Proposal to exempt ADS vehicles of subcategories X and Y from requirements related to the presence of a human driver and manual driving controls. The proposal permits X and Y vehicles to use alternative materials for windscreens given their 6 kph speed restriction. The proposal further permits translucence levels below 70% for ADS vehicles while an ADS feature is active (i.e., performing the DDT).

Proposal to require driver signals to be transmitted to the ADS and to introduce provisions for assessing ADS responses to the signals.

Proposal to enable the application to ADS vehicles, including exemptions of vehicles of subcategories X and/or Y from certain provisions concerning manual driving, attention to non-DDT tasks otherwise performed by the driver, introduction of provisions for “ADS features of type 1 and type 2”, and to update provisions concerning the running mass and occupants.

Proposal to enable application of UN R116 to ADS vehicles.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to enable application of UN R121 to ADS vehicles, including the exemption of vehicles of subcategory Y from the requirements of the Regulation.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to enable the application of UN R122 to ADS vehicles and to ensure that the requirements minimise the risk of burns across all vehicle occupants.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to enable application of UN R125 to ADS vehicles, including the exemption of vehicles of subcategories X and Y.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to exempt ADS vehicles of subcategory Y from the requirements and to adapt the requirements for application to ADS vehicles, including vehicles of subcategory X. The proposal relies on the establishment of requirements for ADS vehicles to define specifications for ADS performance while an ADS feature is active.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to enable application of UN R151 to ADS vehicles, including the exemption of vehicle subcategories X and Y from the requirements, and to remove the references to Unique Identifier markings.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to exempt vehicles of subcategories X and Y from the requirements and limit the requirements for other vehicles equipped with an ADS and when an ADS feature is active.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to exempt vehicles not operated by a human driver from the requirements of this Regulation, including vehicles of subcategories X and Y, and to delete the provisions concerning Unique Identifier markings.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to enable the application of UN R161 to ADS vehicles.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to enable application of UN R162 to ADS vehicles.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to enable application of UN R163 to ADS vehicles.

Proposal from the GRSG task force on Automated Vehicles Regulation Screening to enable application of UN R166 to ADS vehicles, including the exemption of ADS vehicles of subcategories X and Y from the requirements of the Regulation.

Proposal to exempt vehicles of subcategories X and Y (ADS vehicles) from the requirements on UN R167 and to delete the provisions for Unique Identifier markings.

Proposal to clarify that ocular reference point adjustment applies only to back angle, and to reference the original version of UN R166 to prevent future ambiguity should Annex and paragraph numbering change in subsequent amendments.

Proposal to clarify that transparency requirements under UN R43 apply in both directions (exterior to interior and interior to exterior), addressing the growing use of privacy foils on windscreens and front side windows post-registration, which raises safety concerns regarding driver eye-contact, law enforcement visibility, and driving behaviour enforcement, consistent with the position expressed by GRSG at its 130th session.

Proposal to remove subjectivity and clarify manufacturer requirements for demonstrating equally effective triggering performance in vehicles with a maximum mass between 8,000 and 12,000 kg.

Proposal to align requirements across different series of amendments to UN R46, and to harmonize requirements for components inside and outside the vehicle with those of UN R26 and UN R61. For detailed explanations, see the TF UN-R46 report (GRSG-130-32) distributed at the 130th GRSG session.

Proposal to align requirements across different series of amendments to UN R46, and to harmonize requirements for components inside and outside the vehicle with those of UN R26 and UN R61. For detailed explanations, see the TF UN-R46 report (GRSG-130-32) distributed at the 130th GRSG session.

Proposal to align requirements across different series of amendments to UN R46, and to harmonize requirements for components inside and outside the vehicle with those of UN R26 and UN R61. For detailed explanations, see the TF UN-R46 report (GRSG-130-32) distributed at the 130th GRSG session.

Proposal to align requirements across different series of amendments to UN R46, and to harmonize requirements for components inside and outside the vehicle with those of UN R26 and UN R61. For detailed explanations, see the TF UN-R46 report (GRSG-130-32) distributed at the 130th GRSG session.

Proposal to align requirements across different series of amendments to UN R46, and to harmonize requirements for components inside and outside the vehicle with those of UN R26 and UN R61. For detailed explanations, see the TF UN-R46 report (GRSG-130-32) distributed at the 130th GRSG session.

Proposal to clarify:

1. The allowed obstruction for devices of Class II, III and VIII,
2. The definition of the external original surface and the position of the cylinder,
3. The usage of indicators and overlays in the required field of vision
4. Protruding supports and their possible interference with the pendulum, and
5. Make corrections to figures.