TAMPA, Fla., — May 23, 2026 : DZYNE Technologies has officially unveiled Blitz, a next-generation expendable Group 1 unmanned aerial system (UAS) designed to provide affordable mass, rapid adaptability and autonomous operations for modern military requirements. Displayed at the SOF Week 2026, the platform is intended to support the growing demand for small, attritable and cost-effective unmanned aircraft capable of operating individually or in coordinated, high-volume deployments.
The fixed-wing aircraft is designed to bridge the operational gap between shorter-range multi-rotor drones and larger Group 2 unmanned systems by combining portability, modularity and scalable deployment options. According to the company, Blitz reflects lessons learned from contemporary conflicts and aligns with defence priorities focused on affordable, interoperable and rapidly deployable unmanned capabilities.
Compact Design for Rapid Deployment
Blitz is a fixed-wing aircraft weighing approximately 15 pounds (6.8 kg) and features a compact airframe with dual tailfins and mid-mounted wings. Constructed using molded foam and powered by quiet electric propulsion, the aircraft is intended to maintain a low operational signature during missions.
Designed for expeditionary and small-unit operations, Blitz uses a foldable and packable airframe with removable wings that fits entirely inside an 80-litre rucksack. The company stated that operators can assemble and prepare the aircraft for hand launch in under two minutes, enabling rapid deployment in austere operating environments.
“Blitz represents a fundamental shift in how warfighters can project mass, adaptability, and speed,” said Connor Toler, Blitz Product Manager at DZYNE Technologies.
Toler stated that the platform combines affordability with a modular architecture, enabling operators to scale missions from single-asset reconnaissance to synchronized multi-aircraft operations while integrating into existing digital ecosystems.
Modular Architecture and Mission Flexibility
DZYNE Technologies designed Blitz using a Modular Open Systems Approach (MOSA), enabling operators to rapidly reconfigure the aircraft for different operational requirements. The system includes two primary payload bays, interchangeable nose sections, modular wingtips, telemetry tails, GNSS and visual navigation modules, and multiple battery configurations.
According to the company, these components can be swapped in the field with minimal tools, allowing operators to modify mission profiles without replacing aircraft platforms. Open interfaces and Payload Development Kits also allow integration of DZYNE payloads, third-party systems and end-user-developed modules, including mission-specific payload configurations.
Blitz integrates natively with ATAK and MAVLink, enabling compatibility with existing command-and-control ecosystems while reducing integration and mission preparation time. The aircraft’s tail-mounted communications package also supports multiple radio configurations for short-range line-of-sight missions and longer-range operational requirements.
Performance and Payload Capability
DZYNE Technologies stated that Blitz offers an estimated operational range of 50 to 93 miles (80 to 150 kilometres) without forward staging and an endurance of one to two hours, depending on battery configuration. Long-endurance battery options are also available.
The aircraft operates within a cruise envelope of 40 to 75 knots equivalent airspeed (KEAS) and can achieve speeds of up to 86 mph when equipped with a high-performance propulsion kit.
Blitz is capable of carrying payloads of up to 5 pounds (2.3 kg) and can be configured for intelligence, surveillance and reconnaissance (ISR), electronic warfare (EW), kinetic effects, seekers, deception systems and other mission requirements. The company stated that a baseline aircraft costs under $10,000, excluding payloads.
Scalable Launch Options and BlitzBox System
In addition to hand-launch capability for low-footprint missions, DZYNE Technologies has developed multiple deployment methods to support larger and distributed force operations.
Small teams or maritime platforms can employ a four-pack rail launcher for repeated sorties, while larger synchronized deployments can be conducted using BlitzBox, an ISO container-based launch system developed for scalable mass deployment.
BlitzBox is available in multiple configurations, including a 10-foot variant capable of housing up to 16 drones on rail launchers and a 40-foot version capable of carrying up to 100 mission-ready aircraft or as many as 900 disassembled units. The containerized system includes integrated charging infrastructure and can be transported by truck, ship or cargo aircraft.
While fully autonomous swarming capabilities remain under development, DZYNE Technologies stated that current software enables a single operator to assign missions to dozens of aircraft simultaneously, automatically sequencing launches and deconflicting flight paths to reduce the risk of in-air collisions.
Training and Production Readiness
The company stated that Blitz has been designed for ease of use, with ATAK compatibility and an intuitive interface allowing unfamiliar operators to be trained in under two hours.
To support potential high-volume demand, DZYNE Technologies reported that its existing manufacturing footprint can currently produce up to 5,000 aircraft per month, with additional expansion capacity available if required.
Blitz is currently available for demonstrations and procurement to eligible U.S. and allied customers, with the system being showcased alongside its modular payload architecture and deployment configurations during SOF Week 2026.
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