While walking backwards in the dark, I bumped into my 4-channel inverted T-shaped acoustic array placed on a tripod. The array has a central mic with 3 peripheral mics at 60 cm Radius at 120 deg intervals. (See sketch below).

(Quick sketch of a 60 cm radius inverted T shape array geometry, photo to come. Red dots indicate mic positions on the frame.).

The frame shook a bit, but seemed to remain more or less in the same position as it was. I'm a little worried now. The frame is rigid, and the inter-mic distances will remain the same. The 'pose' of the frame is my concern.

How much will this change the final coordinates of the localised bat calls?

What do you do in case something like this happens?

While walking backwards in the dark, I bumped into my 4-channel inverted T-shaped acoustic array placed on a tripod. The array has a central mic with 3 peripheral mics at 60 cm Radius at 120 deg intervals. (See sketch below).

(Quick sketch of a 60 cm radius inverted T shape array geometry, photo to come. Red dots indicate mic positions on the frame.).

The frame shook a bit, but seemed to remain more or less in the same position as it was. I'm a little worried now. The frame is rigid, and the inter-mic distances will remain the same. The 'pose' of the frame is my concern.

How much will this change the final coordinates of the localised bat calls?

What do you do in case something like this happens?

While walking backwards in the dark, I bumped into my 4-channel inverted T-shaped acoustic array placed on a tripod. The array has a central mic with 3 peripheral mics at 60 cm Radius at 120 deg intervals. (See sketch below).

(Quick sketch of a 60 cm radius inverted T shape array geometry, photo to come. Red dots indicate mic positions on the frame.).

The frame shook a bit, but seemed to remain more or less in the same position as it was. I'm a little worried now.

How much will this change the final coordinates of the localised bat calls?

What do you do in case something like this happens?

While walking backwards in the dark, I bumped into my 4-channel inverted T-shaped acoustic array placed on a tripod. The array has a central mic with 3 peripheral mics at 60 cm Radius at 120 deg intervals. (See sketch below).

(Quick sketch of a 60 cm radius inverted T shape array geometry, photo to come. Red dots indicate mic positions on the frame.).

The frame shook a bit, but seemed to remain more or less in the same position as it was. I'm a little worried now. The frame is rigid, and the inter-mic distances will remain the same. The 'pose' of the frame is my concern.

How much will this change the final coordinates of the localised bat calls?

What do you do in case something like this happens?