WaveAerospace company

All-weather electric quadcopters built for high-wind resistance and continuous mission uptime, ensuring dependable operation in harsh environmental conditions.

WaveAerospace overview

Pioneering All-Weather Autonomous UAVs

WaveAerospace designs and manufactures unmanned aircraft engineered to carry out the most critical missions, safely delivering essential payloads in conditions that would ground conventional drones. Unlike standard aerial platforms, WaveAerospace aircraft operate reliably in extreme wind, storm, and inclement weather, ensuring mission success day or night, regardless of environmental challenges. Whether tasked with reconnaissance, tactical logistics, or communications relay, our aircraft consistently perform when others cannot.

Built on our proprietary hybrid platform, our UAVs surpass the limitations of both fixed-wing and rotorcraft designs. Payload-agnostic by nature, each aircraft can be configured to match the mission, from long-range low-radar-profile surveillance to vertical takeoff and landing (VTOL) operations off the deck of a ship in Force 10 ocean conditions. This adaptability allows operators to deploy WaveAerospace systems in highly unpredictable environments while maintaining control, safety, and reliability.

Our focus is not only on the aircraft themselves but on the ability to overcome operational uncertainty. Longer missions, extended ranges, or hostile environments amplify unforeseen challenges. WaveAerospace platforms are engineered to address these variables without compromise, offering confidence in every deployment.

Our UAV Portfolio

WaveAerospace offers a suite of UAVs purpose-built for heavy weather operations and challenging mission profiles. We provide reliable aerial solutions that enable situational awareness under extreme conditions.

Falcon II LE – Law Enforcement & Emergency Services

The Falcon II LE is an all-electric quadcopter tailored for emergency management, law enforcement, and critical response. Designed to operate safely in high winds of up to 60 knots, rain, and snow, it delivers up to 60 minutes of flight time and can carry a range of payloads including optical recognition systems. Equipped with FAA-approved night lighting and switchable red and blue police strobes, Falcon II LE is ideal for extended surveillance, search and rescue, marine operations, and BVLOS flights.

Nyx – Tactical ISR and Reconnaissance

Nyx is a tactical, high-stealth UAV designed for intelligence, surveillance, and reconnaissance (ISR), reconnaissance-in-force (RIF), and dark drone operations. The aircraft can fly autonomously, with or without real-time communication, and operate in complete darkness and radio silence. Its RF- and magnetically-shielded construction, low radar cross-section, and HALO-drop capability enable critical tactical missions up to 60 minutes in conditions that would disable other UAV platforms.

M.U.L.E. – Multi-Mission Logistics and Expedition

The M.U.L.E. (Multi-Mission, Utility, Logistics, & Expedition) is a heavy-lift VTOL drone platform built for cargo transport in extreme environments, including mountainous terrain and Force 10 ocean conditions. Capable of carrying 40 kg of payload, the platform supports EO/IR sensors for extended ISR missions. Powered by a hybrid JP-8/electric system with a 100 kW electrical supply and 20 kW auxiliary power unit, M.U.L.E. features fully encrypted, radio-agnostic communications and provides a resilient solution for on-demand land and sea-borne logistics.

Huntress – High-Speed Multi-Mission VTOL

The Huntress series represents cutting-edge all-weather, hybrid-electric VTOL technology. The Huntress multirotor achieves speeds up to Mach 0.4 (300 mph) and delivers tactical capability at a fraction of the cost and footprint of traditional helicopters. With payload versatility and up to 60 minutes of endurance, Huntress supports reconnaissance, tactical communications relay, BVLOS operations, and maritime deployments, including launches from ships in Force 10 conditions.

The Huntress II turbojet hybrid-electric platform extends operational range, carrying up to 50 kg for up to 2 hours. Capable of both air- and ground-launch, this UAV achieves takeoff within 90 seconds and overcomes the inherent limits of conventional fixed-wing or rotary designs, maintaining high stability and efficiency during high-speed forward flight and loitering.

Advanced Mission Systems

WaveAerospace UAVs are complemented by cutting-edge mission support systems. Our 66,000-lumen LED searchlight provides critical visibility for search and rescue operations, compatible with infrared imaging while optimized for size, weight, and power efficiency.

The Mesh Rider Communications System establishes secure, encrypted private networks capable of connecting up to 250 UAVs or other nodes over distances of 110 km. Compatible with licensed and unlicensed bands, the system maintains continuous real-time telemetry and streaming HD video, rerouting communications seamlessly if any node is lost.

Built for Extreme Conditions

Constructed in the United States to military specifications, WaveAerospace platforms operate reliably in high winds exceeding 30 knots and withstand Force 10 maritime conditions. Every aircraft is engineered for operational resilience, enabling critical missions where other systems fail. From ISR to tactical logistics and emergency response, WaveAerospace UAVs deliver unparalleled autonomy, stability, and performance under extreme environmental stress.

Global Operational Impact

WaveAerospace UAVs support a wide range of customers in law enforcement, military, emergency services, and commercial sectors. By combining heavy-weather capabilities with versatile payload integration, our platforms enhance operational efficiency, situational awareness, and mission success across land, sea, and air.

WaveAerospace continues to redefine the boundaries of unmanned aviation, providing aircraft, payloads, and communications systems that empower operators to complete missions safely and effectively—regardless of the weather or operational complexity.