NT-VTOL450 Fixed-Wing VTOL UAV | Long-Endurance Drone Platform

NT-VTOL450 Manufactured by Nested Technologies, the NT-VTOL450 is a long-endurance fixed-wing VTOL UAV designed for persistent aerial operations across complex environments. Built for enterprise, public safety, industrial, and survey missions, the NT-VTOL450 combines the flight efficiency of a fixed-wing aircraft with the flexibility of vertical takeoff and landing. Nested Technologies is a Canadian UAV manufacturer focused on developing advanced aerial systems for real-world operations, including fully integrated drone platforms with modular payload systems. With up to 2.5 hours of flight time, a 60+ km operational range, and support for modular payload configurations, the NT-VTOL450 is ideal for missions that require extended coverage without runway infrastructure. Its rugged design, wide operating temperature range, and adaptable payload options make it well suited for surveillance, inspection, mapping, and long-endurance survey operations. Long-Endurance Fixed-Wing Performance The NT-VTOL450 is engineered to deliver extended aerial coverage for missions where flight time and operational range are critical. Its fixed-wing design provides efficient forward flight, while its VTOL capability allows operators to launch and land in confined or remote areas without runway access. Designed for Mission Flexibility With a modular payload architecture, the NT-VTOL450 can be configured for different mission profiles, including long-distance surveillance, inspection, mapping, and object tracking. Operators can select from available EO/IR gimbal camera options or integrate third-party payloads depending on operational requirements. Ideal for Remote and Demanding Environments The NT-VTOL450 is built for challenging operating conditions, with a wide temperature range of -45°C to +50°C and an IP43 rating. This makes it a strong fit for industrial inspection, Arctic survey, remote monitoring, and public safety operations where reliability and endurance are essential.