The US Army conducted operational testing of the Spike NLOS missile aboard an AH-64 Apache helicopter at Erbil Air Base, Iraq. This trial is part of integrating the missile for combat use by the 101st Combat Aviation Brigade. The Spike boasts a significant range advantage over existing munitions, facilitating advanced aerial combat operations.
Recently, a US Army AH-64 Apache helicopter conducted a flight at Erbil Air Base, Iraq, armed with the Spike NLOS missile. This operation is part of the missile’s operational testing process facilitated by the 101st Combat Aviation Brigade. It marks the first instance of a conventional army unit utilizing a training variant of the Spike missile with their aircraft. Previous tests occurred at military facilities including Yuma Proving Ground in Arizona and Eglin Air Force Base in Florida.
This flight is a critical milestone aimed at integrating the Spike missile into the Apache’s combat capabilities. Col. Tyler Partridge, commander of the 101 Combat Aviation Brigade, noted the brigade’s commitment to evolving Army aviation within combined arms operations. He emphasized that operational testing of Spike munitions with AH-64E systems will bolster readiness for real-world deployments and enhance ground force capabilities.
The 101st plans to deploy the Spike missile during their current mission, supporting the Combined Joint Task Force – Operation Inherent Resolve, which targets the Islamic State. The Spike missile significantly expands operational range, offering over 32 kilometers (20 miles), which is more than four times that of the Hellfire missile, which operates at ranges of 7 to 11 kilometers (4 to 7 miles).
Additionally, the Apache can also carry the AGM-179 Joint Air-to-Ground Missile, with ranges spanning from 8 to 16 kilometers (5 to 10 miles). The Spike is designed with advanced multi-purpose warheads and features an electro-optical/infrared seeker that allows for real-time video feedback and control throughout its flight, including mid-flight retargeting capabilities.
Moreover, the US Army has designated the Spike missile for its Interim-Long Range Precision Munition (I-LRPM) program, evaluating its long-range precision munitions attributes. The Spike’s selection followed a competitive shoot-off conducted in November 2022, although details on the challengers remain classified as per a US Army spokesperson.
The integration of the Spike NLOS missile with the AH-64 Apache helicopter enhances the US Army’s aerial combat capabilities. Key points include the missile’s extensive range, the rigorous operational testing, and the strategic deployment in current military operations against the Islamic State. The Spike’s advanced technological features also ensure effective real-time control and targeting, marking a significant advancement in Army aviation capabilities.
Original Source: thedefensepost.com
