Hovermap ST-X product profile
Hovermap ST-X is Emesent higher-performance lidar scanner for mobile and aerial mapping. It extends the Hovermap line with longer scanning range, denser capture and rugged field use for underground, industrial and infrastructure environments.
Facts
- Company: Emesent
- Product type: Autonomy Mapping Payload
- Status: launched
- Website: https://www.emesent.com/emesent-product/hovermap-series/
Profile sections
- Summary
- Overview
- Market context
- Audience
- Workflow
- Capability
- Deployment environment
- Positioning tags
- Specifications
- Tags
- Timeline / Research
- Comparable Systems
- Sources
Summary
Hovermap ST-X is Emesent higher-performance lidar scanner for mobile and aerial mapping. It extends the Hovermap line with longer scanning range, denser capture and rugged field use for underground, industrial and infrastructure environments.
Overview
Hovermap ST-X is Emesent higher-performance lidar scanner for mobile and aerial mapping. It extends the Hovermap line with longer scanning range, denser capture and rugged field use for underground, industrial and infrastructure environments.
Market context
Hovermap ST-X is a higher-capability variant in Emesent’s Hovermap ST LiDAR mapping range.
- Target environment: Mines, tunnels, infrastructure, industrial facilities and other complex assets that require high-density LiDAR mapping.
- Workflow context: Supports drone-mounted, ground-robot, vehicle, handheld and backpack mapping modes with Hovermap autonomy and point-cloud workflows.
- Customer context: Survey, mining, infrastructure, AEC and industrial inspection teams comparing Hovermap ST-range options.
- Deployment model: Commercial Hovermap variant within Emesent’s LiDAR mapping ecosystem.
- Commercial maturity: Commercial variant described in Emesent’s ST range brochure and product materials.
- Adoption constraints: Variant-level selection should be based on the latest Emesent datasheet and required range, density, autonomy and accessory needs.
- Market position: Higher-end option in a widely used LiDAR-SLAM mapping payload family.
- Adjacent products: Emesent Hovermap, Emesent Hovermap Backpack, Flyability Elios 3
Workflow
Supports drone-mounted, ground-robot, vehicle, handheld and backpack mapping modes with Hovermap autonomy and point-cloud workflows.
Capability
Lidar Mapping, GPS-denied operation
Deployment environment
Mines, tunnels, infrastructure, industrial facilities and other complex assets that require high-density LiDAR mapping.
Positioning tags
- Audience: Inspectors
- Workflow: Supports drone-mounted, ground-robot, vehicle, handheld and backpack mapping modes with Hovermap autonomy and point-cloud workflows.
- Capability: Lidar Mapping, GPS-denied operation
- Deployment environment: Mines, tunnels, infrastructure, industrial facilities and other complex assets that require high-density LiDAR mapping.
Specifications
- Product type: Autonomy Mapping Payload
- Status: Launched
- Website: Https://www.emesent.com/emesent Product/hovermap Series/
Tags
- Peer Group: Lidar Sensor, Perception Sensor, Lidar Systems
- Workflow: Industrial inspection
- Capability: Lidar Mapping, GPS-denied operation
- Commercial Stage: Commercial product
Timeline / Research
- 2025-01-13 - Research Publication - Long-distance SLAM scanning of mine tunnel - testing of precision and accuracy of Emesent Hovermap ST-X - The paper tests precision and accuracy for long-distance SLAM scanning of a m…
Comparable Systems
- Hovermap - Emesent - Autonomy Mapping Payload
- OS0 Rev7 LiDAR Sensor - Ouster - Component Family
- Atlas Ultra 4D LiDAR - Aeva Technologies - Component
- Apollo 4Sight Flex LiDAR - AEye Inc - Component
- JT16 Mini 3D LiDAR - Hesai Technology - Component
- MAVIN N - MicroVision - Component
- E1R Robotics LiDAR - RoboSense - Component
Hovermap ST-X canonical Korthos profile