FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
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Chapter 8<br />
Sustainment Support for Engineer Operations<br />
Good logistics is combat power.<br />
—Lieutenant General William G. Pagonis<br />
Director of Logistics, Gulf War, 1991<br />
Sustaining engineer capabilities in combat poses a tremendous challenge to engineer<br />
commanders and staff at all echelons. With <strong>Army</strong> transformation into a modular<br />
force, the engineer company organic to the BCT became completely dependent upon<br />
BCT sustainment organizations for support. Engineer forces augmenting the BCT<br />
may also rely substantially on those sustainment organizations. The efforts of<br />
engineer planners at all levels to plan and coordinate engineer sustainment are<br />
essential to the full integration of engineers into BCT sustainment structure. Within<br />
the IBCT and HBCT, battalion level sustainment support for the engineer company is<br />
provided through the BSTB. Support is provided through the BSB and headquarters<br />
and headquarters company (HHC) for the SBCT engineer company. Sustainment<br />
support for engineer operations includes logistics provisions, personnel services, and<br />
HSS necessary to maintain and prolong operations until mission accomplishment.<br />
Logistics tasks include transportation, maintenance, supply, EOD, distribution<br />
management, contracting, and field services. This chapter focuses on sustainment<br />
support for the organic engineer company in the BCT and highlights the sustainment<br />
norms within the BCTs that affect augmenting engineer elements. (See <strong>FM</strong> 3-90.5,<br />
<strong>FM</strong> 3-90.6, <strong>FM</strong> 3-90.61, and <strong>FM</strong> 4-90.7 for more information.)<br />
PLANNING<br />
8-1. Successful sustainment involves balancing effectiveness with efficiency. Sustainment operations are<br />
characterized by being able to anticipate requirements, integrate joint and multinational sustainment,<br />
improvise solutions, and be responsive and continuous.<br />
8-2. During the operations process, engineer commanders and staff must plan, prepare, execute, and<br />
continuously assess sustainment support for engineer capabilities. During the MDMP, engineer planners<br />
concurrently develop a sustainment plan while conducting other operational planning. To ensure an<br />
effective sustainment plan, the engineer planner must understand the engineer and supported unit mission,<br />
commander’s intent, and concept of the operation.<br />
8-3. The development of the sustainment plan begins during mission analysis and is refined during<br />
war-gaming. Upon receipt of the mission, engineer planners initiate their portion of the logistics estimate<br />
process, which is described in <strong>FM</strong> 5-0 as an analysis of logistics factors affecting mission accomplishment.<br />
Engineer planners focus the logistics estimate on the requirements for the upcoming mission and the<br />
sustainment of all subordinate engineer units that are organic and task-organized to the supported unit. The<br />
engineer planner predicts support requirements by determining the—<br />
� Type of support required (maintenance, supply, transportation, medical support).<br />
� Quantity of support required.<br />
� Priority of support (type and unit).<br />
8-4. After determining the support requirements, the engineer planner assesses the—<br />
� Sustainment resources available (supported unit, parent unit, contractor, HN).<br />
� Status of sustainment resources (location, maintenance, personnel).<br />
11 February 2009 <strong>FM</strong> 3-<strong>34.22</strong> 8-1