NavVis VLX 2 Wearable Mobile Mapping System

The NavVis VLX 2 is a versatile wearable mobile mapping and reality capture system built for professionals who require fast, accurate 3D scanning of both indoor and outdoor environments. Powered by advanced SLAM (Simultaneous Localization and Mapping) technology and dual 16-layer LiDAR sensors, the VLX 2 generates survey-grade point clouds and 360° panoramic imagery while the operator moves at walking pace — enabling rapid capture of complex built environments without static tripod scanning.

Engineered for reliability and performance, the VLX 2 combines robust SLAM with four high-resolution cameras that capture rich visual context in every direction without the operator appearing in the field of view. Live scanning feedback is delivered through a built-in touchscreen, helping users monitor coverage in real time and ensure complete, high-quality capture on the first pass.

With its unique folding design, portable SSD storage, hot-swappable batteries, and multiple transport options, the NavVis VLX 2 is optimized for hybrid scanning workflows across a variety of project types — from complex interiors and construction sites to outdoor roadways and infrastructure.

Key Features

• Dynamic reality capture: Dual 16-layer LiDAR sensors with industry-trusted SLAM for detailed point clouds.
• 360° panoramic imagery: Four 20 MP cameras capture immersive visual context without operator occlusion.
• Real-time feedback: Built-in touchscreen provides live coverage and scanning monitoring.
• Survey-grade geo-registration: Supports control points captured by total stations and GNSS rovers for alignment to local or global coordinate systems.
• Ergonomic, portable design: Innovative folding structure and transport options for ease of use and mobility.
• Reliable field performance: Hot-swappable batteries, 1 TB SSD storage, and integrated Wi-Fi/Bluetooth connectivity.

Ideal For

Engineering services, geospatial and surveying teams, utilities, construction, and infrastructure professionals who need efficient reality capture of large or technically complex sites, rapid as-built documentation, digital model creation, and detailed spatial data with minimal disruption to ongoing operations.