Air Mobility Plan, 2008 - The Black Vault
Air Mobility Plan, 2008 - The Black Vault
Air Mobility Plan, 2008 - The Black Vault
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
in the process. <strong>The</strong>se deficiencies are documented in the AMMP, which is used by other organizations<br />
external to the FCTs to focus their research and development efforts on critical capability gaps to the 25<br />
year planning horizon. FSA is an FCT-led operational assessment of potential doctrine, organization,<br />
training, material, leadership and education, personnel, and facilities (DOTMLPF) approaches, or<br />
solution sets, intended to solve the capability deficiencies identified during the FNA. Selected solutions<br />
and approaches, both material and nonmaterial, establish the roadmap for the functional area and serve<br />
as the analytical foundation for programs in the Joint Capabilities Integration Development System<br />
(JCIDS) process. FSA solutions are published in the <strong>Air</strong> <strong>Mobility</strong> Master <strong>Plan</strong> and the <strong>Air</strong> <strong>Mobility</strong><br />
Roadmap.<br />
<strong>Air</strong> <strong>Mobility</strong> Operating Environment<br />
Predicting air mobility capability needs for the future is dependant upon the environment we will be<br />
forced to operate within. <strong>The</strong> guidance provided in our National Security Strategy, National Defense<br />
Strategy, Quadrennial Defense Review, National Military Strategy, USTRANSCOM Strategic <strong>Plan</strong>,<br />
<strong>Air</strong> Force Strategic <strong>Plan</strong>, and <strong>Air</strong> Force CONOPS provides us a glimpse of that future environment<br />
and guides us in our planning efforts. <strong>The</strong> challenges of the future environment will increase in<br />
variety and scale requiring the MAF to support major force operations and humanitarian missions<br />
while countering unconventional threats. Our operations will need to leverage our global alliances<br />
in an increasingly complex international environment where international partnerships will be key<br />
to success. Cyberspace will become a major<br />
battleground as we seek to protect our important<br />
information, communications, and data systems<br />
from increasing threats. Threats against civilian<br />
targets, designed to inflict high casualties, and<br />
weapons of mass destruction are just some of<br />
the dangers we face today and in the future.<br />
Today’s high operations tempo creates increased<br />
demand on our <strong>Air</strong> Reserve Component forces,<br />
places stress on our people and equipment, and<br />
affects retention of personnel and aircraft mission<br />
capable rates.<br />
Future <strong>Air</strong> <strong>Mobility</strong> Concepts<br />
Meeting the challenges of the future environment will require new technologies and concepts. To<br />
successfully achieve the MAF vision, AMC must leverage the talents and capabilities of the Science<br />
and Technology (S&T) community. To that end, AMC over the past 2 years has expanded the Future<br />
Concepts Branch to partner with industry, the scientific community, and the <strong>Air</strong> Force Research<br />
Laboratory (AFRL) to find solutions to the future capability needs of the MAF. As we plan for the<br />
future, four major themes emerge that guide our vision for the MAF.<br />
First, we will look at “airlift” from a new perspective, as an overall<br />
capability where intertheater and intratheater missions merge into a<br />
single mission. <strong>The</strong> Advanced Joint <strong>Air</strong> Combat System (AJACS)<br />
and the Global <strong>Air</strong>lift <strong>Air</strong>craft will be the workhorses in defining<br />
this capability. Secondly, we need to increase efficiency through<br />
the use of common systems wherever possible as we modernize<br />
our current fleet of aircraft, select replacement aircraft, or design<br />
the next-generation aircraft. Interoperability and compatibility<br />
among our future systems will reduce engineering costs, lower<br />
operator and maintainer training costs, and increase effectiveness<br />
through improved velocity in operations. Third, we must reduce<br />
our dependency upon the fixed mobility infrastructure used to<br />
deploy and sustain US forces around the globe. <strong>Air</strong>craft with<br />
OCT 07<br />
Executive Summary<br />
7