systems Division, said in June 2022 at the Training Systems Industry Symposium that ‘training needs to be higher quality, more accessible and more frequent’.
To that end, the USN is investing more than $1 billion in its training systems over the coming years with the USMC adding a further $189 million.
Platforms receiving the biggest investment are the F/A-18E/F Super Hornet and EA-18G Growler, which will between them receive $599 million. This is good news for Boeing and CAE, the latter having taken responsibility for Growler
Already have an account? Log in
Want to keep reading this article?
Read this Article
Get access to this article with a Free Basic Account
- Original curated content, daily across air, land and naval domains
- 2 free stories per week
- Daily news round-up email service
- Access to all Decisive Edge email newsletters
Unlimited Access
Access to all our premium news as a Premium News 365 Member. Corporate subscriptions available.
- Original curated content, daily across air, land and naval domains
- 14-day free trial (cancel at any time)
- Unlimited access to all published premium news
More from Training
-
Saab expands footprint in the US
The company will operate in two new locations in the coming years to better support US services.
-
I/ITSEC 2024: Australian Army approaches second phase of countermining training
The Engineering Corps has been conducting individual instruction using FLAIM Systems’ Sweeper and should start collective deployments in 2025.
-
I/ITSEC 2024: Saab introduces UAV live training capability
The system can be used to prepare soldiers for both drone offensive operations and CUAS missions.
-
I/ITSEC 2024: UK MoD awards Hadean a £20 million deal for innovative solutions
Hadean announced the deal and teaming arrangements with BAE Systems and Deloitte at I/ITSEC 2024 where it also displayed its Hadean Platform which is designed to offer scalable, realistic and high-fidelity simulations.