Destinus Turns Turbojets Into Cruise Missiles

This shows Destinus is turning propulsion from a bought input into the core of its weapons business. A cruise missile is mostly an airframe, guidance package, warhead, and small jet engine, and the engine is the hardest part to source at volume in Europe. By already designing and building turbojets in house, Destinus could move from drones into missiles faster, keep the design free of outside bottlenecks, and price Ruta Block 2 at 700 plus km range far below legacy systems.1 2 3 4 5

• The product link is direct. Destinus says Ruta Block 2 has 700 plus km range, and outside reporting says the missile uses Destinus built T200, T450, or T220 turbojets. That means the same propulsion stack developed for its broader flight programs became a ready made missile engine line.4 5
• In house engines matter because propulsion is a production choke point. Destinus says it has produced its 1,000th turbojet engine in Europe and that internal design and manufacturing reduce dependence on outside suppliers, which it says have constrained European cruise missile output.3
• The cost gap is what makes the engine reuse strategic. NAVAIR lists Tomahawk Block V at about $3.64M per missile in FY26 dollars, while Destinus positions Ruta around the low hundreds of thousands. That shifts cruise missiles from scarce premium rounds toward something militaries can buy in larger batches.2 4 5

The next step is a broader European missile house built around propulsion and rate. The Rheinmetall joint venture and Destinus move to longer range systems suggest the company is using turbojets as the base layer for a family of strike products, from cheaper 700 km missiles to deeper strike weapons as Europe rebuilds domestic arsenals.3 6