IAI HAROP Loitering Munition Profile

The IAI HAROP is a canister-launched loitering munition manufactured by Israel Aerospace Industries that combines the endurance of a reconnaissance drone with an integrated warhead. Israel Aerospace Industries states the aircraft can loiter for up to 9 hours under remote human supervision, while Wikipedia's compilation and The War Zone report shorter flight times and also describe an autonomous radar-homing mode alongside operator control through an electro-optic seeker; Wikipedia's compilation lists India and Azerbaijan as the confirmed operators, and no source used here gives either country's inventory. Every combat account of the IAI HAROP in these sources is a claim by a named party, and none is independently verified. Wikipedia's compilation lists first combat use in Azerbaijan in April 2016. Nagorno-Karabakh authorities, as reported by the Armenian-side outlet PanArmenian, said they shot down Harop drones belonging to Azerbaijani forces in autumn 2020. On May 8, 2025, Pakistan's defence ministry said its forces had shot down 25 Israeli-made Harop drones, according to The War Zone; India did not acknowledge Harop use or losses, and its defence ministry said an air defense system at Lahore had been "neutralized" without naming the weapons used.

IAI HAROP at a glance

What the public record establishes

Every combat account of the IAI HAROP in these sources is a claim by a named party, and none is independently verified. Wikipedia's compilation lists first combat use in Azerbaijan in April 2016. Nagorno-Karabakh authorities, as reported by the Armenian-side outlet PanArmenian, said they shot down Harop drones belonging to Azerbaijani forces in autumn 2020. On May 8, 2025, Pakistan's defence ministry said its forces had shot down 25 Israeli-made Harop drones, according to The War Zone; India did not acknowledge Harop use or losses, and its defence ministry said an air defense system at Lahore had been "neutralized" without naming the weapons used.

The distinction between platform identity and event attribution matters. A manufacturer page can establish what a drone is; an official military release, UN report, or conflict-monitoring source is needed to establish where it appears in a war. Where those records do not align, this page keeps the uncertainty visible.

This is a non-operational reference page. It explains the manufacturer, platform family, and public conflict record without providing instructions for building, targeting, deploying, or modifying a weapon system.

What the HAROP is

The IAI HAROP is a loitering munition built by Israel Aerospace Industries, which describes it as combining the characteristics of a UAV and a missile. According to the product page from Israel Aerospace Industries, the platform serves as both a reconnaissance asset for situational awareness and a direct-attack munition. The airframe carries a warhead, and Wikipedia's compilation adds that a drone that does not engage a target can return and land.

According to Wikipedia's compilation, the HAROP was developed from IAI's earlier Harpy and was shown publicly at the Aero India 2009 show. IAI states that the system is canister-launched and can be mounted on trucks or naval vessels. IAI names unmanned surface vessels, command posts, supply depots, tanks and air defence systems as target types.

Within the wider taxonomy of loitering munitions, see also the ZALA Lancet. IAI's HAROP page describes an electro-optic seeker with a human operator in the loop, while The War Zone and Wikipedia's compilation also describe an autonomous radar-homing mode. Wikipedia's compilation lists India and Azerbaijan as the confirmed operators, and no source used here gives either country's inventory.

How it finds targets

IAI's HAROP page describes remote human-in-the-loop mission control. According to Israel Aerospace Industries, the drone carries an electro-optic seeker that locates and identifies targets without prior intelligence. The page also states that a mission abort is available.

The sources disagree on radar homing. IAI's HAROP product page describes the electro-optic seeker and human-in-the-loop control and does not mention a radar-homing mode. By contrast, Wikipedia's compilation and reporting by The War Zone describe a radar-homing mode: Wikipedia's compilation calls it autonomous anti-radar homing, and The War Zone describes a radiation-seeker mode or operator control by camera.

Israel Aerospace Industries states that HAROP attacks from multiple directions at shallow or steep dive angles. If a target is not engaged, Wikipedia's compilation says the drone can return and land.

Published specifications and conflicting figures

The published HAROP figures depend on the source. For endurance, Israel Aerospace Industries advertises a maximum loiter time of up to 9 hours in designated target areas. Wikipedia's compilation gives over 6 hours, and The War Zone gives about 6 hours. The sources used for this page do not explain why the manufacturer's 9 hours and the other two figures, over 6 hours and about 6 hours, differ.

Warhead and range disagree in the same way. Wikipedia's compilation lists a warhead of 16 kilograms, whereas The War Zone describes a warhead of about 50 pounds; the two are given in different units and no source used here reconciles them. The range figures also differ. Wikipedia's compilation lists a range of 200 kilometers, while The War Zone gives a range of about 600 miles. IAI's HAROP product page publishes no range or warhead figure, so both sets of numbers remain unverified.

Wikipedia's compilation also lists a length of 2.5 meters, a wingspan of 3.0 meters, a maximum speed of 417 kilometers per hour, a radar cross-section under 0.5 square meters and a circular error probable under 1 meter. IAI states that HAROP is immune to GNSS jamming through communication resilience; that is the manufacturer's own claim, and no independent test appears in these sources.

How many Harop drones does India have, and who operates it?

No figure for how many HAROP aircraft India holds appears in the sources used here. Wikipedia's compilation lists India and Azerbaijan as the confirmed operators of the IAI HAROP, and it lists the first combat use in Azerbaijan in April 2016.

IAI's HAROP page gives no customer nations, delivery counts or production numbers, and the other sources used here give none for India either.

For the wider Israeli industry around IAI, see the profile of Israeli drone companies. Nothing in the sources used here gives export licence details or a total production run for the HAROP.

Reported use and shootdown claims

The HAROP's first listed combat use was in Azerbaijan, with Wikipedia's compilation giving the date as April 2016. In autumn 2020, the Armenian-side outlet PanArmenian reported that Nagorno-Karabakh authorities had shot down Harop drones belonging to Azerbaijani forces. That is a claim by one party to the conflict, and no source used here verifies it.

The May 2025 India-Pakistan claims come from Pakistan. As reported by The War Zone, Pakistan's defence ministry said on May 8, 2025 that its forces had shot down 25 Israeli-made Harop drones. That is Pakistan's claim, and The War Zone describes the video evidence as unverified.

India's defence ministry said an air defense system at Lahore had been "neutralized" and did not name the weapons used. India did not acknowledge Harop use or losses. The War Zone calls the situation "very murky", with blanket claims from both sides.

Are HAROP and Harpy the same drone?

Although Wikipedia's compilation says the HAROP was developed from the earlier IAI Harpy, the two aircraft differ in seeker and control, as IAI describes them. According to Israel Aerospace Industries, the original Harpy was built as a dedicated anti-radiation loitering weapon designed for the suppression and destruction of enemy air defenses (SEAD and DEAD missions). IAI describes the Harpy as fully autonomous, with an anti-radiation seeker that seeks and strikes emitting targets.

IAI's HAROP page describes an electro-optic seeker with remote human-in-the-loop control and a mission-abort option, and it names tanks, command posts, supply depots and unmanned surface vessels as targets. IAI's Harpy page describes a fully autonomous anti-radiation seeker and no operator control. Wikipedia's compilation adds that a HAROP that does not engage a target can return and land. For radar-homing variants of another aircraft, see Geran-3 and Shahed-238.

Both systems share similarities in launch mechanics and flight duration. IAI's pages give both aircraft up to 9 hours, describe canister launch from ground or naval platforms, and claim GNSS resilience: GNSS-denied conditions for the Harpy and immunity to GNSS jamming for the HAROP. What IAI's HAROP page adds is the electro-optic seeker and the human in the loop; the radar-homing mode of the HAROP is reported by The War Zone and Wikipedia's compilation, not by IAI's HAROP page.

What is the range of the Harop drone?

The operational flight range of the HAROP cannot be stated as a verified figure because official manufacturer specifications omit the data, while public secondary compilations publish contradictory numbers. Israel Aerospace Industries publishes no range figure on its HAROP page, which gives only a loiter time of 9 hours for target search in designated areas.

The published numbers differ by hundreds of kilometers. Wikipedia's compilation lists a range of 200 kilometers. The War Zone gives a range of about 600 miles, in different units from Wikipedia's 200 kilometers. No source used here reconciles the two, so the HAROP's range is not established.

How much does a Harop drone cost?

There is no publicly confirmed purchase price or unit cost figure for the IAI HAROP. Israel Aerospace Industries states no price on its HAROP page, and no other source used here gives one.

The sources used here give no contract value and no per-aircraft cost for any country's HAROP purchases, so any unit price seen elsewhere is not supported by them and this page does not repeat one.