Line-up confirmed for JLTV EMD phase
The US DoD has received final bids for the Engineering and Manufacturing Development (EMD) phase of the Joint Light Tactical Vehicle (JLTV) programme.
In line with the 27 March deadline to respond to October's request for proposals (RfP), it has emerged that five bids have been entered for the programme. These include Lockheed Martin and BAE Systems; Oshkosh Defense; and BAE Systems and Northrop Grumman.
In addition, Navistar has also pursued the RfP with a variant of its Saratoga vehicle after a last minute split from the BAE Systems and Northrop Grumman bid while General Tactical Vehicles' Eagle, a joint
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 Land Warfare
-
UK fires Archer for first time in live-fire exercise
Exercise Dynamic Front 25 is part of a series of NATO exercises that will run until 26 November.
-
Sweden takes delivery of first M3 amphibious bridge and ferry system
The most recent nation to join NATO has joined other member nations in using the M3 system.
-
CV90 delivery to Slovakia imminent
Slovakia is undergoing a radical refresh of its equipment, like many central and eastern European countries, and the arrival of new vehicles will form a substantial part of this.
-
Mortar mobility: Patria’s TREMOS takes aim at the modern battlespace
In conversation... Patria’s Lauri Pauniaho talks to Shephard's Gerrard Cowan about how high mobility levels are essential for mortar systems in the face of modern counter-battery fire, and how a new platform-agnostic module can combine existing vehicles and mortar barrels into a cost-effective new weapon system.