Boeing P-8A Poseidon enters full-rate production
The US Navy has placed an order with Boeing for 16 additional P-8A Poseidon aircraft, pushing the programme from preliminary low-rate production into full-rate production. The order, worth $2.4 billion according to Boeing, was announced on 26 February.
The new order will bring the US Navy’s fleet to a total of 53 aircraft, and bolster the force’s anti-submarine, anti-surface warfare and intelligence, surveillance and reconnaissance capabilities.
Boeing has delivered 13 P-8A aircraft to the navy to date, with the aircraft having been operational since December 2013 from the first patrol fleet squadron’s base in Kadena, Japan.
Capt. Scott Dillon, US Navy P-8A program manager, said: ‘This milestone is a testament to the incredible effort and dedication of the team to deliver the P-8A to the fleet as planned. The future of the Maritime Patrol and Reconnaissance community has begun to make history with the P-8As already delivered to the fleet. These full-rate production aircraft will give us the opportunity to deliver the best system through a cost-effective procurement contract.’
The US Navy has plans to purchase 117 P-8A aircraft in total to replace its P-3 fleet.
More from Digital Battlespace
-
China turns to US-made AI chips to boost hypersonic weapon performance
Chinese researchers have been using a US-designed AI semiconductor chip to enhance the performance of a hypersonic weapon’s scramjet engine, significantly improving computational tasks and suggesting potential integration into future missile systems.
-
Orbital Overwatch: The Crucial Role of Lasers in Space-Based Intelligence
Amidst escalating global tensions, cutting-edge laser technology and expansive space domain awareness are vital for military operations. Orbital intelligence is transforming the landscape of global security, demonstrating its critical role in contemporary warfare.
-
Intelsat boosts SOF communications with advanced multi-orbit technology (video)
Intelsat is enhancing communication solutions for special operations forces through an approach focusing on multi-orbit capabilities, network integration, and advanced terminal technology.