By Kris Osborn, President, Center for Military Modernization
(Washington D.C.) The Navy and Air Force variants of a 6th-generation Next-Generation Air Dominance (NGAD) stealth fighter are rapidly coming to life, and not a moment too soon as the current threat environment is such that a faster, stealthier, and far more lethal fighter jet could soon be deemed critical.
Video Above: Colonel Michael Stefanovic, Director of the Strategic Studies Institute for the Air Force sits down for an exclusive interview with Kris Osborn
It is important to recognize that, through ongoing software upgrades, the F-35 may well remain dominant into the 2070s and beyond, as many of the most substantial technological leaps forward will likely be in the areas of computing, AI, mission systems, weapons, and command and control. These areas can be modernized in paradigm-changing ways without having to reconfigure the main fuselage or fundamental architecture of the plane itself.
The F-35 Can Fly Alongside NGAD
In short, the F-35 seems to have the potential to stay in front of threats for decades. However, this does not mean there is not an urgent need for a U.S. Navy and Air Force 6th-generation fighter for several key reasons. The F-35 is a multirole fighter with speed, maneuverability, breakthrough computing, and a drone-like 360-degree surveillance capability. Attributes that make it an ideal “partner” or supplement to an ultra high-speed, ultra-stealthy 6th-gen stealth fighter.
A sixth-generation craft will be more of an F-22 replacement in terms of air supremacy and speed, yet many of its breakthroughs will come in the realm of “manned-unmanned” teaming and command and control. New datalinks, command and control technology, and AI-enabled data analysis will enable a 6th-generation “family of systems” wherein a single manned platform simultaneously operates five or six drones.
The concept for a 6th-generation fighter or NGAD, as explained by Air Force Secretary Frank Kendall, is described as one of the services’ key “operational imperatives” wherein a family of systems will perform a wide range of missions.