Your maintenance section needs to set up a Unit Maintenance Collection Point. To coordinate recovery missions, they must be able to communicate with both the company command post and the broken-down vehicles. However, the enemy is actively trying to intercept radio traffic. Which location best balances the need to communicate while also mitigating the radio frequency signature?

Your maintenance section needs to set up a Unit Maintenance Collection Point. To coordinate recovery missions, they must be able to communicate with both the company command post and the broken-down vehicles. However, the enemy is actively trying to intercept radio traffic. Which location best balances the need to communicate while also mitigating the radio frequency signature?

• A. On the reverse slope of a hill, masking the radio signals from the enemy's likely location.
• B. On the highest hill in the area to ensure maximum radio range.
• C. Directly on the Main Supply Route (MSR) for fastest access.
• D. In the exact center of the battalion's area of operations.

Answer: (A)

The situation tests using terrain to both keep clear lines of communication and reduce the chance the enemy overhears radio traffic. Placing the unit on the reverse slope of a hill leverages terrain to shield the transmitter from the enemy’s line of sight and direction-finding efforts. The hill between you and the enemy attenuates or blocks their ability to detect and pinpoint your signal, lowering the radio frequency signature that reaches hostile sensors. At the same time, you stay within communication range of the company command post and the broken-down vehicles on your side of the slope, preserving reliable links for coordination. Choosing the highest hill would maximize range but increases exposure to enemy interception and detection. Being directly on the MSR would place you in a high-visibility lane, making interception more likely. Centering the position in the battalion’s area of operations offers little concealment and can place you farther from some endpoints, undermining both reach and security. The reverse slope setting provides the needed balance: you maintain essential communications with friendly nodes while reducing the likelihood of enemy radio surveillance.

The situation tests using terrain to both keep clear lines of communication and reduce the chance the enemy overhears radio traffic. Placing the unit on the reverse slope of a hill leverages terrain to shield the transmitter from the enemy’s line of sight and direction-finding efforts. The hill between you and the enemy attenuates or blocks their ability to detect and pinpoint your signal, lowering the radio frequency signature that reaches hostile sensors. At the same time, you stay within communication range of the company command post and the broken-down vehicles on your side of the slope, preserving reliable links for coordination.

Choosing the highest hill would maximize range but increases exposure to enemy interception and detection. Being directly on the MSR would place you in a high-visibility lane, making interception more likely. Centering the position in the battalion’s area of operations offers little concealment and can place you farther from some endpoints, undermining both reach and security. The reverse slope setting provides the needed balance: you maintain essential communications with friendly nodes while reducing the likelihood of enemy radio surveillance.