The proposal opens the opportunity to project driver assistance symbols on the road ahead the vehicle as part of the Adaptive Driving Beam by introducing angular limits for the placement of these projections as well as luminous intensity limits in order to guarantee a good perceptibility of the symbols for the driver at night time without distracting other road users.

Proposal to clarify the transitional provisions for the mandatory use of Emergency Stop Signal (ESS).

Proposal from a GRE Special Interest Group on the 07 series of amendments to UN R48 to clarify the definitions of “switching” and “activation” and to introduce the mandatory use of Emergency Stop Signal (ESS) to align UN R48 with the General Safety Regulation of the European Union.

This proposal base on document GRE/2019/20 and is an alternative to document GRE/2019/14.
Currently, UN Regulation No. 48 does not allow the manual switching off all lighting devices under all circumstances. This feature is necessary for armed services and forces responsible for maintaining public order and is requested by them. It is limited only to vehicles intended for use by the armed services and forces responsible for maintaining public order. This proposal aims to reduce disadvantages and can increase safety.

Proposal to introduce requirements for testing the sun load impact, which can delay the perception of a signal in such a way that it may became a serious safety issue, if the sun load impact goes above a defined ratio.

The proposal opens the opportunity to project driver assistance symbols on the road ahead the vehicle as part of the Adaptive Driving Beam by introducing angular limits for the placement of these projections as well as luminous intensity limits in order to guarantee a good perceptibility of the symbols for the driver at night time without distracting other road users.

Proposal to clarify the transitional provisions for the mandatory use of Emergency Stop Signal (ESS).

Proposal from a GRE Special Interest Group on the 07 series of amendments to UN R48 to clarify the definitions of “switching” and “activation” and to introduce the mandatory use of Emergency Stop Signal (ESS) to align UN R48 with the General Safety Regulation of the European Union.

This proposal base on document GRE/2019/20 and is an alternative to document GRE/2019/14.
Currently, UN Regulation No. 48 does not allow the manual switching off all lighting devices under all circumstances. This feature is necessary for armed services and forces responsible for maintaining public order and is requested by them. It is limited only to vehicles intended for use by the armed services and forces responsible for maintaining public order. This proposal aims to reduce disadvantages and can increase safety.

Proposal to introduce requirements for testing the sun load impact, which can delay the perception of a signal in such a way that it may became a serious safety issue, if the sun load impact goes above a defined ratio.

The proposal opens the opportunity to project driver assistance symbols on the road ahead the vehicle as part of the Adaptive Driving Beam by introducing angular limits for the placement of these projections as well as luminous intensity limits in order to guarantee a good perceptibility of the symbols for the driver at night time without distracting other road users.

Proposal to clarify the transitional provisions for the mandatory use of Emergency Stop Signal (ESS).

Proposal from a GRE Special Interest Group on the 07 series of amendments to UN R48 to clarify the definitions of “switching” and “activation” and to introduce the mandatory use of Emergency Stop Signal (ESS) to align UN R48 with the General Safety Regulation of the European Union.

This proposal base on document GRE/2019/20 and is an alternative to document GRE/2019/14.
Currently, UN Regulation No. 48 does not allow the manual switching off all lighting devices under all circumstances. This feature is necessary for armed services and forces responsible for maintaining public order and is requested by them. It is limited only to vehicles intended for use by the armed services and forces responsible for maintaining public order. This proposal aims to reduce disadvantages and can increase safety.

Proposal to introduce requirements for testing the sun load impact, which can delay the perception of a signal in such a way that it may became a serious safety issue, if the sun load impact goes above a defined ratio.

The proposal opens the opportunity to project driver assistance symbols on the road ahead the vehicle as part of the Adaptive Driving Beam by introducing angular limits for the placement of these projections as well as luminous intensity limits in order to guarantee a good perceptibility of the symbols for the driver at night time without distracting other road users.

Proposal to clarify the transitional provisions for the mandatory use of Emergency Stop Signal (ESS).

Proposal from a GRE Special Interest Group on the 07 series of amendments to UN R48 to clarify the definitions of “switching” and “activation” and to introduce the mandatory use of Emergency Stop Signal (ESS) to align UN R48 with the General Safety Regulation of the European Union.

This proposal base on document GRE/2019/20 and is an alternative to document GRE/2019/14.
Currently, UN Regulation No. 48 does not allow the manual switching off all lighting devices under all circumstances. This feature is necessary for armed services and forces responsible for maintaining public order and is requested by them. It is limited only to vehicles intended for use by the armed services and forces responsible for maintaining public order. This proposal aims to reduce disadvantages and can increase safety.

Proposal to introduce requirements for testing the sun load impact, which can delay the perception of a signal in such a way that it may became a serious safety issue, if the sun load impact goes above a defined ratio.

The proposal opens the opportunity to project driver assistance symbols on the road ahead the vehicle as part of the Adaptive Driving Beam by introducing angular limits for the placement of these projections as well as luminous intensity limits in order to guarantee a good perceptibility of the symbols for the driver at night time without distracting other road users.

Proposal to clarify the transitional provisions for the mandatory use of Emergency Stop Signal (ESS).

Proposal from a GRE Special Interest Group on the 07 series of amendments to UN R48 to clarify the definitions of “switching” and “activation” and to introduce the mandatory use of Emergency Stop Signal (ESS) to align UN R48 with the General Safety Regulation of the European Union.

This proposal base on document GRE/2019/20 and is an alternative to document GRE/2019/14.
Currently, UN Regulation No. 48 does not allow the manual switching off all lighting devices under all circumstances. This feature is necessary for armed services and forces responsible for maintaining public order and is requested by them. It is limited only to vehicles intended for use by the armed services and forces responsible for maintaining public order. This proposal aims to reduce disadvantages and can increase safety.

Proposal to introduce requirements for testing the sun load impact, which can delay the perception of a signal in such a way that it may became a serious safety issue, if the sun load impact goes above a defined ratio.

The proposal opens the opportunity to project driver assistance symbols on the road ahead the vehicle as part of the Adaptive Driving Beam by introducing angular limits for the placement of these projections as well as luminous intensity limits in order to guarantee a good perceptibility of the symbols for the driver at night time without distracting other road users.

Proposal to clarify the transitional provisions for the mandatory use of Emergency Stop Signal (ESS).

Proposal from a GRE Special Interest Group on the 07 series of amendments to UN R48 to clarify the definitions of “switching” and “activation” and to introduce the mandatory use of Emergency Stop Signal (ESS) to align UN R48 with the General Safety Regulation of the European Union.

This proposal base on document GRE/2019/20 and is an alternative to document GRE/2019/14.
Currently, UN Regulation No. 48 does not allow the manual switching off all lighting devices under all circumstances. This feature is necessary for armed services and forces responsible for maintaining public order and is requested by them. It is limited only to vehicles intended for use by the armed services and forces responsible for maintaining public order. This proposal aims to reduce disadvantages and can increase safety.

Proposal to introduce requirements for testing the sun load impact, which can delay the perception of a signal in such a way that it may became a serious safety issue, if the sun load impact goes above a defined ratio.

The proposal opens the opportunity to project driver assistance symbols on the road ahead the vehicle as part of the Adaptive Driving Beam by introducing angular limits for the placement of these projections as well as luminous intensity limits in order to guarantee a good perceptibility of the symbols for the driver at night time without distracting other road users.

Proposal to clarify the transitional provisions for the mandatory use of Emergency Stop Signal (ESS).

Proposal from a GRE Special Interest Group on the 07 series of amendments to UN R48 to clarify the definitions of “switching” and “activation” and to introduce the mandatory use of Emergency Stop Signal (ESS) to align UN R48 with the General Safety Regulation of the European Union.

This proposal base on document GRE/2019/20 and is an alternative to document GRE/2019/14.
Currently, UN Regulation No. 48 does not allow the manual switching off all lighting devices under all circumstances. This feature is necessary for armed services and forces responsible for maintaining public order and is requested by them. It is limited only to vehicles intended for use by the armed services and forces responsible for maintaining public order. This proposal aims to reduce disadvantages and can increase safety.

Proposal to introduce requirements for testing the sun load impact, which can delay the perception of a signal in such a way that it may became a serious safety issue, if the sun load impact goes above a defined ratio.