geosun_gs_200g_lightweight_livox_mid_360_handheld_slam_system_for_indoor_outdoor_mapping.webp
geosun_gs_200g_lightweight_livox_mid_360_handheld_slam_system_for_indoor_outdoor_mapping.webp

SYSTEM DESIGNATION: GS-200G LIGHTWEIGHT SLAM LiDAR

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System Overview: The GS-200G is an ultra-lightweight Simultaneous Localization and Mapping (SLAM) system built around the Livox Mid 360 sensor architecture. It provides rapid, high-fidelity 3D spatial data acquisition for both indoor and outdoor tactical operations, specifically targeting GPS-denied or highly obstructed environments.

System Overview: The GS-200G is an ultra-lightweight Simultaneous Localization and Mapping (SLAM) system built around the Livox Mid 360 sensor architecture. It provides rapid, high-fidelity 3D spatial data acquisition for both indoor and outdoor tactical operations, specifically targeting GPS-denied or highly obstructed environments.

UGV Integration Capability

The optimal payload configuration for agile robotics. Constructed with a high-durability aluminum alloy body, the GS-200G achieves a critical net weight of exactly 1.0kg. This extreme weight reduction makes it the most efficient LiDAR payload for quadruped UGVs, minimizing battery drain, maximizing operational endurance, and ensuring zero disruption to the carrier's kinematic balance during complex maneuvers.

Technical Specifications:

  • Hardware Model: Geosun GS-200G

  • Core Sensor: Livox Mid 360

  • Operational Environment: Indoor & Outdoor Mapping

  • Housing Material: High-Strength Aluminum Alloy Body

  • Net Payload Weight: 1.0kg

  • Integration Status: Primary UGV Payload / Quadruped Optimized

TARGET SECTORS & APPLICATIONS

  • Subterranean & Mining Operations: Rapid 3D spatial mapping in underground tunnels, caves, and mining shafts where GNSS signals are completely denied.

  • Tactical Indoor Reconnaissance: Providing immediate spatial awareness and 3D floor plans for defense teams operating in unknown, hostile, or complex enclosed environments.

  • Urban Search & Rescue (USAR): Deployment via robotic carriers into collapsed structures and disaster zones to generate real-time point-cloud data of narrow ruins and confined spaces.

  • Industrial Infrastructure Inspection: Routine and emergency scanning of complex power plants, chemical refineries, and comprehensive pipe galleries to detect structural anomalies without exposing human personnel to risk.

  • Forestry & Canopy Mapping: High-fidelity outdoor data collection in dense environments where traditional GPS positioning is compromised.