Revolutionizing artillery with the Scorpion Light Mobile Mortar: Weapon of the Week


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Summary

Technological innovation

The article explains how the Scorpion Mobile Mortar System, developed by Global Ordnance, introduces advancements in mortar technology by combining automation, speed, and digital precision. Features such as automated aiming, a digital fire control system, and a non-seeding baseplate differentiate it from traditional mortar systems.

Efficiency and crew requirements

According to the article, traditional mortar teams often require three to seven personnel, but the Scorpion system operates with only two. Its automation allows for rapid emplacement and displacement in less than 30 seconds, allowing troops to accomplish more with fewer personnel.

Mobility and adaptability

The Scorpion system is mounted on a Polaris 6×6 MRZR and can also be installed on various vehicles, including Humvees and Toyota Hilux pickups. This demonstrates the system's modularity and adaptability to different operational needs, including firing from a variety of surfaces.


Full story

For more than 500 years, mortars have played a vital role in military operations. While the technology has evolved, the core concept has remained largely unchanged — until now. Global Ordnance’s Scorpion Mobile Mortar System, this week’s weapon of the week, is redefining how modern forces deploy indirect firepower.

What makes the system so unique?

Mounted on a Polaris 6×6 MRZR, although it is vehicle agnostic, the Scorpion is an 81 mm mortar system that combines automation, speed and digital precision. The company calls it the world’s fastest automated and fully digital mortar system.

“The system right now has 48 rounds on it, and it can emplace and displace in less than 30 seconds,” James Knight, senior manager for defense systems and energetics at Global Ordnance, said.

That speed is critical. Traditional mortar teams often require 3-7 personnel. The Scorpion needs only two. Its rapid deployment and mobility allow operators to fire and relocate before enemy counter-battery fire can respond.

“Before those rounds even land, they’ll be moving on into a safe position,” Knight said.

The Scorpion’s baseplate is another innovation. Unlike traditional mortars that rely on spaded plates to absorb recoil, the Scorpion uses a non-seeding base plate. This allows it to fire from a variety of surfaces, including concrete, without digging in.

“There’s no other base plate like it in the world,” Knight said. “It helps the system be able to employ in any environment.”

What can the Scorpion do?

At the heart of the Scorpion is a modern fire control system. Operators can auto-aim, re-aim and sequence targets using a digital interface. The system supports up to 1,000 pre-mission targets and can integrate real-time data from forward observers, headquarters or drones.

This level of automation enables faster targeting and greater accuracy, even in dynamic combat environments. The system’s adaptability also stands out. It can be mounted on a wide range of vehicles, from Humvees to Toyota Hilux pickups.

“If it can carry the system, it can go on it,” Knight said. “We tailor the solution to the platform.”

While the U.S. Department of Defense has not yet adopted the Scorpion, other nations have. Saudi Arabia has taken delivery of 100 Alakran units — a variant of the Scorpion — mounted on Toyota Land Cruisers. Ukraine also operates eight Scorpion systems integrated into Bars-8 4×4 armored personnel carriers.

With its blend of speed, automation and modularity, the Scorpion Mobile Mortar System represents a significant leap forward in battlefield fire support. It enables troops to accomplish more with fewer personnel, while staying one step ahead of the enemy.

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Brett Baker (Senior Producer), Brian Spencer (Video Editor), Dakota Piteo (Senior Motion Designer), and Devin Pavlou (Digital Producer) contributed to this report.
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Why this story matters

Advancements in mortar technology, such as the Scorpion Mobile Mortar System, are changing how military forces deploy indirect firepower by increasing automation, speed, and adaptability.

Automation and digitization

Automated and fully digital features in the Scorpion system, as stated by Global Ordnance representatives, reduce personnel requirements and enable faster, more precise targeting.

Operational mobility

According to Global Ordnance, the Scorpion system's rapid deployment and non-seeding base plate allow mortars to be used on a variety of surfaces and platforms, increasing tactical flexibility.

Global adoption

The system's use by militaries in countries like Saudi Arabia and Ukraine, as reported in the article, illustrates its impact and influence beyond the U.S. defense market.