Hypercraft unveils Razorback autonomous UGV

Autonomous ground vehicles are supposed to solve a simple battlefield problem — stop sending people into the most predictable danger. The hard part is that most of them give something up to get there. They can haul gear, or stay quiet, or run sensors, or go long distances, but rarely all at once. Hypercraft’s new Razorback is trying to bundle those jobs into one machine. The company officially launched the vehicle on April 29 and is pitching it less like a robot mule and more like a mobile power-and-autonomy node for contested operations. (hypercraftusa.com) ### What is Razorback, exactly? Razorback is an unmanned autonomous ground vehicle — basically a robotic off-road platform built to move supplies, carry mission equipment, and operate without a crew on board. Hypercraft says the vehicle uses an open, software-defined architecture, which means the hardware is meant to stay in place while the auton(hypercraftusa.com) new radios, and new control software without a full redesign. (hypercraftusa.com) ### Why is the hybrid part the big deal? Because pure electric sounds great until range and charging become the mission. Razorback uses a diesel hybrid-electric setup with a 50 kW auxiliary power unit and a four-motor drive system rated at 300 horsepower. Hypercraft’s pitch is straightforward — diesel gives you endurance, electric drive gives you(hypercraftusa.com)eries around. It is carrying its own energy source into the field. (hypercraftusa.com) ### What are the actual numbers? The published specs are the part that makes people pay attention. Hypercraft says Razorback can carry a 2,400-pound payload, travel 280 miles, hit 60 mph, and export 38 kW of power. The chassis is 148 inches long, with 4-wheel hydraulic steering and large off-road tires for rough terrain. Those numbers put it in a(hypercraftusa.com)s onboard power budget. (hypercraftusa.com) ### Why does exportable power matter so much? Because modern military gear is hungry. Radios, electronic warfare kits, drone chargers, sensors, command posts, and directed-energy systems all need power, and hauling separate generators adds weight, noise, and logistics burden. Hypercraft says multiple Razorbacks can link into local microgrids, tur(hypercraftusa.com) just transport. (hypercraftusa.com) ### What missions is Hypercraft aiming at? The company is naming four main ones: contested logistics, counter-drone work, mobile export power, and communications or electronic-warfare support. On its product page, Hypercraft also points to casualty evacuation and says the platform can integrate Fortem Technology radar and capture systems for coun(hypercraftusa.com)— but Razorback is leaning hard into it. (hypercraftusa.com) ### Is this already fielded? No sign of that yet. What Hypercraft announced is a launch, not a contract award or a military deployment. That distinction matters. Defense is full of impressive prototypes that never make it through testing, procurement, autonomy validation, or sustainment planning. Razorback looks like a serious bid to get into that pipeline, but for now the news is the unveiling and the spec sheet. (hypercraftusa.com) ### So what’s the bottom line? Razorback matters because it reflects where military robotics is going. The winning platform may not be the one with the fanciest autonomy. It may be the one that can haul a useful load, survive rough terrain, keep electronics powered, and accept new software without starting over. That is the lane Hypercraft is trying to claim — and now it has put real numbers behind the pitch. (hypercraftusa.com)