Canadian defence technology company North Vector Dynamics (NVD) has unveiled its newest system, known as the CM-70 guided mini-missile. Weighing just 3 kilograms, the munition operates in radio silence with no need for GPS or radio communication, positioning it as a low-cost alternative to the multi-million-dollar air defence missiles currently in service.
CM-70 is being presented as part of Canada’s broader push to build up its own domestic defence manufacturing.
Cost-Effective Air Defence with the CM-70 Guided Mini-Missile
The heavy use of small and medium-class drones — Group I, II, and III systems — on today’s battlefields has exposed just how unsustainable traditional air defence missiles have become on a cost basis. The CM-70 guided mini-missile was developed to close that gap, sparing defenders from having to spend million-dollar interceptors on cheap drones. The compact munition weighs roughly 3 kg, measures 0.9 meters in length, has a maximum range of 3.5 km, reaches speeds of up to 900 km/h, uses semi-active laser guidance (SALG), and carries a forward-firing fragmentation warhead.
The CM-70’s Multi-Platform Flexibility and Resistance to Electronic Warfare
Calgary-based North Vector Dynamics designed the CM-70 to operate across a wide range of settings. It can be fired from portable ground launchers, vehicle-mounted platforms, or aircraft. One of its key advantages is that it needs no GPS or communication link at all — its radio-silent, semi-active laser guidance keeps it tracking targets even in environments where GPS and communications are actively jammed.
Canada’s Guided Mini-Missile Production and Its ITAR-Free Design
North Vector Dynamics sees the CM-70 as more than just a counter-drone solution — the company views it as a first step toward future interceptor systems and hypersonic technology. The missile’s ITAR-free design also means allied nations can procure it more easily and integrate it into a wider range of air defence architectures without running into U.S. export restrictions.
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Source: C4Defence-North Vector Dynamics
