AeCU

Inertial System

The Aerolaser Control Unit (AeCU) is the inertial control system in charge of synchronizing and powering all the sensors of the equipment. A product developed by Aerolaser that is integrated in all our systems: the different versions of AeSystem, AeMMS, and even a reduced version in AeDrone.

Synchronizes and powers all sensors in the system

Sends the captured information to AePC for processing.

Georeference all acquired data

JAVAD TR-3N or Trimble BD940 GNSS receiver

with PPS output to a signal doubler

Internal clock

with nanosecond precision

Controls the IMU

receives your data and adds the reading time

JAVAD TR-3N or Trimble BD940 GNSS receiver

with PPS output to a signal doubler

Internal clock

with nanosecond precision

Controls the IMU

receives your data and adds the reading time

Controls up to 6 digital cameras

Provides power supply, sends trigger commands and receives the flash signal

Operation with AeMission

Control via our flight management software

Energy distribution

Provides the necessary power to each sensor in the system

Optimize your projects with our inertial system

Contact our experts and find out how AeCU revolutionizes data capture in any geospatial project.

Other Systems

Discover other systems developed by Aerolaser that may be of interest to you.

AeDrone

Aerolaser’s smallest system, easily installed on unmanned aerial vehicles (UAV’s) for shorter range projects.

AeSystem

High-performance photogrammetric and LiDAR system for data capture in any location and from any medium.

AeMMS

System for Mobile Mapping, configurable and adaptable to the technical requirements of any terrestrial project.

MAY 22

Inauguration of the AeTech Center

On May 22 we will welcome our new R&D hub, where cutting-edge technology and innovation converge to transform the geospatial sector. During this inaugural event, our capabilities in the development and industrialization of LiDAR sensors, digital cameras and advanced geospatial information capture systems will be presented.