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PAC-3 CRI vs Ghadr-110: Cost-Exchange Ratio & Combat Analysis

Compare 2026-03-21 3 min read

Overview

This analysis compares the PAC-3 CRI, a US Terminal (cost-red) system costing $3.5M per unit, against the Ghadr-110, an Iranian Extended Shahab costing $850K per unit. The cost-exchange ratio of 4.1:1 favors the attacker — meaning it costs the defender 4.1x more to intercept than the missile cost Iran to produce. Cost Reduction Initiative variant of PAC-3 with 90% of MSE capability at lower unit cost Extended-range Shahab-3 derivative with improved guidance, 2,000km range

Side-by-Side Specifications

DimensionPac 3 CriGhadr 110
Unit Cost $3.5M $850K
Cost-Exchange Ratio 4.1:1 4.1:1
Range Terminal (cost-red) 2000 km
Inventory ~700 ~300
Annual Production 200/yr
Role Terminal (cost-red) Extended Shahab
Manufacturer Lockheed Martin Iran / IRGC
Fuel Solid rocket

Head-to-Head Analysis

Cost-Exchange Economics

The PAC-3 CRI costs $3.5M per unit while the Ghadr-110 costs just $850K, creating a 4.1:1 cost-exchange ratio. Unfavorable for the defender. The attacker has significant cost advantage.
The Ghadr-110 has a 4.1:1 cost advantage over the PAC-3 CRI. This asymmetry is a key factor in the conflict's economic sustainability.

Inventory & Depletion

Coalition forces have approximately 700 PAC-3 CRI interceptors with annual production of 200 units. Iran maintains an estimated 300 Ghadr-110 units. The PAC-3 CRI is already 50% depleted vs operational requirements.
Coalition holds an inventory advantage, but at 4.1:1 cost ratio, this is offset by economics.

Tactical Engagement

The PAC-3 CRI engages the Ghadr-110 during the terminal phase. With 2000km range, the Ghadr-110 can be launched from deep within Iranian territory, complicating launch detection. 90% of MSE capability at 83% cost.
The PAC-3 CRI is designed to counter threats like the Ghadr-110, but sustained engagement at 4.1:1 cost ratios creates long-term sustainability challenges.

Scenario Analysis

Mass salvo of Ghadr-110 missiles

In a saturation attack using Ghadr-110 systems, the PAC-3 CRI battery would need to engage multiple targets simultaneously. At $3.5M per interceptor, a salvo of 3 Ghadr-110 missiles would cost $2.5M to launch but $10.5M to intercept.
Ghadr-110

Extended conflict (30+ days)

Over 30 days of sustained combat, the PAC-3 CRI inventory faces significant depletion pressure. Annual production of 200 units translates to just 0.5 per day — far below consumption rates during active operations. Meanwhile, Iran produces approximately 3.3 ballistic missiles and 6.7 drones per day.
Attacker (Iran) — production outpaces defender replenishment

Complementary Use

The PAC-3 CRI should be integrated into a layered defense architecture, not relied upon as a standalone solution against Ghadr-110 threats. Cost-effective lower-tier systems (Iron Dome at $80K, or Iron Beam laser at $2/shot) should handle cheaper threats when possible, preserving expensive PAC-3 CRI interceptors for high-value targets.

Overall Verdict

The PAC-3 CRI vs Ghadr-110 matchup produces a 4.1:1 cost-exchange ratio favoring the attacker. For sustained conflict planning, interceptor production ramp-up and cost-reduction programs are critical to maintaining defensive capability.

Frequently Asked Questions

Related Topics

Iron Dome vs Ghadr-110 Arrow 2 vs Ghadr-110 Arrow 3 vs Ghadr-110 David's Sling vs Ghadr-110 Iron Dome vs Shahab-3 PAC-3 CRI vs Shahab-3

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