BAE Systems has officially unveiled its latest development in advanced military technology with the introduction of the Scorpio-XR, a cutting-edge long-range precision munition designed under the Hypervelocity Projectile program. This innovative cannon-launched projectile distinguishes itself by boasting a range that is double that of current precision-guided munitions, with the capability to strike targets at distances exceeding 70 kilometers (approximately 43 miles).
This formidable range positions the Scorpio-XR well beyond the existing Excalibur projectile utilized by both the United States and Ukraine, which currently extends the reach of various artillery calibers: .39-caliber artillery can hit targets at 40 kilometers, .52-caliber artillery at 50 kilometers, and .58-caliber artillery at 70 kilometers, as noted by RTX. The Scorpio-XR, designated the XM1155-SC, is engineered with low-drag properties, enabling a minimized flight time that enhances its effectiveness against both stationary and moving targets in contested environments.
The Scorpio-XR project is part of a significant $72.5 million contract awarded in May 2023, where the U.S. Army engaged the British defense manufacturer to enhance research and development in advanced precision-guided artillery munitions. This collaboration involves partnering with the U.S. Army Combat Capabilities Development Command Armaments Center, aiming to bolster the Army’s modernization efforts for long-range precision fire capabilities.
The development of the Scorpio-XR arises in response to contemporary military threats, with its extended range and precise targeting making it highly appropriate for modern warfare contexts. The munition allows forces to engage adversaries from safer distances, thereby reducing the risks of collateral damage—a crucial consideration in contemporary combat scenarios. Moreover, the ammunition is designed to be compatible with existing artillery systems currently in service with the U.S. Army, facilitating a seamless upgrade path that helps mitigate the costs and lengthy training associated with the integration of entirely new technologies.
Once operational, the Scorpio-XR is expected to significantly enhance the U.S. military’s anti-access/area-denial strategy, reinforcing its capabilities in dynamic battlefield environments. The advancements brought forth by the Scorpio-XR align with ongoing efforts to modernize military arsenals and ensure operational superiority in future engagements.
