RAFAEL Unveils SUPER ICE Cruise Missile with 454 kg Warhead and Air, Land and Sea Launch Options.

RAFAEL Advanced Defense Systems has unveiled SUPER ICE, a long-range cruise missile combining a 454 kg (1,000 lb) warhead with autonomous navigation, low-altitude terrain-following flight and electro-optical precision guidance. Expanding the ICE BREAKER family, the weapon is designed for launch from aircraft, ground-based launchers and naval vessels, giving prospective operators a heavier stand-off strike option against high-value strategic targets, including air-defense systems.

Artist’s rendering of RAFAEL’s SUPER ICE cruise missile, designed for air, land and sea launch with a 454 kg (1,000 lb) warhead and electro-optical precision guidance. (Image credit: RAFAEL)

Key Tactical Insight:

• RAFAEL Unveiling of SUPER ICE cruise missile: RAFAEL has introduced a long-range cruise missile, expanding its ICE BREAKER family, with advertised launch options from aircraft, ground-based launchers, and naval vessels. Its range and entry-into-service schedule remain undisclosed.

• What is the SUPER ICE missile: This new cruise missile combines a 454 kg (1,000 lb), MK83-compatible warhead with shared family launch systems, mission-planning infrastructure and logistics, giving customers a heavier strike option supported by common infrastructure.

• Combat capabilities and key features: RAFAEL says autonomous navigation, low-altitude terrain-following flight and electro-optical image matching enable precision stand-off attacks against high-value targets. Accuracy, hardened-target penetration, and performance under electronic warfare conditions have not been publicly quantified.

In its November 2026 announcement, RAFAEL presented SUPER ICE as an expansion of technologies developed for ICE BREAKER. The missile joins ICE BREAKER and SEA BREAKER in the company’s precision-guided cruise-missile portfolio, with an emphasis on greater striking power and compatibility with existing family infrastructure.

The most significant disclosed hardware feature is the 454 kg (1,000 lb) warhead. RAFAEL describes it as MK83 compatible, but has not detailed its explosive filling, casing, fuze, or penetration characteristics. That distinction matters: warhead weight establishes the payload category, while its construction and detonation mechanism determine the effects achievable against different targets.

RAFAEL also says SUPER ICE was developed for integration with a wide range of aircraft without significant modifications. The announcement does not identify qualified aircraft, ship installations or ground launch vehicles. Its compatibility claims therefore describe the intended integration approach rather than confirmed clearance across named launch platforms.

Combat capabilities combine heavier striking power with precision guidance

SUPER ICE is intended to attack high-value targets from stand-off distances, increasing the separation between the launching force and the target area. RAFAEL Chairman Prof. Yuval Steinitz specifically identified air-defense systems among its intended targets. This suggests a role in strikes against air-defense infrastructure, although the announcement does not establish an ability to locate and pursue moving radar vehicles or other mobile targets after launch.

The heavier warhead broadens the family’s target-engagement options. Depending on warhead construction and fuzing, a payload of this class could support attacks against substantial military facilities and infrastructure. However, the available information does not establish a specialized bunker-penetration capability or demonstrate effects against reinforced and deeply buried structures.

Precision guidance is another central feature. According to RAFAEL, SUPER ICE uses an advanced electro-optical guidance system employing high-accuracy image matching. This technique generally compares observed scene features with stored reference imagery to support navigation or identify the intended aimpoint. The company has not explained how these functions are distributed between the missile’s navigation and terminal-engagement phases.

Terrain-following flight contributes to survivability by allowing the missile to exploit terrain masking and restrict an opponent’s line of sight. Under favorable conditions, a low-altitude approach can delay detection and reduce the time available for interception. Its effectiveness still depends on terrain, route selection, defending sensors, and the missile’s flight characteristics; low-altitude flight alone does not guarantee penetration of an integrated air-defense network.

RAFAEL advertises autonomous navigation and all-weather operation, but the announcement does not disclose the full navigation architecture or supporting sensor configuration. Autonomous navigation should therefore not be interpreted as confirmed immunity to satellite-navigation disruption. Likewise, performance when cloud, obscurants or poor image contrast affect electro-optical sensing remains unspecified.

The air, land and sea launch concept could give customers greater flexibility in positioning their strike forces. Aircraft can vary their release locations, while ground and naval launchers provide additional basing options. Shared mission-planning infrastructure could simplify preparation and support across these forces, although launch conditions and platform-specific integration would shape the missile’s actual operational reach.

How SUPER ICE compares with other modern cruise missiles

SUPER ICE’s guidance concept shares features with Storm Shadow/SCALP, the European air-launched deep-strike missile. MBDA describes Storm Shadow/SCALP as combining inertial navigation, GPS and terrain referencing, followed by infrared target-image matching during the final approach. It also uses terrain-hugging flight. SUPER ICE therefore applies technologies already established in this weapon category, while advertising their integration into a family supporting air, land and sea launch. 

The German-Swedish TAURUS KEPD 350 provides a useful comparison for payload and target effects. Saab publishes a range exceeding 500 km (311 miles) and a 481 kg (1,060 lb) tandem warhead designed for hardened and deeply buried targets. Although SUPER ICE carries a warhead in a broadly similar weight category, RAFAEL has not disclosed an equivalent tandem penetrator or specialized target-sensing fuze. Similar payload mass does not, however, establish equivalent penetration performance. 

The U.S. Tomahawk offers a further reference point for long-range land attack. The U.S. Navy lists approximately 1,600 km (1,000 miles) of range for Block IV/V land-attack variants and a 454 kg (1,000 lb)-class unitary warhead for Block IV. Its guidance combines inertial navigation, terrain contour matching, digital scene matching, and GPS. SUPER ICE belongs to a comparable advertised warhead class, but its undisclosed range prevents a firm comparison of strike reach. 

SUPER ICE’s disclosed proposition combines a heavier warhead, precision guidance, and multiple launch options within an existing missile family. Its position against established competitors will depend on information still absent from the announcement: numerical range, warhead effects, guidance performance in degraded conditions, and demonstrated qualification across its proposed launch platforms.

Explore More Defense News

• Land Defense News
• Naval Defense News
• Defense Aerospace News

Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.