ISO 16505:2019
Road vehicles — Ergonomic and performance aspects of Camera Monitor Systems — Requirements and test procedures
| Issuing body | ISO |
|---|---|
| Committees | ISO/TC 22/SC 39 (Ergonomics) |
| First issued | 2015 |
| Latest revision | 2019 |
| Status | active |
| Category | international |
| Topics | contrast_sensitivity, display_design, visual |
| Reference | https://www.iso.org/standard/72000.html |
Scope
Gives minimum safety, ergonomic and performance requirements and test procedures for Camera Monitor Systems used to replace mandatory rear-view mirrors, covering what the driver sees (field of view, image quality, latency, luminance/contrast) for mirror classes per UN R46. Amendment 1:2021 exists. ADAS such as parking aids excluded.
Related Papers (20)
- Examination of a Prototype Camera Monitor System for Light Vehicle Outside Mirror Replacement · 2018 · paper relates to standard · 0.82 (embedding)
- Development of a Performance Specification for Camera/Video Imaging Systems on Heavy Vehicles - Final Report: Specifications · 2008 · paper relates to standard · 0.78 (embedding)
- Pilot Study of Driver Use of a Camera-Based Visibility System Versus Mirrors · 2023 · paper relates to standard · 0.72 (embedding)
- Driver eye glance behavior and performance with camera-based visibility systems versus mirrors ↗ · 2023 · paper relates to standard · 0.68 (embedding)
- Federal Motor Carrier Safety Administration's Advanced System Testing Utilizing a Data Acquisition System on the Highways (FAST DASH) Safety Technology Evaluation Project #3: Novel Convex Mirrors · 2016 · paper relates to standard · 0.67 (embedding)
- Field Demonstration of Heavy Vehicle Camera/Video Imaging Systems ↗ · 2011 · paper relates to standard · 0.67 (embedding)
- Integrated Rear-view Mirror for Driver Monitoring System ↗ · 2006 · paper relates to standard · 0.67 (embedding)
- Evaluation of Camera-Based Systems to Reduce Transit Bus Side Collisions: Phase II · 2012 · paper relates to standard · 0.67 (embedding)
- A CONTROLLED PILOT STUDY IN A PRACTICE YARD TO ASSESS DRIVER PERCEPTION WITH CAMERA-MONITOR SYSTEMS VS. MIRRORS: EYE TRACKING INSIGHTS FROM A PILOT STUDY, PART ONE ↗ · 2025 · paper relates to standard · 0.67 (embedding)
- Driver Workload for Rear-Vision Systems With Single Versus Multiple Display Locations ↗ · 2005 · paper relates to standard · 0.66 (embedding)
- Distance Perception with a Camera-Based Rear Vision System in Actual Driving ↗ · 2005 · paper relates to standard · 0.65 (embedding)
- Effects of E-Mirror Location and Size and Lane Change Direction on Lane Change Time, Eye-Off-Road Time, Mental Workload, and Preference ↗ · 2021 · paper relates to standard · 0.65 (embedding)
- Image parameters for driving with indirect viewing systems ↗ · 2003 · paper relates to standard · 0.65 (embedding)
- *JAMA Guideline for In-Vehicle Display Systems (*Japan Automobile Manufacturers Association) ↗ · 2005 · paper relates to standard · 0.64 (embedding)
- FMVSS Considerations for Vehicles with Automated Driving Systems: Volume 2 · 2021 · paper relates to standard · 0.64 (embedding)
- Driving without wings: The effect of different digital mirror locations on the visual behaviour, performance and opinions of drivers ↗ · 2016 · paper relates to standard · 0.64 (embedding)
- Methodological Approach for a Field Demonstration of a Camera/Video Imaging System for Heavy Vehicles ↗ · 2009 · paper relates to standard · 0.64 (embedding)
- Evaluation of Camera-Based Systems to Reduce Transit Bus Side Collisions · 2010 · paper relates to standard · 0.64 (embedding)
- The Impact of Image Parameters of Indirect Viewing Systems on Driver Fatigue and Task Performance ↗ · 2013 · paper relates to standard · 0.63 (embedding)
- Development of performance specifications for collision avoidance systems for lane change, merging, and backing. Task 6, Interim report : testbed systems design and associated facilities · 1997 · paper relates to standard · 0.62 (embedding)