What types of errors will lead to inaccuracies in tracking data provided by an Inertial Navigation System?

Inaccuracies in tracking data provided by an Inertial Navigation System are most significantly affected by errors in location and attitude.

Location errors refer to inaccuracies in the system's ability to determine its current position within a defined coordinate system. These inaccuracies can arise due to various factors, such as sensor drift or initial calibration errors, ultimately leading to erroneous navigation outputs.

Attitude errors pertain to the system's ability to accurately measure and interpret the orientation of the vehicle or object in relation to a reference frame. Accurate attitude sensing is crucial for determining how the vehicle moves through space, and any discrepancies can lead to compounded navigational errors over time.

Both location and attitude are fundamental components of an Inertial Navigation System's functioning, as they directly affect the overall performance in terms of tracking and navigating accurately. Thus, any inaccuracies in these areas can severely impact the effectiveness and reliability of the data provided by the system.