Proposal to add a reference to the installation parameters (illumination levels, maximum gradient value, angles of visibility and light incidence angle) of the licence plate illumination lamps determined during their type approval process, to clarify the height requirements for the installation of the dipped-beam headlamp, reversing lamp and rear fog lamp for vehicles of category G (designed for off-road use), to clarify use of the term "electronic light source control gear”, to correct paragraph numbering and to re-introduce provisions that were omitted by mistake in previous amendments.

Proposal to add a reference to the installation parameters (illumination levels, maximum gradient value, angles of visibility and light incidence angle) of the licence plate illumination lamps determined during their type approval process, to clarify the height requirements for the installation of the dipped-beam headlamp, reversing lamp and rear fog lamp for vehicles of category G (designed for off-road use), to clarify use of the term "electronic light source control gear”, to correct paragraph numbering, and to re-introduce provisions that were omitted by mistake in previous amendments.

Proposal to clarify the height requirements for the installation of the dipped-beam headlamp, reversing lamp and rear fog lamp for vehicles of category G (designed for off-road use).

Proposal to clarify the height requirements for the installation of the dipped-beam headlamp, reversing lamp and rear fog lamp for vehicles of category G (designed for off-road use).

Proposal to address semitrailers where the required distance of the foremost side-marker lamp of 3 m from the front cannot be achieved.

Proposal to minimize hazards to other traffic users such as glare and distraction by expanding the scope of the vehicle’s conditions subject to technical requirements under “normal conditions of use” (para. 5.1.), including use of lighting when parked or engine stopped.

Proposal from the SLR informal group to introduce into the 06 series of amendments to UN R48 the possibility to extend to some additional contributors for the driving-beam (more than four) without AFS.

For a more efficient discussion during the 83rd session of GRE the experts from the International Organization of Motor Vehicle Manufacturers merged documents GRE/2020/08-Rev.1 (SLR) and GRE/2020/23 into one document.

Proposal to permit the installation of manoeuvring lamps on trailers.

Proposal from the SLR informal group to introduce into the 03, 04, and 05 series of amendments to UN R48 references to the headlamp Classes in the 01 series of amendments to UN R149.

Proposal from the SLR informal group to introduce into the 06 and 07 series of amendments to UN R48 references to the headlamp Classes in the 01 series of amendments to UN R149.

For light sources with integrated electronics an “Electronic light source control gear” comprises components between the supply and the light emitting elements. The definition was derived from IEC and CIE, where a light source is the light emitting element. Provisions for “Electronic light source control gear” are normally used in installation and device regulations, but create confusion in relation to light sources with integrated electronics. Therefore, it is proposed to tune this term to the use in installation and device regulations and no longer specifically mention integration (or not) in the light source; “Electronic light source control gear” is not defined in R.E.5., but is part of the light source definition. The proposal also delete the term “igniter” because it is not used in the regulation.

Currently under UN R48, it is possible to have additional contributors for driving-beam (more than four) in relation with AFS requirements (Par. 6.22.4.1.2.). This proposal is intended to extend such a possibility to driving-beam without AFS (Par. 6.1.). Brightness will be always limited by the requirements in Par. 6.1.9.1. (Imax value 430,000 cd for all driving-beam headlamps switch ON simultaneously). In case of additional modules, the surface of the driving-beam will increase and its luminance will decrease. Consequently, an oncoming driver would not receive any additional glare.

Submission for the October GRE session listing the Stage One and Stage Two amendments under development.

Proposal for a Supplement to the 06 and 07 series of amendments to UN Regulation No. 48

Proposal to introduce new requirements for headlamp levelling, in particular on the vertical inclination in relation to the dipped-beam headlamp mounting height.

Proposal from the SLR informal group to correct paragraph numbering and to re-introduce omissions that were deleted by mistake by previous amendments.

Proposal to improve requirements linked to the manual levelling device.

Justification for the proposal to introduce new requirements for headlamp levelling, in particular on the vertical inclination in relation to the dipped-beam headlamp mounting height.

Proposal to modify the transitional provisions for the 07 series of amendments.

Proposal to clarify the definitions of “switching” and “activation” and to introduce the mandatory use of Emergency Stop Signals (ESS) to align UN R48 with the General Safety Regulation of the European Union.

Proposal to define the switching conditions of dipped beam and daytime running lamps (DRL) and the variable intensity of rear lamps in conjunction with traffic conditions.

Proposal to clarify the height requirements for the installation of the dipped-beam headlamp, reversing lamp and rear fog lamp for vehicles of category G (designed for off-road use).

Proposal to add a reference to the installation parameters of the licence plate illumination lamps determined during their type approval process. Every type-approved device or pair of devices have their own geometrical position in relation to the rear registration plate which is determined based on the illumination levels, maximum gradient value, angles of visibility and light incidence angle. This proposal would introduce a reference to these parameters in UN R48.

Proposal to allow the projection of driver assistance symbols on the road ahead of the vehicle as part of the Adaptive Driving Beam (ADB).

Proposal to allow the use of manufacturer logos in the internal structure of optical components and/or in the outer lens within the apparent surface of a signalling lamp.