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The Nolvis X1 is a purpose-built indoor inspection drone developed and manufactured by Nolvis for the confined spaces, dark interiors, and dusty industrial environments where outdoor platforms cannot operate and where sending workers in carries real risk.
Without any reliance on GPS, it maintains stable hover and controlled flight through a combination of LiDAR and visual odometry sensors that estimate position based on physical displacement rather than visual references — keeping the aircraft steady in conditions that defeat camera-only stabilization systems.
A 4K camera with 180° vertical tilt and integrated LED illumination captures clear inspection footage at any angle, and real-time 3D LiDAR data streams to the operator's display for safe BVLOS navigation around obstacles throughout the mission. Developed specifically to broaden access to indoor drone inspection capability, it is designed to be within reach of operators and programs that existing indoor platforms have priced out.
The system ships complete and ready to deploy. The box includes the aircraft, controller, three batteries, a tablet with holder and cover, charger, spare propellers, battery checker, and a full set of maintenance and connection accessories.
Nolvis X1 Cloud, launched alongside the aircraft, associates captured images and video with 3D point cloud data for intuitive post-flight visualization, team collaboration, and data sharing.
For solutions partners and fleet operators building indoor inspection programs in oil and gas, mining, maritime, utilities, and industrial facilities, the Nolvis X1 provides a stable, capable, and immediately deployable platform for the missions where removing people from confined space entry is the goal.
For fleet integrators and solutions partners evaluating indoor inspection platforms, the stabilization system is the specification that determines whether a drone is useful in the field or not. Visual odometry works well in well-lit, textured environments with clear pattern contrast. In dark tanks, dusty boiler interiors, and featureless concrete tunnels, it fails.
The Nolvis X1's LiDAR sensor estimates position by measuring displacement in the surrounding physical geometry, not by tracking visual features, which means stabilization performance does not degrade as conditions worsen. The same sensor stream that keeps the aircraft stable feeds real-time 3D point cloud data to the operator's display, providing the situational awareness needed to navigate safely around obstacles during BVLOS operations.
The Nolvis X1 is a platform for the missions that outdoor drones and conventional inspection methods are not built for. Stable, self-contained, and complete out of the box, it gives inspection programs immediate access to a GNSS-free indoor capability that has historically required either accepting the limitations of less capable platforms or absorbing the cost of systems beyond the reach of most programs.
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The Nolvis X1 is a purpose-built indoor inspection drone developed and manufactured by Nolvis for the confined spaces, dark interiors, and dusty industrial environments where outdoor platforms cannot operate and where sending workers in carries real risk.
Without any reliance on GPS, it maintains stable hover and controlled flight through a combination of LiDAR and visual odometry sensors that estimate position based on physical displacement rather than visual references — keeping the aircraft steady in conditions that defeat camera-only stabilization systems.
A 4K camera with 180° vertical tilt and integrated LED illumination captures clear inspection footage at any angle, and real-time 3D LiDAR data streams to the operator's display for safe BVLOS navigation around obstacles throughout the mission. Developed specifically to broaden access to indoor drone inspection capability, it is designed to be within reach of operators and programs that existing indoor platforms have priced out.
The system ships complete and ready to deploy. The box includes the aircraft, controller, three batteries, a tablet with holder and cover, charger, spare propellers, battery checker, and a full set of maintenance and connection accessories.
Nolvis X1 Cloud, launched alongside the aircraft, associates captured images and video with 3D point cloud data for intuitive post-flight visualization, team collaboration, and data sharing.
For solutions partners and fleet operators building indoor inspection programs in oil and gas, mining, maritime, utilities, and industrial facilities, the Nolvis X1 provides a stable, capable, and immediately deployable platform for the missions where removing people from confined space entry is the goal.
For fleet integrators and solutions partners evaluating indoor inspection platforms, the stabilization system is the specification that determines whether a drone is useful in the field or not. Visual odometry works well in well-lit, textured environments with clear pattern contrast. In dark tanks, dusty boiler interiors, and featureless concrete tunnels, it fails.
The Nolvis X1's LiDAR sensor estimates position by measuring displacement in the surrounding physical geometry, not by tracking visual features, which means stabilization performance does not degrade as conditions worsen. The same sensor stream that keeps the aircraft stable feeds real-time 3D point cloud data to the operator's display, providing the situational awareness needed to navigate safely around obstacles during BVLOS operations.
The Nolvis X1 is a platform for the missions that outdoor drones and conventional inspection methods are not built for. Stable, self-contained, and complete out of the box, it gives inspection programs immediate access to a GNSS-free indoor capability that has historically required either accepting the limitations of less capable platforms or absorbing the cost of systems beyond the reach of most programs.