Time on target is a military term used to describe the synchronization of an attack to coincide with a specific time and place. The spelling of this term is pronounced as [taɪm ɒn ˈtɑːɡɪt]. The first syllable, "time," is pronounced with a long "i" sound as in "dime." The second syllable, "on," is pronounced as a short "o" sound as in "don." The final word, "target," is pronounced with a short "a" sound as in "cat." This combination of sounds creates the phrase "time on target."
Time on target refers to a military strategy and concept that aims to synchronize the arrival of multiple units or weapons on the assigned target at a specific predetermined time. This term is primarily used in close air support and artillery operations, where precise coordination is crucial for the success of a mission.
In practice, time on target involves calculating the required flight or travel time for each unit involved in the operation. These calculations take into account factors such as distance, speed, and environmental conditions. By accurately determining these variables, commanders can coordinate their forces' movements to ensure that all elements arrive at the target simultaneously.
The purpose of achieving time on target is to overwhelm the enemy's defenses and maximize the chances of mission success. By coordinating the arrival of multiple units, such as aircraft, ground troops, or artillery, the overall impact on the target area is intensified, increasing the effectiveness of the assault.
This concept helps minimize the enemy's ability to counter or react to the attack by creating a rapid and overwhelming offensive force. The synchronized arrival of units disrupts the enemy's response time, making it difficult for them to regroup, reinforce, or alert other units. Additionally, time on target reduces the risk to friendly forces by shortening the period they are exposed to enemy fire.
Overall, time on target plays a crucial role in military operations by enhancing the effectiveness and efficiency of an attack, ensuring the coordination of forces, and maximizing the element of surprise.