Development of the Apache Capability
Introduction
Other analysts are more ambivalent about Apache's performance in the CCA role. As a counter to the criticism of the Apaches in the deep strike role, doctrinal adaptation of the U.S.
Early Helicopter Development
Vietnam – Origin of the Attack Helicopter
Air power in what they believed was the military's encroachment on their Close Air Support role, especially in light of the Howze Board's recommendation for a US. During the early stages of the Vietnam War, American forces had faced very little armor from the North Vietnamese Army (NVA).
Cold War – Rise of Deep Strike
In 1972 the AAFSS program was canceled due to delays and cost overruns in the development of the Cheyenne. The doctrine centered on advancing Soviet armor began to change in light of the assumptions outlined in Babiasz's article.
The Gulf War – Apache Success
The SEAD mission was touted as an example of the deep strike capability of the Apache. Army, based on the perception of success the Apache enjoyed as a result of the conflict.
Summary of the Development of Apache Capability
Post-Cold War Challenges
Introduction
At the end of Operation Desert Storm and despite the collapse of the Soviet Union, the US Army had to develop a doctrine based on the lessons learned from the TF Hawk experience until the failure of the deep attack on the Medina Division of the Republican Guard. the outskirts of Karbala during the 2003 invasion of Iraq. Operation Anaconda will be discussed to provide further context to the Apache doctrine after Task Force Hawk and to give perspective to the subsequent failure of the deep strike operations during the OIF.
The failure of the army during the raid on Karbala will be examined in detail to demonstrate the limitations of the aircraft and deep strike doctrine system and to set the stage for an explanation of the subsequent doctrinal change that occurred. While the attack helicopter concept has been validated based on the pragmatic demands of the Vietnam conflict and the Cold War, institutional adaptations were necessary to refocus the Apache doctrine in order to exploit the aircraft's unique capabilities.
Deep Strike’s Fall from Grace
Kosovo – Task Force Hawk
Despite the enormous effort required to deploy the Task Force, no combat missions were flown. SEAD was inconsistent with the overall intent of the campaign plan.84 As a result, TF Hawk Apache operations relied on the Combined Air Operations Center for a coordinated plan for joint suppression of enemy air defenses (JSEAD) involving specialized USAF assets with fixed wings. .85. However, the Army continued to insist that TF Hawk's failure was not one of the inherent mismatches between mission intent, doctrine, capability and threat.
The oversimplification of the issues associated with TF Hawk performance would create the conditions for subsequent challenges associated with the combination of the Apache capability and deep strike doctrine that would arise during operations in Iraq. Of the lessons learned identified in the General Accounting Office, Report to the Chairman Committee on Armed Services, House of Representatives, Kosovo Air Operations, Army Resolving Lessons Learned regarding the Apache helicopter, none has attempted to address the fundamental issue of to reconcile the vulnerability of the Apaches in the US. faced with small arms fire and close air defenses when SEAD systems such as MLRS were not available or suitable for use.
British Army and the Apache Deep Strike Model
That part of the doctrine that was directed at close combat was unit-level fires and maneuvers in support of formations as opposed to a close attack. As a result, the British Army would have to rely on Air Force-based SEAD to support Apache operations deep.97 In addition, the British Army suggested that the use of Fire Control Radar (FCR) and Radar Frequency Interferometer (RFI) were key to survival in deep combat.98. Both the FCR and the RFI were systems designed to support SEAD, but in a linear battlefield context and primarily against relatively sophisticated Soviet-era radar-based threats.99.
While the UK appeared to be more flexible in the grouping used to conduct deep strikes, the inherent design of the aircraft. Given that it could be argued that the FCR or RFI would not have been particularly effective against the relatively simple small arms and light AAA system on a European battlefield, the UK attack helicopter doctrine of the time appears not to have more coherent than the US.
Operation Enduring Freedom – Close Combat Attack
Significant criticism was directed at the attack helicopter operations after the battle due to the amount of damage caused by the Apaches. The mixed success of Apache capabilities during Operation Anaconda provides context for the subsequent failure of the Karbala attack. By any objective definition of the term, Apache operations during Op Anaconda cannot be categorized as a deep strike.
However, the Apache was able to quickly adapt TTP to deliver close range fire, just as Cobra pilots had done during the Vietnam War. Conversely, given the close nature of the battle and the extensive combat damage suffered by the aircraft, it is easy to understand how the TTP used failed to inform subsequent operations during the battle.
Failed Raid at Karbala
The rebirth of the attack helicopter in close combat.” Military Review: US Army Professional Journal conceptualization of the battlespace and lessons learned in Libya can be integrated to support the future US military in response to the pragmatic demands of the battlefield has occurred episodically throughout the history of the Army attack helicopter. american.
Proponents of the A-10 in the deep-air interception mission pointed to both the cost of the Apache and the numbers available. Army doctrine and development capabilities support the use of the Apache in shaping operations in support of formation maneuvers.
Summary of Post-Cold War Challenges
Apache Doctrinal Adaptation
Introduction
Military doctrine deconstructed the concepts of deep, close and rear operations, and linear battlespace to align the Apache's original deep strike capability with the current operational environment. As a starting point, the chapter will highlight the Apache's success in the post-Baghdad counterinsurgency environment in Iraq and Afghanistan. Ultimately, the future of Apache doctrine will be tied to the helicopter's ability to support shaping operations.
Army Air Forces focused on current combat while maintaining the ability to conduct a full range of operations, including operations in depth in support of formation maneuvers. Additionally, while recent doctrine has de-emphasized ATACMS and MLRS-based SEAD in support of deep-sea operations, the U.S.
Stability Operations
When the Apache was transitioned into the close support role, working directly in support of the Brigade Combat Team (BCT) during cordon and search operations, the capability was credited with being effective in interdiction of fleeing paramilitaries. However, anecdotal information points to the strengths of the aircraft and doctrine in support of contemporary Counter Insurgency (COIN) and SASO operations. Both the aircraft and doctrine have proven to be particularly effective as part of the COIN operations taking place in the rugged terrain of Afghanistan.
While the article supports the Apache and its ability to support TICs, it paradoxically highlights one of the historical strengths of the attack helicopter capability in the deep attack role. 141 It is therefore possible that the surge in civilian deaths and injuries is a result of the Apache being used more often in response to an increase in AGF activity.
Post Karbala Evolution of Doctrine
The Army's requirement to control the airspace for ATACMS-based SEAD in support of Apache deep strike operations limited the USAF's ability to shape the operational battlespace. In 2008, the aviation doctrine's approach to the battlespace concept was validated by the launch of US Army aviation specifically, will probably do little to convince critics of the Apache's ability to operate in depth.
Since the Apache successfully accomplished the screening mission beyond the range of the supported corps, it can be argued that the low-level air defense environment was not uniform throughout Iraq. As a result, it can also be reasoned that the Apache's vulnerability is dependent on the enemy's local low-level air defense position and the US posture.
Libya 2011
The combination of attack reconnaissance aircraft and UAS enables commanders at all levels to rapidly move or deploy interactive and interpretive intelligence collectors over large distances to provide early warning and obtain and disseminate a timely picture of the battlefield. Abandoning all formation operations for fixed-wing aircraft as a result of the singular failure of the attack on Karbala regardless of the supported unit's level of intelligence regarding the enemy's low-level local air defense situation is a US leap. Although many of the details of the mission are still classified, it is logical to assume that much of the reason the Apache capability was used during the Libya campaign was its ability to detect and service targets.
However, the Libya campaign has shown that the Apache is capable of attacking operations in depth, without the support of indirect area fires such as MLRS and. In addition, it can be concluded that Apache, as a system, offers unique characteristics that justify its use in a high-threat anti-aircraft environment.
UAV and Manned Unmanned Teaming
173 The Royal Aeronautical Society continues to conclude its discussion of Attack Helicopter Operation in Libya by noting; "The use of RPAS [Remotely Piloted Aircraft Systems] is likely to increase partly because it is well suited for the 'dull and dangerous' missions and partly because there is less loss. A Shadow UAS was then vectored to the location of the launch and continued to track the target. Eventually, a predator or Apache killed the target.175 The report goes on to link the combination of Apaches and UAVs for target designation to the survivability of the Apache; “Predators were particularly useful because JAM [Jaish al-Mahdi] was expected to have SA-7 man-portable air defense systems and the UASs [Unmanned Aircraft Systems] enabled attacks on JAM without endangering Apache crews. ”176 It may have been argued that the survivability of the Apache aircraft would be.
The complexity of the combat zone in Libya in terms of the combatants seems to fit well with the United States. The March 24, 2013 edition of the journal, C4ISR, notes; "Manned-unmanned teaming promises to be one of the most revolutionary capabilities available to these [Gray Eagle UAV companies," officials say.
Summary of Apache Doctrinal Adaptation
The development of the AH-64 Apache, which can operate at night and carry precision-guided missiles in the form of the Hellfire, was investigated. Despite the Apache's success during the Gulf War, concerns remained about the capability's effectiveness. The Army was convinced that the AH-64 Apache and associated doctrine were ill-prepared for the changing threat of the post-Cold War battlefield.
Given the experience of TF Hawk and the outcome of Op Anaconda, US Army doctrine developers may have been able to anticipate the circumstances that led to the failure of the attack on Karbala. With the reconceptualization of the battle space and with the integration of the emerging technologies of UAV and MUM-T and the US.