SLAM

eLidar A1

HIGH-PRECISION AIRBORNE LIDAR SOLUTION

The eLidar A1 LiDAR system is a fully integrated, high-precision airborne laser scanning solution. It combines eSurvey’ s proprietary high-performance LiDAR sensor, a high-accuracy POS system, an efficient data acquisition module, and an orthographic camera into a single compact unit. It is compatible with a wide range of UAV systems and supports minute-level point cloud generation and direct colorization without aerial triangulation. Paired with post processing software, it delivers an all-in-one workflow for seamless, high-efficiency, all-weather 3D data capture and near-real-time production—ideal for applications such as surveying, geology, power line inspection, forestry, and more.

Extended Measurement Range up to 750m

With an impressive scanning rangeof up to 750 meters, this system is engineered for large-scale, high-altitude, and long-distance data acquisition. Whether deployed in mountainous terrain, expansive infrastructure, or complex industrial environments, it delivers precise and reliable 3D results with exceptional coverage.

Real-Time 3D Reconstruction

The industry's first airborne LiDAR system to support both real-time processing and post-processing workflows.In real-time mode, it delivers high-precision, visually rich, and measurable colorized point cloud models on the fly—enabling immediate insight and operational efficiency.

Lightweight and Easy-to-Use

With a total weight of just 1.4 kg, the LiDAR unit features a compact and refined design, making it ideal for lightweight aerial platforms and field portability.

Fully Autonomous Operation

With an integrated power supply, one-touch takeoff, automated data collecting, and one-click data download, the system allows for efficient operation by a single user.

Direct True-Color Generation without Aerial Triangulation

Post-processing software enables rapid generation of 3D point clouds, allowing for direct true-color rendering without the need for aerial triangulation.

Smart Route Planning

Intelligent flight path planning supports both area-based mapping and corridor missions. The system automatically generates refined terrain-following and linear flight paths, along with calibration routes and coordinated turning maneuvers for optimized data acquisition.