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The Nolvis X1 is a purpose-built indoor inspection drone designed for the environments that outdoor platforms cannot enter and conventional inspection methods cannot safely navigate. Dark, dusty, confined spaces where GPS is unavailable and stable flight depends entirely on onboard sensing.
Developed and manufactured by Nolvis, it achieves automatic position correction through a combination of LiDAR and visual odometry sensors, maintaining stable hover and controlled flight without any GNSS input.
A 4K camera with 180° vertical tilt and integrated LED illumination captures clear footage in low-light conditions, and real-time 3D LiDAR data provides situational awareness for safe BVLOS navigation around obstacles.
Engineered 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 Nolvis X1 ships as a complete, field-ready system: aircraft, controller, three batteries, tablet with holder and cover, charger, spare propellers, battery checker, and a full set of maintenance and connection accessories in the box.
Nolvis X1 Cloud, launched simultaneously with the aircraft, associates captured images and video with 3D point cloud data for intuitive post-flight visualization, team collaboration, and customer data sharing.
The LiDAR sensor generates 200,000 points per second at a 10 Hz frame rate with 2 cm range precision at 10 m, supporting both inspection documentation and 3D mapping workflows.
For inspection programs in oil and gas, mining, utilities, maritime, and industrial facilities where workers currently enter dangerous confined spaces to do visual checks that a drone can perform more safely, the Nolvis X1 represents a practical and immediate path to removing people from harm.
The Nolvis X1's position stabilization system addresses a specific failure mode that affects indoor drones relying solely on visual odometry. In dark, dusty, or featureless environments, cameras lose the visual references needed to track position and the aircraft becomes unstable.
The Nolvis X1's LiDAR sensor estimates position based on displacement, measuring changes in the physical environment around the aircraft rather than relying on visual contrast, which maintains stable hover and controlled flight even when dust obscures the camera feed or lighting conditions are insufficient for visual tracking.
The same LiDAR data that stabilizes the aircraft is streamed in real time as a 3D point cloud, giving the operator situational awareness of the surrounding geometry during BVLOS flight.
For inspection programs in tanks, boilers, chimneys, ship holds, and underground structures where all of these challenging conditions routinely occur simultaneously, this sensing architecture is the difference between a drone that can reliably complete the mission and one that cannot.
The Nolvis X1 exists because the two primary barriers to indoor drone adoption, instability without GPS and prohibitive cost, have consistently blocked operators who could benefit from the technology.
By combining LiDAR-based stabilization with a complete out-of-the-box system, it removes both barriers at once. For inspection programs that have been waiting for an indoor drone that works reliably in the conditions their sites actually present, the Nolvis X1 is the platform that delivers it.
DSLRPros has supported professional UAV operators across inspection, public safety, and industrial applications for decades, and the Nolvis X1 is the indoor inspection platform that fills a capability gap that outdoor drones simply cannot address.
When you order the Nolvis X1 through DSLRPros, you receive the complete system with the product knowledge and deployment support to put it to work in your specific inspection environment from day one.
Contact DSLRPros today to discuss your requirements and place your order.
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The Nolvis X1 is a purpose-built indoor inspection drone designed for the environments that outdoor platforms cannot enter and conventional inspection methods cannot safely navigate. Dark, dusty, confined spaces where GPS is unavailable and stable flight depends entirely on onboard sensing.
Developed and manufactured by Nolvis, it achieves automatic position correction through a combination of LiDAR and visual odometry sensors, maintaining stable hover and controlled flight without any GNSS input.
A 4K camera with 180° vertical tilt and integrated LED illumination captures clear footage in low-light conditions, and real-time 3D LiDAR data provides situational awareness for safe BVLOS navigation around obstacles.
Engineered 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 Nolvis X1 ships as a complete, field-ready system: aircraft, controller, three batteries, tablet with holder and cover, charger, spare propellers, battery checker, and a full set of maintenance and connection accessories in the box.
Nolvis X1 Cloud, launched simultaneously with the aircraft, associates captured images and video with 3D point cloud data for intuitive post-flight visualization, team collaboration, and customer data sharing.
The LiDAR sensor generates 200,000 points per second at a 10 Hz frame rate with 2 cm range precision at 10 m, supporting both inspection documentation and 3D mapping workflows.
For inspection programs in oil and gas, mining, utilities, maritime, and industrial facilities where workers currently enter dangerous confined spaces to do visual checks that a drone can perform more safely, the Nolvis X1 represents a practical and immediate path to removing people from harm.
The Nolvis X1's position stabilization system addresses a specific failure mode that affects indoor drones relying solely on visual odometry. In dark, dusty, or featureless environments, cameras lose the visual references needed to track position and the aircraft becomes unstable.
The Nolvis X1's LiDAR sensor estimates position based on displacement, measuring changes in the physical environment around the aircraft rather than relying on visual contrast, which maintains stable hover and controlled flight even when dust obscures the camera feed or lighting conditions are insufficient for visual tracking.
The same LiDAR data that stabilizes the aircraft is streamed in real time as a 3D point cloud, giving the operator situational awareness of the surrounding geometry during BVLOS flight.
For inspection programs in tanks, boilers, chimneys, ship holds, and underground structures where all of these challenging conditions routinely occur simultaneously, this sensing architecture is the difference between a drone that can reliably complete the mission and one that cannot.
The Nolvis X1 exists because the two primary barriers to indoor drone adoption, instability without GPS and prohibitive cost, have consistently blocked operators who could benefit from the technology.
By combining LiDAR-based stabilization with a complete out-of-the-box system, it removes both barriers at once. For inspection programs that have been waiting for an indoor drone that works reliably in the conditions their sites actually present, the Nolvis X1 is the platform that delivers it.
DSLRPros has supported professional UAV operators across inspection, public safety, and industrial applications for decades, and the Nolvis X1 is the indoor inspection platform that fills a capability gap that outdoor drones simply cannot address.
When you order the Nolvis X1 through DSLRPros, you receive the complete system with the product knowledge and deployment support to put it to work in your specific inspection environment from day one.
Contact DSLRPros today to discuss your requirements and place your order.