Applanix POS LV

POS LV is a compact, fully integrated, turnkey Position and Orientation System . Utilizing integrated inertial technology to generate stable, reliable and repeatable positioning solutions for land-based vehicle applications.

Designed to operate under the most difficult GNSS conditions found in urban and suburban environments. POS LV enables accurate positioning for road geometry, pavement inspection, GIS database and asset management, road surveying, vehicle dynamics.

POS LVX is a new configuration of POS LV. Housed in a robust, rugged enclosure and easily incorporated into small vehicles, autonomous platforms and tight spaces of all types, it is designed for the smaller, modular mobile mapping system.

Please talk to us about project pricing.

Description

Features:

POS Computer System enables raw GNSS data from as few as one satellite to be processed directly into the system to compute accurate positional information in areas of intermittent or no GNSS reception
IMU generates a true representation of vehicle motion in all three axes
Streamlined data workflows
Worldwide availability
Embedded GNSS receivers provide heading aiding to supplement the inertial data
Post-processing capabilities with POSPac MMS
Quick operational capability, with installation, calibration and training completed in as little as three days
DMI (Distance Measurement Indicator) computes wheel rotation information to aid vehicle positioning
Operates at normal highway traffic speeds for cost-effective data capture
Upgradeable systems

Benefits:

Generates continuous, accurate, position and orientation information under the most difficult GNSS conditions
Allows quick operational capability, with installation, calibration and training completed in as little as three days
Produces precise, high-rate, low-latency, real-time data
Includes an automatic redundant data logging capability
Requires less space in the survey vehicle, using a small, lightweight POS Computer System (PCS)
Operates at normal highway traffic speeds for cost-effective data capture
Uses the latest survey-grade GNSS technology for improved positioning performance