Rheinmetall and LIG Plan a 20 km SAAM-Based Skynex Interceptor Against Russian Glide Bombs

The round is pitched at the extended-short-range gap that gun-based defences and missiles such as Rheinmetall's HALCON SkyKnight do not fully cover. Per hartpunkt's reporting from Paris, the C-PGM/ESHORAD effector is sized for a range of about 20 km and a ceiling of roughly six to seven kilometres, and is intended to counter glide bombs alongside conventional targets such as aircraft and helicopters. The seeker is not yet fixed; an RF design is one option.

The missile is to be developed from LIG's Korean SAAM, with Rheinmetall responsible for fire control and integration into Skynex and potentially supplying the warhead and rocket motor from German production. An LIG representative put development at two to three years; a truck-mounted launcher with 16 cells was displayed in Paris. The underlying joint venture, announced by Rheinmetall on 15 June with the German firm holding the majority, remains a non-binding memorandum of understanding rather than a concluded venture or an order. This product is its first declared deliverable, building on the localisation deal covered in our earlier dispatch on the JV.

Reuters reported the partners are targeting the upper five-figure-euro range per round — cheaper than larger interceptors that can run past EUR 1 million, the cost calculus that has made Russia's glide bombs so punishing in Ukraine.

The proprietary read. The choice here is method, not just hardware. Rather than wait on a European clean-sheet effector, Rheinmetall is localising a fielded Korean missile and bolting it onto a system already in serial production, trading bespoke sovereignty for a two-to-three-year timeline against a threat that is killing now. The counter-glide-bomb gap is real and the design is plausible; what is not yet real is a signed venture, a frozen seeker, or a customer. Tracked in Signal No. 86.