What is the optimal height of burst for a time HE TI?

What is the optimal height of burst for a time HE TI?

• A. 10 meters
• B. 15 meters
• C. 20 meters
• D. 25 meters

Answer: (C)

The optimal height of burst for a time High Explosive (HE) Target Indicator (TI) is indeed around 20 meters. This height is chosen to maximize the effectiveness of the munition during an aerial detonation. At this elevation, the explosive effects can cover a wider area and produce an effective dispersal of shrapnel, leading to increased lethality and increased detection capability for targeting forces on the ground. A height of 20 meters allows the blast wave and fragments to reach the ground effectively, ensuring that targets within that vicinity are impacted but also allowing the indication effect to be observed clearly from a distance, aiding in situational awareness. The choice of altitude is carefully calculated based on a variety of factors, including the type of target, terrain, and intended psychological impact on the enemy. Height burst designs are critical in artillery and air-dropped munitions, as the fragmentation pattern and blast radius can significantly influence combat outcomes. Thus, understanding and selecting the optimal height of blast is essential for fire control specialists to effectively accomplish their mission.

The optimal height of burst for a time High Explosive (HE) Target Indicator (TI) is indeed around 20 meters. This height is chosen to maximize the effectiveness of the munition during an aerial detonation. At this elevation, the explosive effects can cover a wider area and produce an effective dispersal of shrapnel, leading to increased lethality and increased detection capability for targeting forces on the ground.

A height of 20 meters allows the blast wave and fragments to reach the ground effectively, ensuring that targets within that vicinity are impacted but also allowing the indication effect to be observed clearly from a distance, aiding in situational awareness. The choice of altitude is carefully calculated based on a variety of factors, including the type of target, terrain, and intended psychological impact on the enemy.

Height burst designs are critical in artillery and air-dropped munitions, as the fragmentation pattern and blast radius can significantly influence combat outcomes. Thus, understanding and selecting the optimal height of blast is essential for fire control specialists to effectively accomplish their mission.