TrueView GO 116S

GeoCue TrueView GO 116S – Advanced Handheld SLAM Solution for High-Definition Reality Capture

Product Overview
The GeoCue TrueView GO 116S offers a cutting-edge handheld mapping solution that combines GNSS RTK, laser scanning, and SLAM (Simultaneous Localization and Mapping) technologies. Built for seamless indoor and outdoor reality capture, the TrueView GO 116S transforms complex environments into precise digital twins. Designed for professionals in surveying, construction, BIM, agriculture, forestry, and infrastructure inspection, this powerful yet user-friendly device captures data in real time, providing the flexibility to survey areas where GNSS signals are weak or unavailable.

Efficient Workflow with Real-Time Feedback

• Loop-Free Data Collection: By eliminating the need for loop closures, the TrueView GO 116S reduces data collection time while maintaining accuracy, enabling fast, streamlined workflows.
• Real-Time Accuracy Assessment: Equipped with real-time accuracy monitoring, users can check data quality on the spot, allowing for immediate corrections and minimizing the need for post-processing adjustments.

Enhanced Workflow with LP360 Software

• LP360 Processing Suite: Paired with LP360, the TrueView GO 132S enables smooth data processing, classification, and feature extraction. LP360’s advanced modules facilitate point cloud editing, 3D accuracy checks, and high-quality 3D model generation.

Why Choose GeoCue TrueView GO 116S?

The TrueView GO 116S redefines ease of use in high-definition 3D mapping. Its seamless integration of GNSS RTK and SLAM technologies offers precise data collection in both GNSS-available and GNSS-denied environments. Whether mapping large outdoor areas, complex indoor spaces, or underground structures, the TrueView GO 116S provides accurate, real-time insights, making it an essential tool for surveyors, civil engineers, and construction professionals.

Elevate your surveying capabilities with the TrueView GO 116S – the powerful, flexible, and intuitive solution for handheld reality capture.