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AGM-88 HARM vs Arrow-3: Side-by-Side Comparison & Analysis

Compare 2026-03-21 4 min read

Overview

This side-by-side comparison of AGM-88 HARM and Arrow-3 aims to help defense planners understand which system to choose for specific scenarios. AGM-88 HARM is a high-speed anti-radiation missile, while Arrow-3 is an exoatmospheric kinetic kill vehicle interceptor. Both systems have unique strengths and weaknesses, making them suitable for different mission requirements. This comparison will delve into the specifications, capabilities, and combat records of both systems, providing a comprehensive analysis for defense planners.

Side-by-Side Specifications

DimensionAgm 88 HarmArrow 3
Type High-speed anti-radiation missile Exoatmospheric kinetic kill vehicle interceptor
Origin United States — Raytheon/Northrop Israel — IAI/Boeing joint development
Operators US, Israel, Germany, Italy, Spain, Ukraine (supplied 2022) Israel
Range (km) 150 2400
Speed Mach 2+ Mach 9+
Guidance Passive anti-radiation seeker (homes on radar emissions) Two-color infrared seeker with mid-course datalink updates from Green Pine radar
Warhead 66kg blast fragmentation Hit-to-kill kinetic energy (no explosive warhead)
First Deployed 1985 2017
Unit Cost (USD) ~$300K per missile ~$3M per interceptor
Significance The primary SEAD weapon for NATO and allied air forces. Only operational exoatmospheric interceptor outside US SM-3.

Head-to-Head Analysis

Range & Coverage

AGM-88 HARM has a range of 150 km, while Arrow-3 has a range of 2400 km. This significant difference in range makes Arrow-3 a more suitable choice for defending against ballistic missiles that have a longer range. However, AGM-88 HARM's shorter range makes it more suitable for close-range engagements.
Arrow-3 is better for range and coverage due to its longer range.

Accuracy

Both AGM-88 HARM and Arrow-3 have high accuracy rates. However, Arrow-3's two-color infrared seeker provides more accurate targeting in the exoatmospheric environment. AGM-88 HARM's passive anti-radiation seeker relies on radar emissions, which can be jammed or spoofed.
Arrow-3 is better for accuracy due to its advanced seeker technology.

Cost

AGM-88 HARM has a unit cost of around $300K per missile, while Arrow-3 has a unit cost of around $3M per interceptor. This significant difference in cost makes AGM-88 HARM a more affordable option for defense planners.
AGM-88 HARM is better for cost due to its lower unit cost.

Speed

AGM-88 HARM has a speed of Mach 2+, while Arrow-3 has a speed of Mach 9+. This significant difference in speed makes Arrow-3 a more suitable choice for engaging high-speed targets.
Arrow-3 is better for speed due to its higher speed.

Guidance

AGM-88 HARM uses a passive anti-radiation seeker, while Arrow-3 uses a two-color infrared seeker with mid-course datalink updates from Green Pine radar. This difference in guidance makes Arrow-3 a more suitable choice for engaging targets in the exoatmospheric environment.
Arrow-3 is better for guidance due to its advanced seeker technology.

Scenario Analysis

Defending against Iranian ballistic missile salvo

In this scenario, Arrow-3's longer range and higher speed make it a more suitable choice for defending against ballistic missiles. Its advanced seeker technology and mid-course datalink updates from Green Pine radar provide more accurate targeting in the exoatmospheric environment.
Arrow-3

Engaging close-range targets

In this scenario, AGM-88 HARM's shorter range and lower cost make it a more suitable choice for engaging close-range targets. Its passive anti-radiation seeker relies on radar emissions, which can be jammed or spoofed.
AGM-88 HARM

Defending against cruise missiles or drones

In this scenario, neither AGM-88 HARM nor Arrow-3 is suitable due to their high altitude and limited magazine depth per launcher.
Neither

Complementary Use

AGM-88 HARM and Arrow-3 can be used together to provide a layered defense against ballistic missiles. AGM-88 HARM can engage close-range targets, while Arrow-3 can engage longer-range targets. This complementary use of both systems can provide a more effective defense against ballistic missiles.

Overall Verdict

Arrow-3 is a more suitable choice for defending against ballistic missiles due to its longer range, higher speed, and advanced seeker technology. However, AGM-88 HARM is a more affordable option for engaging close-range targets.

Frequently Asked Questions

What is the difference between AGM-88 HARM and Arrow-3?

AGM-88 HARM is a high-speed anti-radiation missile, while Arrow-3 is an exoatmospheric kinetic kill vehicle interceptor. Both systems have unique strengths and weaknesses, making them suitable for different mission requirements.

Which system is better for range and coverage?

Arrow-3 is better for range and coverage due to its longer range.

Which system is better for accuracy?

Arrow-3 is better for accuracy due to its advanced seeker technology.

Which system is more affordable?

AGM-88 HARM is more affordable due to its lower unit cost.

Can AGM-88 HARM and Arrow-3 be used together?

Yes, AGM-88 HARM and Arrow-3 can be used together to provide a layered defense against ballistic missiles.

Related

Sources

Jane's Defence Weekly Jane's Information Group official
Defense News Gannett Company journalistic
Missile Defense Advocacy Alliance Missile Defense Advocacy Alliance OSINT
GlobalSecurity.org GlobalSecurity.org OSINT

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