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FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army

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Chapter 6<br />

Audacity<br />

6-17. Audacity is a simple plan of action that is boldly executed. The audacious commander is quick,<br />

decisive, and willing to take prudent risks. Engineers operating in a decentralized role, who comprehend<br />

the commander’s intent, can enable the commander to see the OE and anticipate future operations. With<br />

enhanced SU, commanders can be more audacious.<br />

Tempo<br />

6-18. Tempo is the rate of military action. Controlling or altering this rate is a necessary means of retaining<br />

the initiative. An enhanced COP and extended operational reach allow the friendly unit to maintain a faster<br />

tempo than the enemy. Engineer speed and flexibility are crucial to the attack. Rapid mobility operations<br />

by engineers keep the maneuver force tempo. The ability to quickly reduce, mark, and guide the supported<br />

maneuver unit through an obstacle is the engineer’s hallmark. The imperative of maintaining mobility and<br />

momentum is highlighted as forces focus on achieving the fundamentals of avoid, neutralize, and protect.<br />

TYPES<br />

6-19. The four types of offensive operations are—<br />

� Movement to contact (MTC). Forces conduct an MTC to develop the situation and establish or<br />

regain contact with the enemy. On contact, the commander has five options: attack, defend,<br />

bypass, delay, or withdraw. MTCs include search and attack and cordon and search operations.<br />

(See <strong>FM</strong> 3-06.20 for more information on cordon and search operations.)<br />

� Attack. An attack destroys or defeats enemy forces; seizes and secures terrain, or both. Attacks<br />

incorporate coordinated movement supported by direct and indirect fires. They may be decisive<br />

or shaping operations. Attacks may be hasty or deliberate, depending on the time available for<br />

planning and preparation. Commanders execute hasty attacks when the situation calls for<br />

immediate action with available forces and minimal preparation. They conduct deliberate attacks<br />

when there is time to develop plans and coordinate preparations along with suitable intelligence.<br />

� Exploitation. Exploitation continues a successful attack to the point where enemy forces have<br />

no alternatives but surrender or flight. Commanders of exploiting forces receive the greatest<br />

possible latitude to accomplish their missions. They act with great aggressiveness, initiative, and<br />

boldness.<br />

� Pursuit. Pursuits are offensive operations that follow successful attacks or exploitations. They<br />

occur when the enemy fails to organize a defense and attempts to disengage. If it becomes<br />

apparent that enemy resistance has broken down entirely and the enemy is fleeing, a force can<br />

transition to a pursuit from any offensive operation. Pursuits require rapid movement and<br />

decentralized control.<br />

Note. See <strong>FM</strong> 3-90, <strong>FM</strong> 3-90.5, and <strong>FM</strong> 3-90.6 for more information.<br />

Movement to Contact<br />

6-20. Forces executing MTC seek to make contact with the smallest friendly force possible, leveraging the<br />

use of electronic and unmanned means when possible. A unit conducting an MTC normally organizes into<br />

a security force, advance guard, main body, flank guard, and rear guard. The priority for combat<br />

engineering support is typically mobility, although it may rapidly shift to countermobility in anticipation of<br />

an enemy attack. Figure 6-1 shows engineer support of an MTC. Considerations for engineers are based on<br />

mission variables. The task organization of engineers for an MTC must balance task-organizing mobility<br />

capabilities with the lead element to optimize response time and tempo without increasing the risk to the<br />

mobility of the main body or limiting the ability to mass breaching assets against complex obstacles. Time<br />

and distance factors (based on the terrain) for employing engineer assets and the potentially extreme<br />

challenges of task-organizing on the move and linking up engineers with maneuver units that may be in<br />

contact are significant considerations used in determining the ultimate task organization and positioning of<br />

combat engineer assets within maneuver formations. (See <strong>FM</strong> 3-90, <strong>FM</strong> 3-90.5, and <strong>FM</strong> 3-90.6 for more<br />

information.)<br />

6-4 <strong>FM</strong> 3-<strong>34.22</strong> 11 February 2009

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