U.S. Air Force shows footage of AH-64 helicopter loaded with Spike NLOS missiles

On 17 March, the U.S. Air Force has publicly released an image of a U.S. Army AH-64E Apache attack helicopter loaded with two Israeli-made Spike NLOS missiles.

The details were given in a Wednesday media release, to announce that the U.S. Army’s new Spike missile completed a demonstration last month at Eglin Air Force Base in Florida thanks to the 780th Test Squadron.

The 96th Test Wing squadron was responsible for planning and executing the maritime (over water) demonstration of the non-line-of-sight, multi-purpose weapon using the Army’s AH-64E Apache helicopter, according to a recent service news release.

- ADVERTISEMENT - CONTINUE READING BELOW -

“We were excited to test a new weapon system here at Eglin,” said Amanda Hargett, 780th TS test engineer. “Our team worked closely with the Army to make sure everything went smoothly and the demonstration was successful.”

The U.S. Army Futures Command Future Vertical Lift Cross Functional Team and the Combat Capabilities Development Command Aviation and Missile Center brought the AH-64 here for the evaluation. The demonstration was broken down into four days.

  • Day 1 – Modifications were made to the aircraft and the weapon was set up.  Testers checked all flight and ground systems to make sure they were working correctly and with the weapon and any test telemetry added to the aircraft.
  • Day 2,3 – The test teams went through rehearsals and performed practice shots.  This benefited the pilots and test support teams to make sure everyone knew where to be and what would most likely happen during the actual test.  It also ensured all systems were working in flight and allowed the team to plan for any unforeseen emergency procedures.
  • Day 4 – This was the actual test day.  The Apache launched the Spike from 32 kilometers away and scored a direct hit on a stationary vessel.

Another planned flight that included a strike on a moving target, was cancelled due to weather.

Based on the success of testing, the Spike NLOS will serve as an interim solution to the gap in precision targeting at extended ranges.  The weapon can strike targets four times further than the Apache’s current carried munitions.  It also serves a dual purpose in informing the requirements for Army Aviation’s enduring standoff weapon, the Long-Range Precision Munition.

“We appreciate the tremendous support of the 780th for this program,” said Chief Warrant Officer 5 Scott Durrer, Future Vertical Lift Cross Functional Team Lethality Technical Advisor.  “The unit provided everything we needed to help us accomplish this critical maritime assessment.”

Readers who wish to follow our weekly coverage can subscribe to the Weekly Defense Roundup.

If you wish to report a grammatical or factual error in this article, please let us know by using the online form.

Executive Editor

Support The Defence Blog

Independent reporting takes resources. Join us on Patreon.

Become a patron

More Like This

IAI turns a business jet into a multi-mission spy plane

Israel Aerospace Industries introduced ELLYON, a multi-mission aircraft that combines electronic attack capabilities with advanced intelligence-gathering sensors into what the company calls a single,...

Ex-UK defense chief says Israel snubbed Ukraine to appease Russia

Britain's longest-serving Conservative defense secretary since Winston Churchill says he personally urged Israel's government to help Ukraine early in the war, and that Benjamin...

US Army reportedly deploys new hypersonic missile to Guam

Photos released by a U.S. Army unit this week appear to show America's newest hypersonic missile system training somewhere in the Pacific, and one...

IMCO interview: Tanks can change as fast as the threat does

A tank crew today fights with the same armor and the same engine it had a decade ago, but the software running its sensors,...

Israeli firm unveils non-kinetic system to stop drone swarms

Israel Aerospace Industries (IAI) introduced HYPNOSIS, a navigation warfare system built to counter large numbers of drones and other satellite-guided aerial threats by scrambling...