L3Harris demonstrates Red Wolf integration with Sky Raider II International to expand flexible mission capabilities

The demonstration involved a test fit of the Red Wolf system on the aircraft. It showed how a low-cost, rugged platform can be paired with multi-role launched effects to expand mission capabilities.

The company said the integration builds on earlier fitting activities. It underscores the platform’s ability to accommodate systems with similar size, weight and power characteristics.

The effort comes as special operations forces seek adaptable platforms capable of deploying long-range effects. These include cruise missiles and other systems that extend operational reach.

Quinlan Lyte, President of Advanced Effects at L3Harris, emphasised the flexibility of the system. “Launched effects like Red Wolf are designed to integrate across a range of platforms to give operators more flexibility in how they execute the mission, whether that’s kinetic or non-kinetic effects,” he said.

“Efforts like this highlight how those capabilities can be extended on adaptable aircraft such as Sky Raider II International,” Lyte added. He noted the importance of platform adaptability for future operations.

The Sky Raider II International aircraft is designed to operate from remote and unimproved runways. Its endurance and payload capacity support extended missions in austere environments.

When paired with Red Wolf, the aircraft can deliver effects at longer distances. This allows operators to maintain a persistent presence while engaging targets beyond the immediate area.

The integration reflects a broader shift toward distributed operations. The aircraft’s modular open systems architecture enables the addition of new capabilities over time.

An integrated flight and mission management system helps reduce crew workload. Red Wolf complements this by providing long-range engagement capabilities demonstrated across multiple domains.

The combined system illustrates how a single platform can adapt to mission needs in real time. It allows operators to configure capabilities based on changing operational demands.

L3Harris said the effort aligns with its focus on flexible, open-architecture solutions. The approach is intended to provide cost-effective options and support rapid adaptation in modern military operations.