UK initiates development of short-range tactical ballistic missile

New strategic need: a fast and inexpensive rocket

The British Ministry of Defense (MOD) has initiated a program to develop a new short-range tactical ballistic missile. The goal is to create an inexpensive, easily produced system capable of solving operational tasks on the battlefield. Special attention is paid to the speed of production start-up on request, which makes it possible to increase ammunition in crisis situations without significant storage costs.

This step reflects the growing need for flexible and scalable impact systems.

Tactical ballistics against a changing threat

Against the backdrop of a tense geopolitical situation and the experience of modern conflicts such as the war in Ukraine, the UK is reviewing its arsenal of long-range weapons. Short-range tactical ballistic missiles (TBMs) (up to 300-500 km) have proven their effectiveness in hitting warehouses, command posts and logistics hubs.

The creation of its own system will allow the British Armed Forces to reduce dependence on imported solutions and ensure autonomy in planning strike operations.

Focus on flexible and scalable production

A key feature of the project will be the emphasis on cost-effectiveness and adaptability. The rocket must be designed using modular components and modern technologies such as 3D printing to allow for rapid release if necessary. This will reduce the cost of maintaining stocks and increase operational readiness.

The approach is similar to the "on-demand manufacturing" concept already used in other areas of the defense industry.

A place in the overall structure of the strike systems of the British Armed Forces

The new missile is likely to complement existing systems such as the Storm Shadow cruise missiles and future attack drones. It can be placed on mobile launchers compatible with platforms such as MAN SV, and used by both ground and expeditionary forces.

Integration with intelligence, surveillance and target designation (RSC) systems will ensure high accuracy and efficiency with minimal risk to their forces.