UAP / UFO comparison

Mt. Etna Object vs Al Taqaddum Object

Compare two named AARO object cases by year, location context, sensor context, and source record.

Overview

Both cases are named object records in AARO-related material, but they differ in year, location, and sensor platform. The table keeps those differences visible without merging the two incidents.

Mt. Etna Object vs Al Taqaddum Object

Attribute	Mt. Etna Object	Al Taqaddum Object
Named case	Mt. Etna Object	Al Taqaddum Object
Year	2018	2017
Location context	Mt. Etna area	Al Taqaddum Air Base, Iraq
Sensor context	Forward-looking infrared video sensor	Infrared sensor on a force protection aerostat
Record note	Named object case with clear location framing	Named object case with base and platform context

Related archive cases

Video-linked records1 Videos

Mt. Etna Object

In December 2018, a forward-looking infrared video sensor aboard an uncrewed U.S. Air Force platform captured this footage while operating over the Mediterranean Sea. This footage depicts an object that appears to be transiting a plume of superheated gas and ash produced by an eruption of Mt. Etna, a volcano in Sicily, Italy. AARO coordinated an interagency and international analytical effort that determined that optical effects from the intense atmospheric conditions near the volcano distorted the video, causing the object to appear to transit the plume. AARO assesses with moderate confidence that the footage instead depicts a balloon approximately 170 kilometers from the caldera traveling at wind speed and direction.

Video-linked records1 Videos

Al Taqaddum Object

In October 2017, an infrared sensor onboard a force protection aerostat near Al Taqaddum Air Base, Iraq, captured 17 minutes of video of an unidentified object. AARO assesses that the object was a cluster of partially and fully inflated balloons. The object's appearance is consistent with other recorded observations featuring balloon clusters. AARO employed full-motion video analysis and pixel examination techniques to inform its assessment. AARO assesses that the object did not demonstrate anomalous performance characteristics. AARO used geo-locational data from the aerostat to assess the object's speed and direction of travel.