How Razorback is Redefining Mobile Air Defense
The landscape of modern warfare has shifted. Traditional Counter-UAS (C-UAS) systems—often loud, stationary, or tethered to high-thermal vehicles—are increasingly vulnerable in contested environments. To survive the modern battlefield, air defense must be as agile and elusive as the threats it hunts.
Enter the Razorback.
Recently launched by Hypercraft, the Razorback isn’t just another vehicle; it is a fundamental shift in how we approach mobile air defense. While designed as a versatile platform for multiple mission sets, it is currently bridging a critical gap as a low-signature interceptor node.
The Sensor-to-Shooter Link
Modern defense relies on seamless integration. By pairing with Fortem Technologies’ advanced radar and capture systems, the Razorback is purpose-built to neutralize Group 1 and 2 UAS threats.
This collaboration aligns perfectly with the Department of Defense’s (DoD) move toward Modular Open Systems Approach (MOSA) and “Drones-as-a-Service.” In this new era, hardware must be every bit as flexible as the software driving it.
Why Razorback is a C-UAS Game Changer
The Razorback addresses the primary “pain points” of traditional mobile defense through four key pillars:
Silent Watch: Capable of staying on-station for days, its electric powertrain ensures a low thermal and acoustic signature, making it nearly invisible to enemy sensors.
Tactical Microgrid: It provides 38kW of exportable power, more than enough to sustain high-energy demands like Directed Energy Weapons (DEW) and high-surge RF jammers.
Rapid Maneuver: Air defense is useless if it’s left behind. With a top speed of 60 mph, Razorback ensures that protection keeps pace with the frontline.
Universal Autonomy: Built on a DoD-compliant architecture, it can integrate any autonomy stack through standard protocols, making it “plug-and-play” for the modern operator.
“We aren’t just moving a sensor, we are deploying a persistent energy node.”
– Brian Bowers, Hypercraft CEO
Future-Proofing the Edge
In a world where threats evolve in weeks, not years, static hardware is a liability. Razorback is built for the long haul with “Right to Develop” access and Over-the-Air (OTA) updates.
While it is securing the airspace today, the Razorback’s architecture is ready for the missions of tomorrow—whether that involves Electronic Warfare (EW), autonomous logistics, or beyond. We aren’t just building for the current conflict; we are building for what comes next.
The future of the frontline is silent, mobile, and powered by Hypercraft.