I think that offensive technology and defensive technology go through occasional drastic swings of superiority, especially in naval matters. And I think right now we are undergoing a technological swing that heavily favors the offense. This applies against all sides, but not necessarily equally depending on the strategic situation and goals.
I do not think it is a hard sell to say that UAVs are dramatically affecting current conflicts. This is a combination of cheaper electronics, cheaper manufacturing techniques, much greater processing power, much greater battery energy density, and other technical trends. The various air to ground UAVs used in Ukraine by both sides along the front lines are the first thing that most people think of.
But another aspect is all the various long range UAVs used by both the Houthi and Ukraine in their strategic campaigns. These include cruise missiles, UAVs converted to one way munitions, converted civil sport aircraft, and everything in between. The technologies that make front line attack drones cheaper and easier to achieve also apply to what would be considered military PGM cruise missiles.
These trends are dramatically reducing both the money and time costs associated with munitions production. Design is easier with digital tools, commercial components make assembly faster, and “middleware” modifications greatly accelerate integration. This has resulted in private companies designing new weapons outside of the specifications of any DoD specific program, and the various services putting out RFIs or even complete programs of record for low cost cruise missiles/effectors based on these offerings - MACE, ERAM, ETV, LRAM, etc.
Not only is development and production cost much reduced in time and money, adoption is easier if you are willing to accept partial integration solutions. Ukraine wound the best example of this with their NATO weapons hacked onto Soviet airframes, but the USAF has also experimented with having integration hardware/software pylons for Harpoon on its F-16s. The much bigger middleware hack is Rapid Dragon. This takes a cargo aircraft and palletizes cruise missiles/effectors such that they can just be kicked out the back by a standard transport crew and unmodified aircraft. It is notable that Baracuda 500 has already been vertically dropped tested to mimic this launch method, and LMs CMMT effector also seems designed for this market, with a claimed capacity of 25 weapons per pallet in place of the 9 JAASMs of Rapid Dragon (6 per pallet in C-130 for weight reasons). Production claims for weapons of this type range from thousands to low tens of thousands, and while part of that is like corporate marketing hype, there is no question that production costs and times are plummeting. Costs are generally in the low hundreds of thousands, an almost order of magnitude reduction.
This is a radical shift in terms on quantity of stand off precision munitions that can be produced by the U.S. It also is a huge shift in how quickly they can be adopted. And finally, it is a titanic shift in which platforms can employ them and the quantities than can be realistically used in single engagements.
More in follow on posts.
I do not think it is a hard sell to say that UAVs are dramatically affecting current conflicts. This is a combination of cheaper electronics, cheaper manufacturing techniques, much greater processing power, much greater battery energy density, and other technical trends. The various air to ground UAVs used in Ukraine by both sides along the front lines are the first thing that most people think of.
But another aspect is all the various long range UAVs used by both the Houthi and Ukraine in their strategic campaigns. These include cruise missiles, UAVs converted to one way munitions, converted civil sport aircraft, and everything in between. The technologies that make front line attack drones cheaper and easier to achieve also apply to what would be considered military PGM cruise missiles.
These trends are dramatically reducing both the money and time costs associated with munitions production. Design is easier with digital tools, commercial components make assembly faster, and “middleware” modifications greatly accelerate integration. This has resulted in private companies designing new weapons outside of the specifications of any DoD specific program, and the various services putting out RFIs or even complete programs of record for low cost cruise missiles/effectors based on these offerings - MACE, ERAM, ETV, LRAM, etc.
Not only is development and production cost much reduced in time and money, adoption is easier if you are willing to accept partial integration solutions. Ukraine wound the best example of this with their NATO weapons hacked onto Soviet airframes, but the USAF has also experimented with having integration hardware/software pylons for Harpoon on its F-16s. The much bigger middleware hack is Rapid Dragon. This takes a cargo aircraft and palletizes cruise missiles/effectors such that they can just be kicked out the back by a standard transport crew and unmodified aircraft. It is notable that Baracuda 500 has already been vertically dropped tested to mimic this launch method, and LMs CMMT effector also seems designed for this market, with a claimed capacity of 25 weapons per pallet in place of the 9 JAASMs of Rapid Dragon (6 per pallet in C-130 for weight reasons). Production claims for weapons of this type range from thousands to low tens of thousands, and while part of that is like corporate marketing hype, there is no question that production costs and times are plummeting. Costs are generally in the low hundreds of thousands, an almost order of magnitude reduction.
This is a radical shift in terms on quantity of stand off precision munitions that can be produced by the U.S. It also is a huge shift in how quickly they can be adopted. And finally, it is a titanic shift in which platforms can employ them and the quantities than can be realistically used in single engagements.
More in follow on posts.