The last Tomcat: APG-71 digital radar, F110 engines and a second life as a Bombcat
F-14D Last NAVY Power DEMO at Oceana 2006 (Burner IRST Air show videos)
Watch on YouTube
the mission the F-14D mastered no longer existed, or was expected to return
Entity 'F-14' mentioned in report
Iranian F-14 Tomcats were credited with 78 Phoenix victories in the Iran-Iraq War.
the F-14 kept the long-range AIM-54 Phoenix missiles and the AWG-9 radar system originally developed for the F-111B
the bill would transfer three F-14Ds to the U.S. Space and Rocket Center (USSRC) in Huntsville, Alabama
For the past two decades, the Navy’s retired F-14Ds have sat in the Boneyard at Davis-Monthan Air Force Base in Arizona.
Entity 'F-14 Tomcat' mentioned in report
Entity 'F-14 Tomcat' mentioned in report
The F-14 Tomcat was developed for the U.S. Navy’s fleet-defense requirement after the F-111B program failed to meet carrier needs. The F-14D represents the most advanced Tomcat variant, updating the aircraft’s sensors and systems while preserving the variable-sweep wing and two-seat fighter concept. Its design was shaped by carrier operations and long-range interception.
The Tomcat’s variable-sweep wing allowed it to adapt between low-speed carrier handling and high-speed interception. In service, the aircraft combined long-range radar, two-crew workload sharing, and heavy air-to-air weapons for fleet defense, later adding strike capability in some roles. The F-14D page should explain why the aircraft was a system of fighter, radar, weapons, and crew coordination.
The F-14D remains important because it symbolizes a specific era of U.S. carrier aviation: defending the fleet at long range against bombers and cruise-missile threats. Its retirement and replacement by Super Hornets marked a shift toward multirole deck efficiency. For readers, the Tomcat is most valuable when placed in this doctrinal transition rather than treated as a pop-culture icon only.
Figures describe the F-14D specifically; where they differ from earlier Tomcat variants the difference is noted.
Publicly documented milestones specific to the F-14D line.
A converted F-14A (BuNo 161865) flew as the F-14D aerodynamic and systems prototype, combining F110-GE-400 engines with the new digital avionics suite.
The first newly built F-14D flew on 9 February 1990, the first Tomcat delivered with the AN/APG-71 radar and glass cockpit from the factory.
VF-124, the West Coast fleet readiness squadron at NAS Miramar, received the first F-14D in November 1990 and began aircrew conversion training.
Defense budget cuts ended the line at 37 new-build aircraft plus 18 F-14A rebuilds designated F-14D(R). VF-11 became the first deployable F-14D squadron, followed by VF-31.
Integration of the AN/AAQ-14 LANTIRN targeting pod gave the fleet a self-designating laser strike capability; the F-14D's digital architecture made it the most capable host for the fit.
During Operation Iraqi Freedom the type dropped its first GPS-guided JDAM in combat, completing the shift from pure interceptor to strike-fighter.
VF-31 and VF-213 deployed aboard USS Theodore Roosevelt, flying 1,163 combat sorties over Iraq and dropping roughly 61,000 lb of ordnance. ROVER video downlink was added to the F-14D in December 2005 for close air support.
The last carrier catapult launch took place on 28 July 2006 from USS Theodore Roosevelt; a farewell ceremony was held at NAS Oceana on 22 September 2006, and the final ferry flight followed on 4 October 2006.
The F-14D was the point at which the Tomcat's airframe finally matched its mission. Replacing the troublesome TF30 with the F110-GE-400 removed the throttle-handling restrictions that had constrained F-14A crews in the high-alpha regime, while the AN/APG-71 swapped the AWG-9's analogue processing for digital signal processing borrowed from the F-15E's APG-70. The practical gain was less in raw detection range than in clutter rejection, jamming resistance, mode flexibility and non-cooperative target recognition — the qualities that matter when an interceptor has to sort a raid rather than simply see it.
The variant nevertheless arrived at the worst possible moment. Its capability was sized against a Soviet regimental anti-ship missile threat that disappeared as the type entered squadron service, and Pentagon budget decisions capped the line at 37 new-build aircraft and 18 rebuilds rather than the several hundred once envisaged. The Navy chose to consolidate on the cheaper, more maintainable F/A-18 family, and Grumman's proposed further developments such as Super Tomcat 21 were never funded. Fewer than sixty airframes could not sustain a separate logistics and training pipeline against that argument.
What the F-14D did prove, in its final decade, was the value of a large, two-seat, sensor-rich carrier aircraft in the strike and forward air control roles. With LANTIRN, JDAM and finally the ROVER downlink, the D-model flew as a precision strike and airborne FAC platform over Iraq until 2006 — a mission profile its designers never intended and one the Navy has arguably been rebuilding toward ever since with two-seat and long-range unmanned tanking and sensing programmes.
Final U.S. Navy F-14 Tomcat Landing - October 4, 2006 (ZINGER AVIATION MEDIA)
Watch on YouTubeThe Insane Engineering of the F-14 Tomcat (Real Engineering)
Watch on YouTubeThe last catapult launch of the final F-14 Tomcat (Bilibili)
Watch on BilibiliNo discussions about F-14D yet
Start the first discussion
