US Army selects L3Harris for Common Data Link sustainment
Conceptual image of Common Data Link architecture. (Image: BAE Systems)
Sole bidder L3Harris Technologies has received a ten-year contract worth $886.53 million from the US Army to sustain the Common Data Link (CDL) secure communications programme.
‘Work locations and funding will be determined with each order,’ the DoD announced on 23 September, with an estimated completion date of 22 September 2032.
Established by the DoD in 1991 as the jamming-resistant backbone protocol for SIGINT and imagery intelligence, CDL is used by the DoD and US intelligence community for wideband real-time downlink secure transmission in the Ku-band of sensor data (from EO, IR and synthetic aperture payloads, for instance) and real-time uplink control of sensor payloads.
Related Articles
Thales and L3Harris battle for SINCGARS modernisation orders
More from Defence Notes
-
Drones, C-UAS and air base investments top the list in $42 billion US-Qatar defence deal
General Atomics Aeronautical Systems secured a nearly $2 billion deal for MQ-9B uncrewed aerial systems, while Raytheon’s counter-UAS system was secured for $1 billion.
-
Brazilian Congress to review constitution amendment to secure defence budget increase
An amendment to the Brazilian Constitution currently under discussion would permanently assign 2% of annual GDP to the defence budget, potentially cementing modernisation programmes for the country’s armed forces.
-
Leonardo CEO urges “speed as important as money” as joint ventures progress picks up
The company’s Q1 2025 results showed a 20% increase in new orders and a 15% increase in revenue across the business.
-
Rheinmetall vehicle sales almost double as European companies see continued growth
Results for Q1 2025 have been strong across the board for many defence companies in Europe with forward-looking statements and predictions for the full year also looking good.
-
Why is the defence market “exploding exponentially” for autonomous targeting capabilities?
Solutions that identify, engage and destroy targets with minimal or no human intervention are becoming critical on tomorrow’s battlefield.