How Do You Calculate Lead Time for a Moving Target?

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In summary, the conversation is about figuring out the lead time for a moving target. The example given is of a target moving from right to left at a speed of 3.0 fps, with a distance of 60 ft and a projectile shot at 100 fps. The question is how far to lead the target in order to hit the center, and what formula should be used. More information is needed, such as whether the shooter will adjust the angle or just the timing of the shot, and the specifics of the scenario.
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xxchiefxx
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Moving Target Lead Time ??

I am new to the forum...so I thought I would start with a simple question..

How do you figure up the lead time on a moving target

Example

1.Target is moving from right to left @ 3.0 fps
2.Target is @ 60 ft out
3. Projectile is shot @ target @ 100 fps..

How far would I need to lead target to hit center

What would the formula be for this?
 
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More info would help. Is the shooter going to adjust the angle of the shot to lead the target or is the shooter going to fire at a given angle and just adjust the timing of the shot so that it hits the target? If it's a fixed angle and only the timing will be adjusted, what is that angle in relation to the path that the target will take? Is the target moving perpendicular tho the shooters orientation? Basically, be more specific and describe the scenario better.
 

FAQ: How Do You Calculate Lead Time for a Moving Target?

1. What is moving target lead time?

Moving target lead time is the amount of time it takes for a moving target to be detected and hit by a weapon or other device. It is commonly used in military and law enforcement operations.

2. How is moving target lead time calculated?

Moving target lead time is calculated by taking into account the speed and direction of the moving target, as well as the velocity and time of flight of the weapon being used. It can also be affected by environmental factors such as wind and gravity.

3. Why is moving target lead time important?

Moving target lead time is important because it is crucial for accurately hitting a moving target. Without taking into account the target's movement, a shot may miss or only graze the target, which can be dangerous in military or law enforcement situations.

4. How does technology play a role in determining moving target lead time?

Technology, such as radar and advanced ballistic calculations, can greatly assist in determining moving target lead time. These tools can provide real-time data on the target's speed and direction, allowing for more precise calculations and increasing the chances of a successful hit.

5. Can moving target lead time be affected by human error?

Yes, human error can play a role in determining moving target lead time. Factors such as incorrect input of data, miscalculations, and misinterpretation of technology readings can all lead to errors in determining the lead time. This is why it is important for trained professionals to use advanced technology and double check their calculations to minimize the risk of human error.

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