Iran's Missile Range Map, Explained: Which Systems Threaten Which Bases—and Why Range Isn't the Whole Story
From Fateh-110 to Khorramshahr, Iran's arsenal spans short- to medium-range systems. But range doesn't equal accuracy—or survivability—especially in a saturated air-defense war.
In 'Iran war live updates 2026' coverage, missile names fly past like vocabulary tests. Here is a clearer, grounded way to think about Iran's strike geometry: range bands, target sets, and the limitations of reading war through specs alone.
Start with what's well-documented.
CSIS Missile Threat profiles list Fateh-110 as a short-range ballistic missile with a 200–300 km range band, and Khorramshahr as a medium-range ballistic missile with a reported 2,000 km range (with some variants claimed higher).
CSIS' country overview also lists multiple Iranian systems and range bands, including Qiam-1 (700–800 km) and Shahab-3 (around 1,300 km).
Reuters has also summarized Iran's ballistic missile capabilities and emphasized Iran's large arsenal and underground infrastructure.
A practical way to think about it:
- Short-range (roughly 200–300 km)
Systems like Fateh-110 are generally relevant for nearby targets—battlefield and base-level strikes in adjacent theaters, depending on launch locations.
- 700–800 km band
Systems in this band (including Qiam-1 range brackets in public profiles) broaden the set of reachable Gulf targets depending on where they're launched from.
- 1,300 km+ (Shahab-3 class)
This band extends to Israel and wider regional nodes depending on launch geography.
- ~2,000 km (Khorramshahr / Sejjil tier)
This is the 'regional strategic' bracket: much of the Middle East falls within reach if launches can occur and survive.
Now the part that gets lost: range is not the same as military effect.
A missile's real-world value depends on:
- accuracy (CEP)
- ability to evade defenses
- availability of launchers and reloads
- survivability of launch infrastructure
- quality of targeting data
In a war dominated by interception and depletion, the question is not "Can it reach?" but "Can it arrive with effect at scale?"
Defenders face their own limits: interceptor costs, stockpiles, radar coverage, and decision timelines. Attackers face launcher hunting, air strikes, and electronic warfare.
This is why two analysts can look at the same range map and reach opposite conclusions:
- One says: 'Iran can strike everything—deterrence holds.'
- Another says: 'Most launchers will be found—strike capacity collapses.'
Both can be partially right.
The open questions that matter more than specs:
- Can Iran sustain launches under pressure?
Reuters notes Iran's infrastructure is dispersed and includes underground sites, which complicates suppression.
- Can defenses sustain interception rates?
High intercept success can still lose economically if interceptor burn exceeds production.
- Does the war broaden the target set?
As logistics, ports, airports, and energy nodes get hit, the definition of 'strategic target' expands.
- Do non-state actors change the geometry?
Proxy launches, drones, and rockets can reshape risk maps independent of Iran's main missile forces.
So yes—range matters. It tells you what is theoretically within reach.
But the war is not a spreadsheet.
It is a contest between detection and concealment, production and depletion, morale and legitimacy.
A range map is the beginning of analysis, not the conclusion.