Beehive Industries launches new 3D printed Rampart engine, “The Force Multiplier.”

Beehive Industries has unveiled its newest advancement in propulsion technology: the Rampart engine, known as “The Force Multiplier.” This 3D printed engine is designed specifically for the next generation of Collaborative Combat Aircraft, particularly uncrewed systems operating alongside manned fighters. Built to meet the rigorous demands of modern warfare, the Rampart engine is poised to transform how air power is projected, enabling a fleet of uncrewed aerial vehicles (UAVs) that support combat, reconnaissance, decoy, and logistics missions in high-threat environments.

The Rampart engine stands apart from traditional propulsion systems due to its innovative design and manufacturing approach. Leveraging additive manufacturing, Beehive Industries has redefined the engine development process by eliminating casting, tooling, and long-lead components. This not only reduces production time and cost but also fortifies the supply chain, allowing the company to scale faster and respond more flexibly to national security needs.

In terms of performance, Rampart delivers on multiple fronts. The engine is engineered for high reliability, ensuring consistent thrust across a range of demanding mission profiles. Its extended range efficiency allows uncrewed aircraft to fly farther, loiter longer, and perform more persistently without the need for support from manned assets. Furthermore, Rampart’s thrust capabilities empower these UAVs to carry substantial combat payloads—whether that be advanced sensors, decoy equipment, or resupply cargo—making them valuable assets in contested airspace.

The engine’s rugged construction means it’s built to “take the hit.” Rampart-powered UAVs can absorb enemy fire, endure harsh conditions, and still complete their missions. This resilience enables manned fighter jets to focus on critical objectives while their uncrewed counterparts handle high-risk operations. In turn, this reduces overall mission risk and enhances operational effectiveness.

Rampart is part of a broader engine family tailored to meet the varying thrust and performance requirements of different mission sets. This versatility ensures that whether the mission involves long-range reconnaissance or rapid-response combat support, there is a Rampart variant designed to meet the need. Every version is rooted in the same additively manufactured core, ensuring consistency, modularity, and ease of maintenance.

One of the most compelling advantages of Rampart lies in its affordability. Additive manufacturing is implemented to significantly reduce the cost per unit by simplifying assembly and minimizing the number of parts. This makes high-volume production not only feasible but economically advantageous. Because engines can be produced rapidly and on demand, military planners have access to a scalable propulsion solution that can meet both peacetime and wartime requirements.

From a national security perspective, Rampart reinforces America’s defense infrastructure. Being fully manufactured in the United States, it strengthens domestic supply chains and ensures critical technologies remain under U.S. control. In an era where resilience and autonomy are paramount, Beehive Industries’ decision to produce Rampart in-house provides a strategic advantage.

Rampart has been engineered with speed, scale, and survivability in mind. Its design not only allows for faster fielding of new airframes but also enables rapid iteration and innovation, ensuring the technology evolves in step with the battlefield. Beehive Industries has created more than just an engine—it has delivered a platform that redefines the future of aerial combat, logistics, and reconnaissance.

This launch marks a new era in military propulsion. The Rampart engine promises to empower uncrewed aerial vehicles to take on roles that were once too dangerous, too expensive, or too logistically complex. As warfare continues to evolve, Beehive Industries’ Rampart looks to ensure that the United States maintains superiority not only in the skies but in the speed and flexibility of deploying critical technologies