Using LiDAR to assess retroreflectivity has some benefits and pitfalls. This presentation discusses them.

LiDAR vs Retroreflectivity

For more than 50 years of transportation safety leadership and innovation, RoadVista has set the standard in retroreflectometer accuracy, reliability, and usability. RoadVista is committed to making roads visibly safer with a complete selection of instruments and laboratory testing services for roadways visibility. RoadVista offers accurate, easy, safe, and cost-effective testing solutions for traffic signs, pavement markings, sign sheeting and high visibility clothing both for humans and CAVs

RoadVista

1022 Retroreflectometer

San Diego, CA – RoadVista announces the launch of the Model 1022 Handheld Retroreflectometer, the newest and most advanced instrument for quantifying the retroreflective performance of road signs, high-visibility clothing, conspicuity tapes, license plates, and other vertical retroreflective materials. The Model 1022 delivers precise retroreflectivity and nighttime color measurements in full compliance with all major global standards, giving transportation agencies, contractors, and testing laboratories a powerful new tool to enhance roadway safety.

Advanced Performance in the Field and Lab

Designed to withstand the rigors of daily field use while maintaining the optical precision required in the laboratory, the Model 1022 combines a rugged housing with high-end metrology-grade components. It measures both beaded and prismatic sign materials of any color without adjustments or filters and come standard with multiple user-selectable observation angles of 0.2, 0.33, 0.5, 1.0, 1.5, and 2.0 degrees, covering all published standards. Users can choose fixed entrance angles of -4 or 5 degrees or an optional attachment that allows entrance angle adjustment from -60 to 60 degrees in both horizontal and vertical axes, ensuring flexibility for virtually any application.

Compliance with Global Standards

The Model 1022 is fully compliant with a wide range of international standards, including ASTM E1709, ASTM E2540, ASTM E1809, EN 12899, ISO 20471, ECE 104, ANSI/ISEA 107, ANSI/ISEA 207, AS/NZS 1906, DIN 67520, and others. This broad compliance allows organizations to confidently assess and document the performance of traffic signs, high-visibility garments, and conspicuity markings to meet regulatory requirements and internal quality programs worldwide.

User-Friendly Operation and Smart Tools

With a full-color, sunlight-readable 1000-nit capacitive touchscreen, the Model 1022 offers simple, intuitive operation even in bright outdoor conditions. The instrument integrates powerful tools including a built-in camera for sign documentation, barcode and QR code reader, 92-channel multi-constellation GPS, digital compass, accelerometer, and temperature/humidity sensor to capture comprehensive data for every measurement. For U.S. operators, a complete MUTCD Sign Library and
configurable pass/fail criteria are built in, enabling quick in-field assessments of installed signs and automatic averaging of legend and background areas for compliance checks.

Connectivity, Data Capacity, and Power

The Model 1022 features 16 GB of internal memory, expandable via external USB, and can store more than ten-thousand measurements with associated photos or millions without images, providing ample capacity for large-scale sign inventories and survey programs. USB and Bluetooth interfaces enable seamless communication with computers and external GPS systems, supporting streamlined workflows and data integration into asset management platforms. A long-life, fast-charging lithium-
ion battery with USB-C 65 W charging supports multi-day operation, and the instrument is supplied in a lightweight, ergonomic, durable protective case for convenient transport.

Laserlux® FM

RoadVista®, a global leader in retroreflection measurement technology, today announced the launch of its latest pavement marking retroreflectometer, the Laserlux® FM Vehicle Front Mounted Pavement Retroreflectometer (LLFM). Designed to complement the highly successful Laserlux® G7 Mobile Retroreflectometer, the Laserlux® FM delivers enhanced vehicle front-mounted performance for efficient, continuous retroreflectivity assessment in real-world traffic environments.

The Laserlux® FM extends RoadVista’s proven Laserlux® technology — well known for accurate, continuous retroreflectivity measurement — with a front hitch-mounted configuration that enables full-lane measurement on a single pass, supporting highway-speed operations without the need for static work zones.

“Agencies and contractors face increasing demands to document and manage pavement marking performance, both for safety and regulatory compliance,” said Eric Nelson, Director of RoadVista®. “The Laserlux® FM delivers an intelligent, operator-friendly solution that integrates seamlessly into existing vehicle fleets, making comprehensive roadway marking evaluation faster, safer, and more reliable than ever.”

 

Key Features and Benefits of the Laserlux® FM

·         Continuous Measurement at Speed: Provides uninterrupted assessment of retroreflectivity, contrast, line width, RRPM counts and retroreflectivity value, and more while the vehicle is in motion.

·         Front Hitch Mount Design: Enables full-lane measurement of the left side line, right side line, and any center-lane markings on a single pass without requiring specialized vehicles or static lane closures.

·         Advanced Laser and Optical System: Solid-state lasers scan more than 400 times per second to capture detailed pavement marking data in both daylight and nighttime conditions.

·         Intuitive Operation and Data Management: Simple setup with nearly any handheld device or computer, USB flash storage, and RoadVistaGIS software for deeper analysis.

·         Compliance-Driven Performance: Supports compliance with ASTM E1710 and EN1436 30-meter geometry standards, with measurement capabilities up to speeds of 95 mph (150 km/h).

 

Complementing the Laserlux® G7

The Laserlux® FM enriches RoadVista’s Laserlux® family, building on the success of the Laserlux® G7 Mobile Retroreflectometer, which provides continuous pavement marking evaluation from the side of the vehicle and is the only commercially available system that does not require a dedicated test vehicle or modifications.

While the G7 remains a standard-bearing device for side-mount, dual-lane retroreflectivity measurement — operating safely in traffic, day or night — the new Laserlux® FM adds front-mounted flexibility and expanded survey workflows for full-lane assessment.

Laserlux® FM Data Sheet

LLFM-for-Intertraffic-2026.png

RoadVista®GIS Software

The Laserlux® FM (LLFM), front mounted retroreflectometer is ideal for agencies tasked with assessing the retroreflectivity of their pavement markings to comply with minimum retroreflectivity and other contractual requirements. It allows operators to quickly identify problem areas, saving time and money by showing them where to focus their re-striping requirements

Vehicle Front Mounted Retroreflectometer for roadmarking surveys

Retroreflectometers and Asset Management tools

Tenair

Datalayers

<noscript><iframe src="https://www.googletagmanager.com/ns.html?id=GTM-5VV8H82"
height="0" width="0" style="display:none;visibility:hidden"></iframe></noscript>

Google Tag Manager

Preference center

Cookie Bot

Log in to add this article to your reading list

Would you like to read this article again later?

Intertraffic Amsterdam 2026

Delete Account

Messages

The table below shows the Banner Name(s) that will appear on your stand(s). This name was provided during registration and may differ from the company name in your Company Profile. Changing your company name in the profile does not affect your Banner Name. 
If you wish to change your Banner Name, please contact Account Support.

We are working on creating more insights regarding the stands at RAI. Please visit the FAQ for more information about this topic.

Loading component...

Laserlux® FM

Categories

Downloads

Organised by

Intertraffic Global

About us

Newsletter

Contact us

Organised by

Intertraffic Global