In CRC operations, which data supports 3D tracking?

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Multiple Choice

In CRC operations, which data supports 3D tracking?

Explanation:
3D tracking needs the vertical position as part of the target’s coordinates. Radar gives range and bearing to locate a target on the horizontal plane, but without height information you only have a 2D picture. Altitude data from height-finder capabilities, when integrated into 3D track solutions, provides that missing vertical component and lets the system maintain a true three-dimensional track. Satellite position isn’t used for this air target tracking workflow, and wind speed doesn’t supply the target’s altitude or contribute to forming the 3D track. So altitude data from height-finder capabilities integrated into 3D track solutions is what enables 3D tracking.

3D tracking needs the vertical position as part of the target’s coordinates. Radar gives range and bearing to locate a target on the horizontal plane, but without height information you only have a 2D picture. Altitude data from height-finder capabilities, when integrated into 3D track solutions, provides that missing vertical component and lets the system maintain a true three-dimensional track. Satellite position isn’t used for this air target tracking workflow, and wind speed doesn’t supply the target’s altitude or contribute to forming the 3D track. So altitude data from height-finder capabilities integrated into 3D track solutions is what enables 3D tracking.

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