Third Redback embarks for Australia
South Korean company Hanwha Defense has despatched its third and final AS21 Redback prototype IFV (pictured) to Australia for the Project Land 400 Phase 3 competition.
This vehicle will be officially delivered to the Australian Army in mid-January 2021, Hanwha announced on 20 December.
The third prototype was specially designed to withstand landmines, IEDs and other attacks on the underside of the vehicle.
The first two Redbacks were developed and built in less than 12 months under a A$50 million ($35.75 million) test and evaluation contract with the Australian Department of Defence.
Those vehicles arrived in Australia in August and are being assembled with a turret developed by Elbit Systems.
Land 400 Phase 3 is intended to introduce a new IFV to replace an ageing fleet of M113AS4 APCs in Australian service. Redback is competing the Rheinmetall KF41 Lynx IFV.
As part of our promise to deliver comprehensive coverage to our Defence Insight and Premium News subscribers, our curated defence news content provides the latest industry updates, contract awards and programme milestones.
Related Programmes in Defence Insight
Project Land 400 Phase 3 [Australia]
Related Equipment in Defence Insight
More from Land Warfare
-
AUSA 2025: IAI reveals robotic route clearance system
The Elta 6631 has been developed using the experience of the Israel Defense Forces in route proving, and can be customised for various customers and circumstances.
-
AUSA 2025: Boeing wins $2.7 billion PAC-3 production contract as it explores supply chain expansion
Boeing will work with prime contractor Lockheed Martin to boost PAC-3 production capacity to hit higher delivery targets, as demand for the interceptors continues to surge.
-
AUSA 2025: AM General “on target” for JLTV full-rate production in 2026 as it uncrews a Humvee
AM General believes it has completed working with customers for the Joint Light Tactical Vehicles to reach a final version of the vehicle and to prepare to begin producing vehicles under full rate production.