I'd much rather borrow the MQ8 drone software for this one, thanks.Well if someone will go put a few hundred hours on the printed rotor head I might be more inclined to accept it. That is what we pay test pilots for right?
New (to me) IR suppression directing the exhaust up into the rotor, maybe new engines, longer stub wings with 3x heavy stations per side, MOSA.
Longer wings I expected, shame about not getting the pusher prop.
MovedWhy is this topic full of non-project posts
Is that like "new Porshe smell"?Shiney! Still has that new helicopter smell I bet.
If I recall correctly it was a combo of weight space issues.G’day guys, with regards to the naval Apache, why cut the chain gun? Could it not be integrated differently? It seems like a fairly useful capability in LIC and peacetime patrols
Thanks for your reply, very interesting. I suppose gun pods could be made and fitted on the stub wings when needed in any caseIf I recall correctly it was a combo of weight space issues.
Basically big radar need the room of the ammo to fit its stuff.
And a side of the Navys, AT THE TIME, not liking electrical powered weapons like that.
Alright I’m a bit lost on the caption…
I see the Hellfire and NLOS antenna on the port stub and a Spike box hung on the starboard stub wing. So the clearly the Spike NLOS is operational for EUCOM based Apaches?The AH-64 Apache visible in the photo is armed 'only' with the Hellfire missile. The integration of American AH-64s with Spike-NLOS began few years ago, but Spike-NLOS missiles have not been introduced into European military exercises to date.
No one thinks you are going to make it anywhere within ~10-20Km of the forward line of troops. Longer range weapons like Spike and some of the new longer range missiles are what keeps the attack helicopter in business. I would not be surprised in the coming years to see fiber optic missiles as part of the outfit. Also the U.S. Army is finally recognizing that the AH-64 is the fastest CUAS system on the battlefield. If you can succeed with an Mi-17 with a 14.5mm MG, a air to air radar, APKWS, and proximity fused 30mm ought to be able to do the job as well. In an era of tank killing FPV, there is no need for a $$ attack helicopter for that. It will do (close in) BAI on high priority targets and try to do the counter recon fight against enemy UAS.Not sure I like giving up one pylon, 1/4 of the weapons capacity for the datalink antenna. How long before Army agrees to the 6-station wings, able to carry 24x Hellfires or 20x Spike NLOS (assuming that one pylon is still lost to the datalink antenna)
Right, but that also comes with a side order of your helo FARPs being displaced that much further back from the front lines so you still have the same flight time from FARP to patrol/shooting area to work with. And since your longer ranged munitions aren't any faster than Hellfires (and ALEs are slower!), you end up with less time per helo shooting. Which is addressed by adding more weapons.No one thinks you are going to make it anywhere within ~10-20Km of the forward line of troops. Longer range weapons like Spike and some of the new longer range missiles are what keeps the attack helicopter in business. I would not be surprised in the coming years to see fiber optic missiles as part of the outfit.
Seems a very odd mission shift, but likely for the moment. I expect the Army to end up with a CUAS drone "fighter" in inventory as part of replacing the Apache. https://www.secretprojects.co.uk/threads/designs-systems-of-drone-air-superiority.45877/Also the U.S. Army is finally recognizing that the AH-64 is the fastest CUAS system on the battlefield. If you can succeed with an Mi-17 with a 14.5mm MG, a air to air radar, APKWS, and proximity fused 30mm ought to be able to do the job as well. In an era of tank killing FPV, there is no need for a $$ attack helicopter for that. It will do (close in) BAI on high priority targets and try to do the counter recon fight against enemy UAS.
Any helicopter would be the fastest CUAS system on the battlefield (witness UKR Mi8/17, Israeli AH-64, and RUS Ka-52) chasing down drones, because they are not terrain restricted and faster than any truck. The big difference I know of is that the AH-64D/E has an air radar mode that means they can scan for the incoming small targets. I don't know if the Ka-52 has a similar capability, but I think we all have seen the videos of UKR Mi-8, RUS Ka-52, and Israeli AH-64 downing drones. It should not be too long before they have non-kinetic means to render the drone incapable of operations.Seems a very odd mission shift, but likely for the moment. I expect the Army to end up with a CUAS drone "fighter" in inventory as part of replacing the Apache. https://www.secretprojects.co.uk/threads/designs-systems-of-drone-air-superiority.45877/
I recall when I saw this briefed at a symposium, I was one of many who thought this a brilliant idea. I still like the concept. Unfortunately despite the best efforts of the business development efforts the engineering reality was that it would be a new aircraft that looked like an Apache (think CH-53K). It would require the full effort of a new start. The U.S. Army already had two new rotorcraft programs, FLRAA and FARA, and a shrinking budget. There was no interest in even more of the dwindling budget going into another Army Aviation program. Ironically the efforts of Boeing to market it as an Improved Apache, was one of the things that killed it. The FLRAA and FARA were being touted to the Congress as the first "New Start" rotorcraft in fifty years. Senior leaders did not want to ask to upgrade a ~40 year old aircraft when they were asking for scare dollars for brand new ones.You are inadvertently calling for a compound Apache. And that brought me the biggest smile of the day. Yes, let's revive this!
https://gallery.vtol.org/image/P8woD
I think Boeing was trying to appear as a cheaper/simpler option, like how the Cobra was a dodge around regular procurement bidding requirements to get something RIGHT NOW.I recall when I saw this briefed at a symposium, I was one of many who thought this a brilliant idea. I still like the concept. Unfortunately despite the best efforts of the business development efforts the engineering reality was that it would be a new aircraft that looked like an Apache (think CH-53K). It would require the full effort of a new start. The U.S. Army already had two new rotorcraft programs, FLRAA and FARA, and a shrinking budget. There was no interest in even more of the dwindling budget going into another Army Aviation program. Ironically the efforts of Boeing to market it as an Improved Apache, was one of the things that killed it. The FLRAA and FARA were being touted to the Congress as the first "New Start" rotorcraft in fifty years. Senior leaders did not want to ask to upgrade a ~40 year old aircraft when they were asking for scare dollars for brand new ones.
The old adage: "Better to be lucky than good." rings true.
https://www.jpost.com/defense-and-tech/article-866737Apache aircrews executed engagements using the Joint Air-to-Ground Missile, HELLFIRE variants, the Hydra-70 Guided Rocket with an Advanced Precision Kill Weapon System guidance section, and 30mm rounds. All missile systems destroyed their targets, the Hydra-70 Guided Rocket with APKWS achieved three of four target kills, and 30mm rounds neutralised designated aerial threats.
These results confirmed that Apache can provide persistent, flexible, and cost-effective options to defeat UAS threats. Each munition demonstrated offers trade-offs in range, collateral risk, and engagement tempo, giving commanders scalable solutions suited to mission requirements.
View: https://x.com/AirPowerNEW1/status/1972792712383562027
Maximum Impact: Apache 30mm Gunnery with the 10th Mountain Division
https://www.army.mil/article/288702..._30mm_gunnery_with_the_10th_mountain_division
AH-64 Apache Is Getting Proximity Fuzed 30mm Cannon Ammo For Swatting Down Drones
https://www.twz.com/air/ah-64-apach...zed-30mm-cannon-ammo-for-swatting-down-drones