Paramount Aerospace Industries has integrated ASELSAN’s ASELFLIR-500 electro-optical targeting turret onto its Mwari aircraft, adding a purpose-built sensor to the counter-unmanned aerial systems (counter-UAS) configuration the South African manufacturer announced earlier this year. Paramount confirmed the integration on 27 July 2026, with ASELSAN corroborating the partnership a day later. It is worth noting up front that neither company has said the Mwari has actually flown with the turret installed, so what is confirmed right now is an integration, not yet a flight-proven capability.
For readers tracking the airborne counter-drone space specifically, the ASELFLIR-500 is a familiar name. It is a 15-inch electro-optical reconnaissance and targeting turret built around a single 220mm common aperture, packing a high-definition mid-wave infrared camera, an 8-megapixel day television sensor and a high-definition short-wave infrared (SWIR) channel into one gimbal, stabilised across four axes mechanically and two axes optically. That stabilisation matters more here than on a typical intelligence, surveillance and reconnaissance (ISR) mission profile: tracking a small, fast, erratically moving drone against ground clutter is a materially harder sensor-fusion problem than holding steady on a fixed position, and it is precisely the kind of target set that has driven demand for dedicated counter-UAS optics over the past three years. The turret also carries a laser range finder and designator rated out to 35 kilometres, STANAG 3733-coded for compatibility with NATO-standard laser-guided munitions, giving the Mwari precision-engagement reach that pairs naturally with the effector options already built into its counter-UAS configuration.
The integration was mechanically straightforward for one specific reason: the Mwari was never designed around a fixed sensor suite. Its Interchangeable Mission Systems Bay, a reconfigurable payload compartment built into the aircraft from the outset, lets operators swap sensors, weapons and mission equipment in under two hours without redesigning the airframe. Paramount has used that same open-architecture approach before, most notably in a 2022 agreement with S-Plane to integrate an optionally piloted conversion kit, and the ASELFLIR-500 slots into the same modular logic rather than requiring a new aircraft variant.
Paramount’s Chief Executive Officer, Lee Connolly, tied the addition to a distinction that increasingly defines the counter-UAS conversation across Africa: detection is often the harder half of the problem, not engagement. “For many nations, the detection problem can be just as challenging as the defeat problem,” he said, framing Mwari’s role as an adaptable host platform rather than a fixed, one-size-fits-all interceptor. He also pointed to the pace of change in unmanned systems as the reason the aircraft was built to evolve rather than to ship as a finished product. “The pace of innovation in unmanned systems is extraordinary,” he said, adding that airborne platforms need to keep pace with that rate of change to stay relevant across a multi-decade service life.
The partnership is a useful data point for anyone tracking how African airframe manufacturers are approaching the counter-UAS sensor question more broadly. Rather than developing electro-optical and infrared (EO/IR) targeting systems in-house, competing against specialists with decades of dedicated investment, Paramount has chosen to build an open host aircraft and integrate best-of-breed sensors from established suppliers, a strategy that mirrors how many Gulf and Turkish defence manufacturers have approached rapid capability growth over the past decade. Whether that approach outpaces rivals building more vertically integrated systems will likely depend less on any single sensor’s specifications and more on how quickly Paramount can move from a confirmed ground integration to a demonstrated flight capability, and eventually into the hands of African operators actually facing the one-way attack drone threat this configuration was built to counter.
Leave a Reply