English · العربية · فارسی · עברית · Русский · 中文 · Español · Français

Arrow-3 vs Raad-500: Side-by-Side Comparison & Analysis

Compare 2026-03-21 4 min read

Overview

This side-by-side comparison of Arrow-3 and Raad-500 highlights their distinct approaches to ballistic missile defense. Arrow-3, an exoatmospheric kinetic kill vehicle interceptor, offers a wide defensive footprint and high-speed intercept capabilities. In contrast, Raad-500, a composite-casing ballistic missile, features maneuvering reentry vehicles and rapid solid-fuel launch. Understanding these systems' strengths and weaknesses is crucial for defense planners to choose the most effective solution for specific scenarios.

Side-by-Side Specifications

DimensionArrow 3Raad 500
Range 2400 km 500 km
Speed Mach 9+ Mach 4
Cost ~$3M per interceptor ~$400K
Guidance Two-color infrared seeker with mid-course datalink updates INS + GPS + MaRV
Warhead Hit-to-kill kinetic energy Composite-casing warhead section
First Deployed 2017 2020
Operators Israel Iran
Altitude Above 100 km Below 100 km
Launch Time ~90 seconds Rapid solid-fuel
Payload High Low

Head-to-Head Analysis

Range & Coverage

Arrow-3 offers a significantly wider defensive footprint, with a range of 2400 km, compared to Raad-500's 500 km. This makes Arrow-3 a more effective choice for defending against long-range ballistic threats. However, Raad-500's rapid solid-fuel launch capability allows for quicker response times, which can be advantageous in certain scenarios.
Arrow-3 is better for range and coverage due to its longer range and wider defensive footprint.

Accuracy

Both systems have high accuracy, with Arrow-3's two-color infrared seeker and Raad-500's INS + GPS + MaRV guidance systems. However, Arrow-3's mid-course datalink updates from the Green Pine radar provide additional accuracy, making it a more effective choice for high-accuracy missions.
Arrow-3 is better for accuracy due to its mid-course datalink updates and high-accuracy guidance system.

Cost

Raad-500 is significantly cheaper than Arrow-3, with a unit cost of ~$400K compared to ~$3M. This makes Raad-500 a more cost-effective choice for defense planners on a budget.
Raad-500 is better for cost due to its lower unit cost.

Speed

Arrow-3 has a significantly higher speed than Raad-500, with a Mach 9+ speed compared to Mach 4. This makes Arrow-3 a more effective choice for high-speed intercept missions.
Arrow-3 is better for speed due to its higher speed and ability to intercept targets at higher altitudes.

Guidance

Both systems have advanced guidance systems, with Arrow-3's two-color infrared seeker and Raad-500's INS + GPS + MaRV. However, Arrow-3's mid-course datalink updates from the Green Pine radar provide additional guidance, making it a more effective choice for complex guidance missions.
Arrow-3 is better for guidance due to its mid-course datalink updates and high-accuracy guidance system.

Scenario Analysis

Defending against Iranian ballistic missile salvo

In this scenario, Arrow-3's wide defensive footprint and high-speed intercept capabilities make it a more effective choice for defending against a large number of ballistic missiles. Raad-500's rapid solid-fuel launch capability allows for quicker response times, but its shorter range and lower accuracy make it less effective in this scenario.
Arrow-3

Defending against a single high-altitude ballistic missile

In this scenario, Raad-500's maneuvering reentry vehicle capability allows it to evade Arrow-3's interceptors. However, Arrow-3's high-speed intercept capabilities and mid-course datalink updates make it a more effective choice for high-altitude intercept missions.
Arrow-3

Defending against a cruise missile attack

In this scenario, Raad-500's rapid solid-fuel launch capability and maneuvering reentry vehicle capability make it a more effective choice for defending against cruise missiles. However, Arrow-3's high-speed intercept capabilities and mid-course datalink updates make it a more effective choice for high-speed intercept missions.
Raad-500

Complementary Use

In certain scenarios, both Arrow-3 and Raad-500 can be used in a complementary manner. For example, Arrow-3 can be used to intercept high-altitude ballistic missiles, while Raad-500 can be used to intercept lower-altitude targets. This can provide a more effective defense against a wide range of threats.

Overall Verdict

Arrow-3 is a more effective choice for high-speed intercept missions and defending against long-range ballistic threats. Raad-500 is a more effective choice for defending against cruise missiles and lower-altitude targets. Ultimately, the choice between these two systems depends on the specific requirements of the mission and the capabilities of the defense force.

Frequently Asked Questions

What is the main difference between Arrow-3 and Raad-500?

The main difference between Arrow-3 and Raad-500 is their approach to ballistic missile defense. Arrow-3 is an exoatmospheric kinetic kill vehicle interceptor, while Raad-500 is a composite-casing ballistic missile with maneuvering reentry vehicle capability.

Which system is more effective for high-speed intercept missions?

Arrow-3 is more effective for high-speed intercept missions due to its high-speed intercept capabilities and mid-course datalink updates.

Which system is more effective for defending against cruise missiles?

Raad-500 is more effective for defending against cruise missiles due to its rapid solid-fuel launch capability and maneuvering reentry vehicle capability.

What is the unit cost of Arrow-3 and Raad-500?

The unit cost of Arrow-3 is ~$3M, while the unit cost of Raad-500 is ~$400K.

Which system has a wider defensive footprint?

Arrow-3 has a wider defensive footprint due to its longer range and ability to intercept targets at higher altitudes.

Related

Sources

Jane's Defence Weekly Jane's Information Group official
Defense News Gannett Company official
The Diplomat The Diplomat Media journalistic
Missile Defense Advocacy Alliance Missile Defense Advocacy Alliance OSINT

Related News & Analysis