China’s Novasky Offers KC300 High-Speed Kinetic Counter-Drone Interceptor for Southeast Asia.

China’s Novasky unveiled its KC300 anti-drone interceptor at DSA 2026 in Kuala Lumpur, positioning it as a direct response to the growing threat posed by small drones and loitering munitions across Southeast Asia. The system addresses a critical operational gap by providing a rapid, close-range hard-kill capability to defend bases, infrastructure, and urban environments where electronic warfare alone is insufficient.

The KC300 combines a four-cell vertical launcher designed for precise kinetic impact without explosive payloads. This configuration enables controlled engagements with reduced collateral risk while supporting scalable, cost-effective point defense, aligning with the broader shift toward layered counter-UAS architectures capable of countering dense, low-altitude drone threats.

Related Topic: Belarusian LEMT Debuts New Man-Portable Counter-Drone Interceptor at UMEX 2026

Novasky used DSA 2026 in Kuala Lumpur to introduce its KC300 system, a compact four-cell launcher deploying high-speed kinetic interceptor drones to give Southeast Asian forces a low-cost, rapid-response option against short-range UAV threats (Picture Source: Army Recognition Group)

Displayed by Novasky, which is listed among DSA 2026 participants, the KC300 is presented as a compact hard-kill solution designed for short-range interception missions rather than traditional electronic attack alone. By showcasing the system in Kuala Lumpur, the Chinese company is using DSA 2026 as a platform to offer this counter-drone product to Southeast Asian customers facing a growing need for layered protection against hostile UAVs and loitering munitions. In this environment, kinetic interception is increasingly valued for situations where jamming may be insufficient or inappropriate, especially against fast, low-flying, or autonomous targets. For Southeast Asian operators, this type of system may be particularly attractive because it addresses the short-range end of the counter-UAS chain with a potentially lower interception cost than missile-based solutions.

The KC300 is presented as a compact interception system designed for flexible deployment in point-defense scenarios. The system integrates detection, tracking, decision-making, interception, and destruction functions against small drones and loitering munitions. It can be employed for low-altitude security protection in critical areas such as military bases, airports, and border outposts, suggesting an emphasis on mobility, rapid deployment, and protection of sensitive sites.

The interceptor used by the KC300 is described as a compact kinetic drone optimized for speed and maneuverability. Novasky’s published characteristics indicate a maximum speed of up to 300 km/h, a control radius of at least 5 km, and a typical flight path of 15 km. Endurance ranges from approximately 7 to 8 minutes, depending on configuration, reflecting a design focused on rapid interception rather than long-duration patrol. These specifications indicate that the interceptor is intended for short-notice engagements against time-sensitive aerial threats detected near the defended area.

The system is equipped with an advanced targeting and tracking system combined with a high-resolution camera, enabling real-time capture of a target’s position, speed, and trajectory. This provides precise guidance for interception, allowing the system to engage aerial threats flying at speeds of up to 200 km/h. The effective recognition distance is given as at least 300 meters, supporting target acquisition in the final engagement phase.

A key characteristic of the KC300 concept is its reliance on direct kinetic impact to neutralize targets. By physically striking hostile drones, the system avoids the use of explosive warheads, reducing fragmentation risks and enabling deployment in environments where collateral damage must be limited. This approach aligns with the system’s positioning for the protection of sensitive infrastructure such as airfields, ammunition depots, refineries, stadiums, and government facilities, including potential users in Southeast Asia seeking compact point-defense options.

Army Recognition Group is also present at DSA 2026 and is covering the exhibition as an official media partner through its online daily news and Web TV presence, a detail that underlines the event’s international media visibility while keeping attention on the technologies on display. Its presence at DSA 2026 as official media partner also reflects the increasing international attention given to counter-drone technologies as they move from niche capability to mainstream defense requirement. Within that broader exhibition setting, Novasky’s KC300 stands out as a compact answer to one of the most immediate battlefield and infrastructure-defense problems of the moment, while also serving as a clear commercial offering to Southeast Asian defense and security stakeholders.

The KC300 sends a clear message about the direction of counter-drone warfare and about Novasky’s ambition to market this type of interceptor in Southeast Asia. By combining a compact high-speed interceptor, real-time targeting and tracking, and a pure kinetic kill method, the company is aligning its offering with the growing demand for short-range defenses able to deal with mass, speed, and low-altitude drone threats. At DSA 2026, the KC300 demonstrates how manufacturers are adapting to a security environment in which affordable, fast, and scalable hard-kill counter-drone systems are becoming an operational requirement rather than a niche capability.

Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group

Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.