Deployment Assessment: Al Sahra Army Air Field

Site Overview

Al Sahra Army Air Field is a military aviation installation in Iraq's Salah ad-Din Governorate, operating within the CISA Transportation Systems sector. The airfield has historical significance as a former Iraqi Air Force base and has hosted coalition forces during and after the 2003 invasion. Its position in the central Iraqi interior places it within a broader conflict ecosystem that has seen persistent drone and rocket activity against coalition-affiliated installations throughout the country, even where ACLED-recorded incidents at this specific site currently read zero.

The site's DRES composite of 7.1 (HIGH) reflects meaningful exposure across multiple attack vectors. The subsurface and ground sub-scores — 15.6 and 13.3 respectively — are the dominant risk drivers, consistent with a hardened military airfield where perimeter penetration and ground-approach threats (vehicle-borne, dismounted, tunnel) historically outpace aerial interdiction as primary attack modalities. The air sub-score of 4.6 is lower in relative terms but is not negligible: small UAS activity against Iraqi military and coalition-adjacent installations has increased materially since 2019, and the regional threat actor ecosystem (Iran-aligned militia groups, including Kataib Hezbollah and affiliated factions) has demonstrated sustained FPV and one-way attack drone (OWA-UAV) capability.

The combination of CARVER 43, DRES 7.1 HIGH, confirmed regional OWA-UAV threat actor capability, and zero verified C-UAS deployment creates a documentable procurement gap.

The CARVER composite of 37/50 places Al Sahra in the upper tier of assessed transportation-sector sites. Criticality (7) and Effect (7) scores reflect the airfield's role as a potential logistics and force-projection node; Vulnerability (6) and Accessibility (6) scores indicate that the site is neither fully hardened nor operationally inaccessible to a determined adversary.

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Verified Deployments

No verified autonomous or robotic system deployments are recorded for Al Sahra Army Air Field.

This is a primary finding, not a data gap. For a site carrying a CARVER composite of 37 and a DRES HIGH designation in an active conflict zone, the absence of any publicly evidenced C-UAS, autonomous perimeter surveillance, or ground robotics deployment is operationally significant. Comparable coalition-affiliated Iraqi airfields — including Ain al-Asad and Balad Air Base — have been the subject of documented C-UAS procurement discussions and, in Ain al-Asad's case, confirmed kinetic drone attacks. Al Sahra's public deployment record is blank by contrast.

Three interpretations are consistent with this finding:

1. Classified or undisclosed deployment: Systems are present but not publicly attributed. This is plausible for a military installation; however, absence of public evidence cannot be treated as confirmation of coverage.
2. Genuine capability gap: The site has not received priority allocation of C-UAS or autonomous surveillance assets relative to higher-profile installations. Given Al Sahra's lower operational tempo in recent years, this is the more probable explanation.
3. Decommissioning or reduced posture: The site may be operating at reduced capacity, limiting the procurement case for autonomous systems investment.

LOW CONFIDENCE on which interpretation is correct. The finding stands regardless: no public evidence of deployed systems exists.

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Threat Exposure Analysis

Aerial Threat Vector

The air DRES sub-score of 4.6 reflects moderate aerial threat exposure. Iran-aligned militia groups operating in Iraq have demonstrated OWA-UAV capability at ranges exceeding 1,500 km (as evidenced by attacks on Israeli and Gulf targets), and have repeatedly targeted Iraqi installations hosting U.S. or coalition personnel. Al Sahra's distance from the Iranian border (~400 km) places it within operational range of documented threat actor platforms. FPV drones used in harassment and ISR roles represent a lower-cost, higher-frequency threat vector that does not require long-range capability.

The zero ACLED incidents within 50 km is a data point, not a guarantee. ACLED coverage of military-on-military or militia-on-base incidents in Iraq is incomplete, particularly for events that are not publicly acknowledged by host-nation or coalition forces.

Ground and Subsurface Threat Vector

Ground (13.3) and subsurface (15.6) sub-scores are the highest in the DRES profile. These reflect the airfield's exposure to vehicle-borne IED approaches, dismounted infiltration, and — in the subsurface case — the legacy of tunnel and underground infrastructure use by non-state actors in the broader Iraqi theater. Perimeter surveillance robotics and autonomous ground vehicle (AGV) patrol systems would directly address these vectors; none are confirmed deployed.

Population Exposure

5,514 persons within 5 km and 176,678 within 25 km. These figures are relevant to two distinct risk calculations: (a) the consequence profile of a successful attack that produces secondary effects beyond the airfield perimeter, and (b) the threat actor's ability to blend into surrounding population centers for staging and approach. The 25 km population figure is sufficient to support a meaningful local threat actor presence without requiring external infiltration.

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Hardening and Recognizability

The hardening DRES sub-score of 15.59 is the highest individual sub-score in the profile, indicating that physical hardening measures (revetments, blast walls, hardened aircraft shelters) are assessed as present and meaningful. This is consistent with the site's history as a major Iraqi Air Force installation with Soviet-era hardened infrastructure, subsequently modified by coalition forces. High hardening scores reduce the probability of catastrophic single-event damage but do not address the persistent low-signature threat posed by small UAS or ground infiltration.

Recognizability (CARVER: 6) is elevated. Al Sahra is identifiable in open-source satellite imagery, has documented historical references in military literature, and is geolocatable without specialized intelligence access. This increases its value as a symbolic and operational target for adversaries seeking to demonstrate reach against coalition-affiliated infrastructure.

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Procurement and Investment Implications (12–24 Months)

C-UAS Priority Case

The combination of CARVER 37, DRES 7.1 HIGH, confirmed regional OWA-UAV threat actor capability, and zero verified C-UAS deployment creates a documentable procurement gap. For FEMA C-UAS grant applicants and DoD program managers, Al Sahra represents a site where the risk-to-coverage ratio is unfavorable relative to peer installations. The procurement case for a layered C-UAS solution — RF detection/defeat at the perimeter, kinetic defeat capability for OWA-class threats, and EO/IR cueing — is supportable on current data.

Estimated minimum C-UAS layer for a site of this profile: RF detection array (e.g., Dedrone DroneTracker or equivalent), integrated with a kinetic defeat system (e.g., Coyote Block 2 or SkyWiper-class effector). Procurement timeline for a fielded, integrated system at a remote military installation in Iraq: 18–30 months from contract award under current DoD acquisition timelines. MODERATE CONFIDENCE on timeline estimate.

Autonomous Perimeter Surveillance

Ground DRES of 13.3 supports a procurement case for autonomous ground vehicle (AGV) or unattended ground sensor (UGS) perimeter systems. The hardening sub-score suggests existing physical infrastructure that could support sensor integration without full reconstruction. Textron's RIPSAW or Milrem Robotics THeMIS-class UGVs have been evaluated in comparable Middle East environments; neither is confirmed at this site.

Dual-Use Investor Relevance

Al Sahra is not a primary commercial aviation node. Dual-use investors should treat this site as a demand signal for military-grade C-UAS and autonomous perimeter systems rather than commercial airspace management. The Iraqi Ministry of Defense and U.S. Central Command (CENTCOM) are the relevant procurement authorities. Foreign Military Sales (FMS) channel is the most probable acquisition pathway for U.S.-origin systems.

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Key Findings Summary

Finding	Implication	Confidence
Zero verified C-UAS deployments at CARVER-37 site	Documentable capability gap; procurement case supportable	MODERATE
DRES 7.1 HIGH with ground/subsurface as primary drivers	Perimeter and ground robotics are higher-priority than aerial-only solutions	HIGH
Regional OWA-UAV threat actor capability confirmed	Aerial threat vector is real despite low local ACLED count	HIGH
Hardening sub-score 15.59 (highest in profile)	Physical infrastructure exists to support sensor/system integration	MODERATE
176,678 population within 25 km	Secondary-effect consequence profile is non-trivial	HIGH

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Confidence: MODERATE | Assessment Valid Until: 2027-04-27

Assessment based on open-source CARVER/DRES scoring, ACLED incident data, and verified deployment records as of 2026-04-27. Classified deployments, if present, are not reflected. Threat actor capability assessments derived from regional pattern-of-life analysis.