Lesson 7-The Gulf War and Space Capabilities

Compiled by: LtCol Galin Hernandez

Lesson Objective: To comprehend the problems and issues of space operations and the conduct of theater level warfare as we enter the 21st century.

Supports:

PJELA: 1A, 1B - National Security Strategy

Core Values: Integrity First, Service Before Self, Excellence in All We Do

Core Competencies: Information Superiority, Air and Space Superiority, Precision Engagement, Global Attack, Rapid Global Mobility, Agile Combat Support

Desired Learning Outcomes:

  1. Summarize the role and effectiveness of air power in the Gulf War.
  2. The role of the air power was to multifaceted. To begin with, it allowed rapid deployment and buildup of coalition forces in the Middle East. While the buildup was going on, it provided, with ground and naval forces, for defense of forces. During the war, air power destroyed the command and control capability of Iraq, cut forward troops off from resupply, gained air supremacy, destroyed troops and equipment in the field, supplied planning and intelligence information to commanders, and supported ground troops once the ground war started. The air campaign began on 17 January 1991 and ran through the end of the war on 28 February 1991. For all but the last four days the air war was the only war. The short duration of the ground war is a testimony to the effectiveness of air power.

  3. Explain space system capabilities and their impact upon a theater of war.
  4. The categories of space systems include communications, navigation, environmental monitoring, and early warning. The communications satellites provide the capability to set up mobile communications within the theater with a lot of flexibility. Satellite navigation systems, which is Global Positioning System (GPS) provides the ability for precision bombing and navigation for those weapon systems that have GPS, as well as precise positioning for troops on the ground. Environmental monitoring consisted of Defense Meteorological Satellite Program (DMSP) and Landsat, SPOT and national reconnaissance satellites, which provided targeting intelligence and planning information. The Defense Support Program (DSP) supplied early warning.

  5. Compare USAF intentions regarding space operations with a "space force" alternative.

In promoting its leadership role in military space for the 21st century, Air Force leaders relied on the institutional memory and experience acquired over more than a generation. The Air Forces broad vision for its role in space ran along two lines. First it involved a series of campaigns to convince our leaders that national security dictated giving the Air Force sole responsibility for military space activities, including development and deployment of weapons in space. The second centered on a continuing effort to institutionalize space within the Air Force and armed forces by transferring responsibility of Air Force space activities from the research and development side to the operational side of the service. In order to chart the course for the Air Force space program into the next century, General Merrill McPeak, Air Force Chief of Staff established a Blue Ribbon Panel on space, led by General Moorman. This panel addressed space roles and missions issues that affected the Air Force internally and expanded its analysis to emphasize the role of the Air force in the wider military and national arena. The panel envisioned the future Air Force as a thoroughly integrated air and space force that reflected General McPeak’s mission statement of June 1992, which declared air and space coequal. It stated that "the Air Force will lead the Defense Department in the acquisition, operation and application of space capabilities to preserve the peace and win in war."

Questions for Study and Discussion:

For DLO 1:

  1. How did concern with maintaining the coalition impact conduct of the air campaign?
  2. The air campaign, just like the overall campaign, was conceptualized, planned and executed with regards to the impact it would have on the allied coalition. The US understood that in order to maintain the conflict within the Kwait / Iraq area maintaining the coalition was critical. The coalition would be in jeopardy if Iraq were able to draw Israel into the conflict and provide a diversion of Arab effort away from Iraq and towards Israel. Once the initial impact of the Iraqi invasion was realized, coalition nations were involved in basically all aspects of the campaign. This concern eventually evolved into a dual chain of command with Saudi Lt. Gen. Khalid was the Commander, Joint Forces and Theater of Operations and Gen. Schwarzkopf as the Commander of all US Forces.

    Although the initial air campaign planning was done by a group of Air Staff officers in the pentagon (Checkmate), Gen Horner thought the plan was seriously flawed. Gen Horner then established a theater planning group headed by Brig. Gen. Buster Glosson. Although this group (Black Hole) eventually had representatives from the British Royal Air Force and the Saudi Royal Air Force it worked in secrecy. This was due to American and Saudi sensitivity to the concerns of friendly Arab governments that threats of offensive military action might impede a negotiated settlement.

    Maintaining the coalition together forced changes in the direction of the air campaign on several occasions. The first change occurred on the second day when the first Scud missiles launched from western Iraq landed in Israel. Scud missiles were initially regarded as nuisance weapons that could cause political difficulties for the coalition. However, in order to keep the coalition together, the long and basically unsuccessful Scud hunts were started and continued for the rest of the campaign. These Scud hunts included continuous airborne surveillance of western and southern regions of Iraq, positioning strike aircraft within Scud launch areas, attacks on communications links thought to be transmitting Scud launch authorization, attacks on suspected sites and strikes against Scud production and storage facilities. They were designed specifically to keep Israel from attacking Iraq and the coalition collapsing.

    Another area this impacted the air campaign was the selection of targets. Minimizing the suffering of Iraqi civilians was part of the air campaign planning. The operation plan included prohibiting attacks on cultural and historic sites, hospitals, mosques, sites of special significance to the Islamic religion, civilian population centers and other non military structures. "Anything which could be considered as terror attacks or attacks on the Iraqui people will be avoided." This is why after the attack on the Al-Firdos bunker SecDef Cheney and Ge. Powell severely curtailed bombing in downtown Baghdad.

  3. Was the air campaign in the Gulf War necessary and/or sufficient to secure a military victory in the war? Was a military and/or political victory attained?

 

The readings clearly reflected that the air campaign was decisive. They also acknowledged that few, if any, believed that the air campaign could secure victory independent of a ground campaign…

-pg. 256: --USCINCCENT’s Intent: attack into the Iraqi homeland using air power to decapitate his leadership, command and control, and eliminate his ability to reinforce Iraqi ground forces in Kuwait and Southern Iraq…then gain undisputed air superiority over Kuwait so that we can subsequently and selectively attack Iraqi ground forces with air power in order to reduce his combat power and destroy reinforcing units. …

--four-phase structure of the air campaign: a strategic air campaign into Iraq, air supremacy over the Kuwait theater, preparation of the battlefield by attrition of the Iraqi Army, and air support for the ground attack.

--the air campaign plan executed by Coalition forces at the outset of the Gulf War consisted of three elements:

-pg. 259: Shortly after the Iraqi invasion of Kuwait, a group of Air Staff officers in the Pentagon began planning an air campaign designed to eject Iraqi forces from Kuwait. Col. John A. Warden III, the Air Staff’s Deputy Director for Warfighting, supervised this effort. The group initially numbered six but quickly grew to more than one hundred officers from the Air Force and other Services, operating out of offices that were previously the facility of an Air Staff division called Checkmate; this ad hoc group itself became known as Checkmate. Warden and his Checkmate organization developed military objectives, a concept of operations, and a targeting scheme designed to accomplish the President’s objectives using air power alone.

-pg. 271: --The Gulf War was the first conflict in history in which a large percentage of the air-to-air engagements that produced confirmed kills—sixteen of the thirty-three victories against fixed-wing Iraqi aircraft credited to Coalition fighters during Desert Storm—involved BVR shots. These BVR shots were possible because Coalition fighters, operating in conjunction with platforms such as the E-3 AWACS (Airborne Warning and Control System), could shoot BVR with little risk of accidentally [sic] hitting friendly aircraft.

--The most conclusive evidence of Coalition success in rendering KARI (French built integrated computer coordinated air defense system) and its associated "strategic" SAMs impotent can be seen in Coalition attrition data (Figure 11). From an operational standpoint, the relevant measure of effectiveness against Iraq’s ground-based air-defense system was not SOCs, IOCs, or missile-firing batteries physically destroyed but the numbers of Coalition aircraft that were not shot down or damaged while carrying out their missions over Iraq and the Kuwait theater of operations.

-pg. 275: How effective were the Coalition attacks on Iraqi leadership and Telecommunications/Command, Control, and Communications (C3)?

--the results of these attacks clearly fell short of fulfilling the ambitious hope, entertained by at least some airmen, that bombing the L and CCC target categories might put enough pressure on the regime to bring about its overthrow and completely sever communications between the leaders in Baghdad and their military forces.

--Common sense would argue that strikes against these two target categories must have imposed some, if not considerable, disruption and dislocation on the Iraqis involved.

--Without access to high-level Iraqi officials and records, the degree of disruption and dislocation inflicted by strikes in the L and CCC target categories cannot be quantified, not even roughly.

-pg. 276: How effective were Coalition air efforts against the E and O target categories?

--attacks rapidly shut down the generation and distribution of commercial electric power throughout most of Iraq, forcing the Iraqi leadership and military on to back-up power…almost eighty-eight percent of Iraq’s installed generation capacity was sufficiently damaged or destroyed by direct attack, or else isolated from the national grid through strikes on associated transformers and switching facilities, to render it unavailable.

--electric power in central and southern Iraq went down during the initial days of the war, just as the planners had hoped

--critics argued that the bombing of electric power had "contributed to" 70,000–90,000 postwar civilian deaths above normal mortality rates over the period April–December 1991—principally because of the lack of electricity in Iraq for water purification and sewage treatment following the cease-fire

-pg. 277: --The political outcome turned out to be something that no one foresaw. Saddam Hussein both retained power and continued to defy the United Nations, thereby causing the continuation of economic sanctions that pre-vented Coalition assistance in reconstruction or humanitarian relief. To attribute responsibility for Iraq’s increased mortality rate in the aftermath of a major military defeat solely, or even primarily, to the damage inflicted on Iraq’s electric-power system ignores the Iraqi government’s responsibility for its own prewar and postwar decisions.

--strikes against refining capacity appear to have been considerably more effective than those directed against stores of refined products that could be put to military use. The CIA eventually concluded that Coalition air strikes had rendered more than 90 percent of Iraq’s petroleum refining capacity inoperative…given the small level of effort expended to disable over 90 percent of Iraq’s refinery capacity, this aspect of the air campaign appears to have been both highly leveraged and effective.

-pg. 283: --Strategic air attacks were in some cases less effective than air planners had hoped for or believed, as in the case of the Iraqi nuclear weapons program—by mid-1992, for example, UN Security Council inspection teams had identified and destroyed more of Iraq’s nuclear missile programs than had the air campaign.70 In other cases, such as that of Iraq’s electrical power system, the Coalition met its immediate military objectives. In yet other cases such as the L and CCC target categories, effectiveness cannot be precisely estimated.

--The planners of air attacks against the Iraqi army recognized the important status of the Republican Guard units, but those forces proved a difficult target. They were singled out as a center of gravity for the part they played as the strategic reserve in the Iraqi ground scheme of maneuver and for their political role as defender of Saddam Hussein’s regime.

-pg. 302-303: --the extraordinarily lopsided quality of the war in general and of the air campaign in particular has led a number of observers to conclude that the war’s conduct and outcome augur a revolution in the conduct of war, a transformation of warfare itself.

  1. How well did the strategy, service and joint doctrine, military organization, and the role of air power "fit together" in the Gulf War?
  2. If the results are any indication, the Gulf War was an unparalleled success. Not only did the Gulf War bring the Army, Navy and Air Force together to achieve an objective, it brought together the nations of the world. As Coalition forces grew a dual chain of command evolved with Saudi Lt. Gen. Khalid as the Commander, Joint Forces and Theater of Operations, and General Schwarzkopf as the commander of all U.S. forces in the theater. General Horner was the Air Defense Coordinator, the Airspace Control Authority and the JFACC. The fact that the all these different services were kept together throughout the campaign and the campaign was so overwhelming to the Iraq army leads to this conclusion. Air power provided control of the air over Iraq, first air superiority and ultimately air supremacy. Then came strategic attacks against the eight target sets mentioned above. Finally the air campaign targeted Iraqi ground forces and their supply lines. These attacks not only decimated the Iraqi ground troops, but due to their duration and lethality, demoralized them as well. Basically, the short duration of the ground war resulted from the success of the air war.

    For DLO 2:

  3. How does space capability apply to theater military operations?
  4. Space systems have the capability to affect the outcome of any war by acting as a force enhancer and force multiplier in the theater of operations. Space systems have been operational for decades providing surveillance, communications and environmental monitoring services. Satellite communications played an important role in the British Falklands campaign and in the Grenada invasion of 1983. In Eldorado Canyon, our action against Libya in 1986, satellites played a vital role providing communications links and mission planning data. In Just Cause, our Panama invasion, satellites provided communications and weather data. All these operations were using only a fraction of our satellite capability and only for a short duration. Desert Storm was the first time all the system were integrated and used to wage a major campaign, the outcome of which speaks for itself. Presently space systems are used in a support role and not a direct role in theater military operations. We have proposed and tested systems that would actually wage war from space, but have not as yet fielded any.

  5. How did space operations affect theater air operations in the Gulf War?
  6. Communications systems used were Defense Satellite Communications Systems (DSCS), Fleet Satellite Communications (FLTSATCOM), NATO III, Skynet, and commercial systems. COMSAT provided 10 different systems during the Gulf War and carried 90% of US communications to and from Gulf area. They also furnished tactical links within the theater and served as relays for radio systems with line of sight limitations. When Coalition air forces began the 39-day air assault, communications satellites made a single Air Tasking Order (ATO) possible. They also enabled immediate updates of target assignments and provided positive control of combat operations. DSCS satellites carried over 50 percent of the traffic during the war and ensured effective command and control for all operations. It carried intelligence information back to the U.S. for analysis and then back to CENTCOM planners for use.

    The Navstar Global Positioning System (GPS) provided navigation. GPS was especially useful providing position and directional information in the featureless desert. Aircraft equipped with GPS receivers, which were few in number, used it to decrease the cockpit workload and increase bombing accuracy. It gave the B-52s an all-weather capability. It allowed aircraft to remain in the target area as forward air controllers for other aircraft giving incoming aircraft precise strike coordinates and battlefield data. Ground troops used it to provide accurate coordinates to attacking aircraft.

    DMSP and civilian satellites provided environmental monitoring for meteorology. Coalition leaders were well aware of the need for weather information and imagery for mission planning and assessment. The US had an average of six DMSP weather satellites in orbit during the conflict. These satellites supplemented by civilian meteorological satellites provided a better understanding of the battlefield environment and aided in defining tactics and accessible targets especially as weather in the area turned out to be extremely changeable. DMSP helped planners develop real-time schedules, make immediate, accurate retargeting decisions and help with bomb damage assessment. The best weapon for the target and weather condition could be chosen.

    Landsat and SPOT, a French-owned system, provided multi-spectral imagery and wide-area coverage of the area of operations. They provided wide-area surveillance of the battlefield area not available from the high-resolution sensors aboard the national reconnaissance satellites. These space systems were used to prepare accurate maps and to support terrain analysis requirements. Multi-spectral imagery was used to provide direct warfighting support. It enabled CENTCOM leaders to have current information on Iraqi activity. By comparing imagery from different dates, planners could determine changes that had occurred. Although the imagery was not as timely, accurate and responsive as was wanted in a fluid tactical situation it did provide important information for the Coalition forces. It also supplied aircrews with a database of stereoscopic images, which could be used to plan attack axes and procedures. National reconnaissance satellites also played vital role in assessing battle damage. Their resolution made it unnecessary to send out reconnaissance aircraft.

    Early warning was supplied by the Defense Support Program (DSP). They played an important role in detecting tactical ballistic missiles. The DSP network consisted of three operational satellites and two spares. These were originally designed for strategic requirements, but were readily adapted for the task in the Gulf War. DSP satellites detected Scuds in time to alert civilians and military defense personnel to do their chem gear and take cover and Patriot batteries to engage the missile.

  7. How were space capabilities modified to improve theater operations in the Gulf War?
  8. Communications satellites had to be repositioned or activated from standby status. Circuits were reallocated from other users to CENTCOM, civilian COMSAT circuits were leased and thousands of terminals were deployed to the theater. Although at the beginning of Desert Shield, the DSCS network consisted of two DSCS II and three DSCS III operational satellites, with one DSCS III reserve and two DSCS II limited-use satellites, SPACECOM was concerned that the number of circuits would be insufficient. Other concerns focused on the vulnerability of the DSCS system to jamming by the Iraqis. When usage of the satellites began reaching the maximum capacity other steps had to be taken. One was to realign the satellite’s antennas to enhance Middle East communications traffic capacity. Another step taken was moving another satellite to the Indian Ocean to provide support to the Gulf War forces. Coalition forces also arranged to use the British Skynet satellite along with two experimental MACSATs, which had been launched just prior to the Iraqi invasion. Also Hughes Corporation moved one of their satellites for better coverage to support the war effort. Civilian satellites were pressed into service to take up some of the slack.

    GPS was not fully operational at the time of Desert Shield and wasn’t expected to be so until late 1992 or later. The requirements of the war began a push to make the system operational for the theater of operation. Satellites that were launched in August, October and November of 1990 were made operational in record time. Other satellites were repositioned to provide better coverage to the area. By the eve of Desert Storm, it was anticipated that GPS would provide 24-hour two-dimensional coverage and 19-hour three-dimensional coverage.

    The main problem with DMSP was its lack of mobility. The success of the operation required high quality communications between the 26,000 pound DMSP Mark IV van and field units. There were six of these vans and five were set up to support the Marines and one the Air Force. The Navy also had terminals on their carriers and flagships. Weather data was transmitted to remote sites by means of secure fax. Given the focus on tactical operations, the Air Force moved to secure a more mobile DMSP terminal called Rapid Deployable Imagery Terminals (RDIT). Two people with a weapons carrier vehicle could transport these. Further efforts brought the lightweight, rapidly deployable Small Tactical Terminal on-line in early 1991.

    During Desert Shield planners worried about the early in early warning. The satellite required ten second to re-image an area where a missile had been detected. As a result a longer time was needed to determine launch site, trajectory and impact point. The Air Force tried to increase early detection of Scud launches by repositioning the Indian Ocean satellite farther westward in order to maximize its coverage of the Gulf region. They also attempted to decrease the time it took to process and relay warning data to Patriot missile crews, by emphasizing procedures and training. They were unsuccessful in an attempt to move the DSP terminal to the theater.

    For DLO 3:

  9. Why does the United States Air Force consider itself a good steward of the United States' military space capabilities?
  10. "In the aftermath of Desert Storm Air Force leaders took significant steps to establish the Air Force as the "lead" service for space…It reflected the pride of having been the principle steward of military space capabilities for over thirty years. The Air Force community recognized the crucial turning point represented by space accomplishments in the Gulf War and …saw that in a post-Cold War world, Air Force leadership in the space arena remained not only critical from the future of space within the service, but essential to support the new demands of "global power and global presence." (pg. 226)

    The Air Force attempted to transfer responsibility for space operations from the research and development realm to the operational side of the service. "The Air Force achieved a remarkable record as the service preeminently involved in initiating, developing, and applying the technology of space-based systems in support of the nation’s security."

    The Air Force coined the term "aerospace" after the launch of Sputnik satellites in late 1957 to justify their claims as the first to lead the national space effort. When that failed, they tried to be designated the executive agent for all military space. By 1960 the Air Force had become the dominant military space service with NASA dependent on the Air Force for support. Responsible for nearly 80 percent of the military space budget, it clearly found itself the leading service for military space. In 1961 the Secretary of Defense designated the Air Force the military service for space research and development. The Air Force Systems Command was established, and the Air Force sought an equal partnership with NASA, attempting to convince DOD officials that the military had a legitimate requirement for manned space missions apart from NASA’s program. This Air Force campaign failed. (pg. 227-228)

    "During the 1980s the Air Force Space Command needed to acquire systems, gain the necessary experience, and convince the wider Air Force of the operational importance of space for traditional missions…by the end of the 1980s, Air Force leaders referred to the responsibility of the Air Force as the "lead service for military space" to "normalize" and "operationalize" space within and outside the Air Force…Desert Storm provided the needed catalyst in the "operationalization" of military space systems. Space systems proved sufficiently flexible in a tactical environment to provide critical support to the warfighters. Space systems helped achieve victory." (pg. 229)

    A Blue Ribbon Panel on space was established by General McPeak in 1992, envisioning the future Air Force as a thoroughly integrated air and space force, declaring air and space coequal. The Air Force would be the linchpin in the nation’s strategy of projecting military power rapidly and decisively with expeditionary forces. In short, space represented the decisive edge for the warfighter. General McPeak flatly asserted that "the Air Force will lead the Defense Department in the acquisition, operation and application of space capabilities to preserve the peace and win in war." The panel examined how the Air Force could become the "preeminent service for the exploitation of space capabilities" and produce a "space applications mindset" throughout the Air Force." (pg. 229-230)

    A 1993 report proposed eliminating the U.S. Space Command and making the U.S. Strategic Command responsible for the space mission. The panel declared that the "Air Force should be designated as the single manager for DoD space operations." The panel called for an end to duplicate Army and Navy space commands. It argued that the Air Force performed 90 percent of Defense Department space operations. The panel also advocated establishing a stronger operational space presence at Air Force headquarters- and throughout the Air Force. In July 1993, Vandenberg Air Force Base was established as the Headquarters, Fourteenth Air Force to manage the nation’s military space assets.

    The panel reinvigorated the Air Force’s assertion of leadership, proposing once again that the DoD designate the Air Force as the executive agent for space research and development and for acquisition. This raised old fears of an Air Force "takeover" by the Army and Navy. General McPeak argued that fragmentation of the space program resulted in one-of-a-kind satellites that drove up costs and produced excessive delays in the space launch schedule. He argued that the Air Force already managed most of the military space budget, employed 90 percent of military space personnel, and owned most of the space infrastructure. The Air Force would not determine the space requirements of others; it would act only as the DoD executive agent with responsibility for development and acquistion of space systems, promoting commonality and standardization to increase efficiency and lower costs. (pg. 230-233)

    Another study, entitled New World Vistas in 1995 declared that "unless the Air Force asserted itself to perform its unique mission for the nation, there perhaps should not be a separate air force in the next century. Although the service should expect opposition from the Army and Navy, the Air Force should plan immediately for all air and space activities." The report stated that the Air Force should be responsible for research and development, and acquisition of space systems to meet the requirements of all the services. The Air Force had demonstrated "an unequivocal commitment to exploiting space for all forces." Fragmentation and lack of consensus worked against the service’s efforts.

  11. Why does it appear Air Force leadership is making the same choices made by the Army General Staff and the Admirals who advocated more battleships during the 1930’s?
  12. The Air Force seems to have institutionalized the notion that space is a natural extension of the air, but at the same time is keeping space in a supporting role. Like the Army, during WWI and in its immediate aftermath, the airplane was used mainly for observation and then in a limited way for fighting. Similarly, space is now used mainly for observation, but has the capability to become a decisive force if the doctrine is established. The Air Force was also behind the other services in integrating and applying space capabilities on the battlefield. For example only five percent of AF aircraft had GPS installed. End users have had very little voice in the requirement process, an outcome that appeared to result from an ignorance of space capabilities. Critics in Congress, most notably Senator Bob Smith (R-NH) have charged that the USAF is more interested in traditional weapons systems, fighters and bombers, and have failed to push programs to put weapons into space. Furthermore the Air Force is mainly interested in "supporting non-space forms of power projection" and that funding for space control programs have been minimal. Some of the problems associated with fielding space weapons are that treaties prohibit many and others, which are promising, are still in the early stages of development. This leads to the appearance that the Air Force is not changing its fundamental approach to space.

  13. On the other hand, is the Air Force moving towards doing business in a new and different way, as during operations in the Gulf War?

I perceive this question as another way to ask: Was Desert Storm a Revolution in Warfare?, which conveniently, was the title of the last Keaney & Cohen reading. So this answer comes mostly from that reading:

…the extraordinarily lopsided quality of the (Gulf) war in general and of the air campaign in particular has led a number of observers to conclude that the war’s conduct and outcome augur a revolution in the conduct of war, a transformation of warfare itself. The popular arguments for this conclusion have taken two forms. The first sees the Gulf War as evidence that technology has finally enabled airmen to fulfill the expectations that air power advocates advanced in the 1920s and 1930s. Air power proponents such as Giulio Douhet and Billy Mitchell had described the things that air power could achieve in theory, but until the Gulf War, air forces lacked the "tools and systems capable of achieving them" in practice.1 The second line of argument interprets Desert Storm as confirming the decade-old Soviet prediction of an impending "military-technical revolution" driven by advances in micro-electronics, automated decision-support systems, telecommunications, satellite and other advanced sensors, lasers, and, especially, non-nuclear munitions so accurate and lethal that they could wreak levels of military damage comparable to those attainable with tactical nuclear weapons.2

Kearny & Cohen looked at both sides of this question. Although their article was not confined to the Air Force, they felt that some events and developments from the Gulf War did tend to point towards the Air Force "doing business in a new and different way."

Although there were many aspects of Gulf War operations that were not wholly new, such as target set categories that were essentially the same as those used in WWII, Korea, and Vietnam, Suppression of enemy Air Defenses (SEAD), precision munitions (believe it or not, some were used during the Linebacker operations), etc., the differences arose in subtle ways such as:

Targeting: the emphasis on targeting national-level leadership and telecommunications from the outset, rather than vital elements in enemy war production as had been the focus of the Combined Bomber Offensive of World War II.

SEAD: The intimate cooperation of aircraft from different Services and nations in this effort also represented something of a departure from the past and testified to the benefit of centralized planning under a Joint Force Air Component Commander (JFACC).

Precision munitions: it was the intensity of the operation more than the technology employed that represented a departure. Desert Storm saw in 6 weeks the dropping of more than double the number of laser-guided bombs released over North Vietnam in 9 months. Aircraft attacked a much broader range of targets than in the Linebacker operations, prosecuted the bulk of the attacks with these munitions at night rather than in the daytime, and used precision-guided missiles (most notably some 5,400 Maverick anti-armor missiles and more than 2,000 HARM antiradar missiles) more extensively than ever before. Again, the war saw qualitative rather than a quantitative change in weapons employment.

 

Bottom line: The Air Force can be seen as moving towards doing business in a new and different way--but whether that constitutes a revolution in warfare remains to be seen. It was, after all, only one war. In Keaney & Cohen’s words: Did Desert Storm constitute a revolution in the nature or conduct of war? At a distance of two years and after careful scrutiny of the evidence, some of the aspects of the war that seemed most dramatic at the time appear less so than they did in the immediate afterglow of one of the most one-sided campaigns in military history. Despite the talk of Iraq possessing the fourth largest army in the world, the fact remains that in this war a minor power found itself confronted by the full weight of the world’s sole superpower, amply and ably aided by the forces of its key allies. While the overall outcome—the ejection of Iraqi forces from Kuwait—was likely from the moment the war began, the cost and longer term consequences were not.

True revolutions in war may take decades and require not merely new technologies but new forms of organization and behavior to mature. It is probably too soon to conclude without reservation that we have entered a new era of warfare. But as we consider the war, some signposts of change surely stand out. Military planners and organizations will wish to reflect on the undoubted departures made during the Gulf War for some time to come. But whether the signposts identified here really point down paths very different from those the armed forces of the United States have been down before will depend on the future actions of the travelers themselves. The ingredients for a transformation of war may well have become visible in the Gulf War, but if a revolution is to occur someone will have to make it.