Egypt introduces the Deterrence 300, a modular vehicle with a range of 300 km.

CTVXDecember 2, 2025 19:03

At EDEX-2025, Egypt unveiled the Deterrence 300 missile system with a range of 300 km. Its modular design allows it to carry four high-precision missiles or 20 unguided munitions; the platform is developed from Soviet technology.

At the EDEX-2025 defense exhibition, Egyptian companies showcased the Deterrence 300 missile system with a maximum range of 300 km. The system uses a modular design, allowing it to carry either four high-precision missiles or 20 unguided munitions. This represents a modernization based on Soviet technology, combined with new advancements from the Egyptian defense industry.

At the EDEX-2025 defense exhibition, Egyptian companies showcased the Deterrence 300 missile system, which has a range of up to 300 km. Its modular design allows for the installation of four high-precision missiles or 20 unguided munitions.

Overview of the Deterrence 300 system

The Deterrence 300 is developed using a modular architecture, prioritizing ammunition loading flexibility. Two configuration options – four high-precision missiles or 20 unguided munitions – meet two different operational needs: long-range precision fire and wide-area fire. Published information emphasizes a range of 300 km, suggesting a direction for increasing range with guided munitions.

Architecture and technology platform

According to the information on display, the Deterrence 300 was developed from the ATC-59G towed vehicle, incorporating the BM-21 Grad and BM-11 launchers. Egypt had ordered 100 122 mm launchers in 1967 (delivery by 1972) and subsequently modified them to fit full-rotation launchers. This process provided the technological foundation and accumulated experience for the localization of launchers and missile development.

Published specifications for the Deterrence 300

Category Value
Maximum range 300 km
Ammunition loading configuration 4 high-precision missiles
Ammunition loading configuration 20 unguided bullets
Design Module
Legacy platform/launchpad ATC-59G; BM-21 Grad; BM-11
The Deterrence 300 was developed from the ATC-59G towed vehicle, incorporating the BM-21 Grad and BM-11 launchers. Egypt ordered 100 122 mm launchers in 1967, with delivery by 1972, and later modified them to fit a full-rotation launcher.

Precedent: the RAAD 200 system

Prior to the Deterrence 300, Egypt had developed the RAAD 200 – a 122 mm multiple rocket launcher system with 30 launch tubes. The vehicle used a 385-horsepower HD12ZLG-M diesel engine. This was a modernization based on older technology but with significant improvements in mobility and combat capabilities.

RAAD 200 mobility specifications

Category Value
Number of launch tubes 30 (size 122 mm)
Engine Diesel HD12ZLG-M, 385 horsepower
Maximum speed 46 km/h
Hill climbing ability 35°
Crossing deep water 1.1 m
Operating range 350 km
Egypt not only produces its own launchers but also develops its own missiles, improved from Soviet models. Previously, they manufactured the RAAD 200 system with 30 122 mm missile launch tubes and a 385 horsepower HD12ZLG-M diesel engine.
The RAAD 200 has a top speed of 46 km/h, can climb slopes of 35°, cross water up to 1.1 m deep, and has a range of 350 km. This is a step in the modernization of Egypt's rocket artillery, based on older technology but with significant improvements.

Technical evaluation

  • The modular architecture expands the range of missions: from precision strike (4 high-precision missiles) to saturation fire (20 unguided munitions).
  • Leveraging the legacy of the BM-21/BM-11 and the ATC-59G platform helped shorten development time and take advantage of existing maintenance chains.
  • The independent development of missile ammunition demonstrates a crucial direction towards localization, enhancing logistical independence and maintaining combat capabilities.

More detailed specifications regarding the type of warhead, guidance system, chassis, and electronic configuration of the Deterrence 300 are not included in the source data. This article uses only information provided by the source.

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