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The architecture backbone is a fibre-optic data network and advanced mission computer (AMC). Block II+ uses the latest Type 3 AMC, produced by General Dynamics Information Systems, with two times the throughput and memory of the Type 2 computer in Block II Super Hornets.
Plugged into this architecture are the new APG-79 active electronically scanned array (AESA) radar AAS-46 advanced tactical forward-looking infrared (ATFLIR) pod digital sold-state recorder (DSSR) accurate navigation (ANAV) system and Link 16 multifunctional information distribution system (MIDS).
"Beginning with Lot 30, every aircraft will have AESA," says Mathews. Until then, some F/A-18E/Fs are being delivered with the earlier mechanically scanned APG-73 radar. The US Navy plans to retrofit 135 APG-73-equipped Block II Super Hornets with APG-79, for an eventual total of 415 AESA-equipped aircraft.
The Raytheon AESA brings the capability for simultaneous air-to-air and air-to-ground operation and, starting with Lot 30, two-seat F/A-18Fs will have the advanced crew station, which decouples the front and rear cockpits. "The front-seater can sanitise the airspace while the rear-seater conducts an air-to-ground campaign," says Mathews. Both crew members will have the joint helmet-mounted cueing system.
Lot 30 also introduces the ANAV box, which replaces the F/A-18's CAINS inertial navigator and MAGR GPS receiver with a tightly integrated system that addresses obsolescence and provides "unprecedented air-to-ground accuracy", says Mathews.
Another step in expanding the Super Hornet's precision attack capability has already been taken with fielding of the digital sold-state recorder. Replacing an analogue cockpit video recorder, the DSSR brings the capability to grab and store sensor images, and send them over existing communications links - either Link 16 or the ARC-210 digital radio.
"On ingress, the crew can see ATFLIR streaming video in the cockpit, frame-grab a still image of the target and datalink it to the forward air controller, who looks at the image, annotates it with Blue Force positions and datalinks it back," Mathews says, cutting the time needed to "talk" the aircraft to the target to "low-digit minutes".
Originally posted by SteveR
Ah, yes. I had always thought that the F-14 was superior, at least in terms of functionality. If only we could have seen a modernized version.
Originally posted by SteveR
I had always thought that the F-14 was superior, at least in terms of functionality.
Originally posted by SteveR
Jack of all trade type planes like the Hornet lack a certain edge.
Originally posted by Zaphod58
The range/payload factor on the early F/A-18s was absurdly low. Most of the pilots I talked to about them said that the number of times they had to refuel under a max payload was ridiculously high. According to them, they could stay in theater about 45 minutes on a combat mission before they HAD to leave to refuel, where others could stay for 1-2 hours.
Originally posted by Zaphod58
We answered this question for you before IIRC. Yes the Growler is replacing the Prowlers. Once they're retired, they go to AMARC where they are kept in storage for a number of years, before being recycled.