How Much Does a Iran’s Fattah-2 Ballistic Missile Cost?

Published on March 2, 2026 | Prices Last Reviewed for Freshness: March 2026
Written by Alec Pow - Economic & Pricing Investigator | Content Reviewed by CFA Alexander Popinker

Iran’s Fattah-2 is typically discussed alongside the IRGC’s broader missile inventory, Israel’s layered defenses (Arrow and David’s Sling), and cheaper Iranian one-way systems like Shahed drones. Public technical context for the system is often summarized in analysis of Iranian missile and munition displays and commercial defense reporting describing the Fattah-2 announcement, while strike-economics math is frequently modeled in ballistic-attack cost estimates.

Here’s the practical way to think about Fattah-2 cost: there is no official public unit price, so the only “prices” available are estimates. Instead of repeating that fact, this guide triangulates the numbers people actually publish with comparable Iranian missile pricing and the kinds of materials/testing that tend to push costs up for faster, more complex variants.

Bottom line (useful): a defensible planning estimate for a missile-only (flyaway) cost is $200,000 to $800,000 per Fattah-2, with a reasonable midpoint around $400,000. For all-in program cost per missile (development + testing + tooling amortized), a more realistic band is $1 million to $3 million+. “Campaign math” can produce even larger numbers if the analysis bundles readiness, force posture, and overhead into the per-missile figure.

Important numbers

• The most explicit unit-cost claim tied directly to Fattah-2 is an estimate of about $100,000 per missile in a writeup that back-calculates a per-missile figure from a claimed salvo total (Oct 2024).
• Another explicit claim describes a $200,000 unit figure in an article framing cost asymmetry versus expensive interceptors (Aug 2025).
• For defense-side comparison, reporting on Israel’s air-defense spending under heavy fire cited roughly $700,000 to $4,000,000 per interception (Jun 2025), depending on the layer used.
• For “campaign total” modeling (often misread as unit price), a strike-cost brief estimated Iran’s Oct. 1, 2024 missile attack cost around $2.3 billion, with roughly ~180 ballistic missiles discussed (Dec 2024).

Those numbers are not all the same thing. The first two aim at “per missile.” The interceptor range is “per defense shot.” The $2.3B figure is “campaign-style accounting.” The trick is using each number for what it represents, not what it sounds like.

What “missile cost” usually means

Most articles mix these together, which is why readers end up with wildly different answers:

• Flyaway / missile-only cost: the missile body (motor, guidance, warhead section, control surfaces, electronics, thermal protection where applicable).
• All-in program cost per missile: flyaway cost plus R&D, testing, tooling, QA, storage handling, and low-rate production overhead spread across the inventory.
• Cost per shot / campaign accounting: adds launch and support, readiness costs, and broader operational overhead (the numbers balloon here).

How Much Does a Iran’s Fattah-2 Ballistic Missile Cost?

Missile-only (flyaway): $200,000 to $800,000 each (midpoint: $400,000).

This band starts just above the most aggressive low-end claims and gives room for the extra manufacturing and testing complexity implied by how the system is marketed. It also stays consistent with how comparable Iranian ballistic missiles are often priced in public commentary (low-to-mid six figures for many SRBM/MRBM families), while acknowledging that a more complex, higher-performance variant can reasonably price higher in flyaway terms.

All-in program cost per missile: $1 million to $3 million+.

When production is limited, test shots and development are expensive relative to inventory size. If Fattah-2 is produced in lower numbers and requires more iteration, the amortized per-missile cost can easily jump into seven figures even if the “metal-and-electronics” cost stays in the hundreds of thousands.

Campaign-style “per missile” numbers can exceed $10 million if the model spreads a big operation total across missiles fired. For example, dividing a $2.3B modeled campaign total by roughly 180 missiles yields about $12.8M per missile (2,300,000,000 ÷ 180 = 12,777,777). That is not flyaway cost; it is an “everything included” accounting approach drawn from campaign-level strike-cost modeling.

Why some estimates look too low

The $100,000 claim is attractive because it supports the “cheap attacker vs expensive defender” narrative. But faster, more complex missile variants tend to carry higher costs for thermal protection, guidance/control, and testing. If the “Fattah-2” label reflects a genuine performance leap rather than a minor variant, the low-end price becomes harder to reconcile with typical aerospace manufacturing realities—even in a sanctions environment that incentivizes cost-optimized substitutes.

That said, low-end numbers still show up when writers apply the economics of Iran’s older SRBM families to the newer name, or when the estimate is derived from a topline “salvo cost” that may exclude program overhead, storage, failed tests, and the cost of maintaining launch readiness.

Comparable systems

When readers sanity-check Fattah-2, they often compare it to cheaper strike tools like Shahed drones, because drone price tags are frequently used as the baseline in cost-asymmetry discussions. Drone numbers vary widely depending on whether the estimate refers to components, local production, or alleged export pricing, which is a useful reminder: open-source “unit costs” can reflect different accounting assumptions rather than different physical objects.

Offense vs defense math

Even if you assume a mid-band flyaway cost of $400,000, comparing it to an interception cost of $700,000 to $4,000,000 makes the asymmetry obvious: each successful defense shot can cost roughly 2× to 10× the attacker’s modeled unit price, depending on the layer used and how many interceptors are expended per incoming missile (see reported per-interception cost ranges).

Worked example

Using the midpoint flyaway estimate of $400,000, a 24-round firing models out to $9,600,000 in missile bodies (24 × 400,000 = 9,600,000). If defense costs averaged $700,000 per interception, the defense-side spending for 24 engagements would model to $16,800,000 (24 × 700,000 = 16,800,000). At $4,000,000 per interception, it would model to $96,000,000 (24 × 4,000,000 = 96,000,000).

One table that ties the estimates together

Hidden costs

Real-world cost per deployed missile can climb if you include testing and failures, long-term storage and handling, imported-electronics workarounds, and the strategic cost of follow-on strikes against production assets. That’s why some analyses end up with huge “per missile” numbers once they shift from “flyaway” to “campaign accounting.”

Readers who want a Shahed baseline for contrast can compare how loitering munitions are framed on ThePricer pages, including the mention of Shahed-136 pricing inside alternative loitering munitions, and how defender costs show up in shootdown cost math.

Article Highlights

• Two explicit unit-cost claims tied to Fattah-2 land at ~$100k and ~$200k, but neither is a contract price.
• A defensible “use it in a model” flyaway band is $200k–$800k, with a midpoint around $400k.
• All-in program cost per missile can plausibly run $1M–$3M+ once development and testing are amortized.
• Campaign accounting can produce “per missile” figures above $10M when a big total is divided across missiles fired.
• Cost asymmetry is driven by defense spending as much as offense pricing, with reported interception costs in the $700k–$4M range.

Answers to Common Questions

What’s the best single-number estimate to use for Fattah-2?

If you need one planning input, $400,000 per missile is a reasonable midpoint inside the $200k–$800k flyaway band.

Why do some sources imply “per missile” costs in the millions?

That usually reflects all-in or campaign accounting (development, readiness, overhead) rather than the missile body alone.

Why is Shahed mentioned in Fattah-2 cost discussions?

Shahed drones are a common low-cost baseline in “cost asymmetry” narratives, especially when comparing attacker spend to interceptor burn rates.