Proposal to address new active suspension technologies that can raise the height of the vehicle in motion up to a defined speed. Since the vehicle height has an influence on the headform test area (WAD) and on the test results for legform tests, all possible vehicle heights up to a driving speed of 11.1 m/s (40 km/h) should be considered to be relevant for the impact with a pedestrian. The proposal is a clarification on this issue.To ensure that such an active suspension system is considered for type approval, there should be a detailed description in the information document. Due to the fact that extensions for an existing vehicle type concerning UN Regulation No. 127 are still possible according to 00 and 01 series of amendments, the proposal is relevant for all series of amendments of the UN R127.

Proposal to ensure pedestrian protection across the vehicle height variations that may be produced by an active suspension system.

Proposal to ensure pedestrian protection across the vehicle height variations that may be produced by an active suspension system.

Proposal to introduce new requirements to address vehicles equipped with Adjustable Ride Height Suspension Systems (ARHSS).

Proposal for clarifications to the text (subsequent to documents WP.29/2022/70, WP.29/2022/129 and WP.29/2022/130), especially relating to the definitions of the cowl monitoring, the windscreen, and the jerk areas.

Proposal for clarifications to the text (subsequent to documents WP.29/2022/70, WP.29/2022/129 and WP.29/2022/130), especially relating to the definitions of the cowl monitoring, the windscreen, and the jerk areas.

Proposal to amend documents WP.29/2023/49 and WP.29/2023/50 (adopted by WP.29 in June 2023) to clarify the definition of the “third of windscreen”.

Proposal to replace the moment of inertia of the femur and the tibia of Flexible lower legform impactor with the specifications of GTR 9 and MR 1.

The purpose of this proposal is to correct the moment of inertia of the femur and the tibia of the flexible lower legform impactor in UN R127 to align with GTR 9 and Addendum 3 to MR1.

Introduces an explanation to the background of the procedures to test
vehicle types including DPPS

Information to serve as guidance for Technical Services and Type Approval Authorities

Proposal to facilitate a target-orientated quasistatic certification of the upper legform impactor for the upper legform to bumper test, as described in Annex 5

Proposal applies to Supplements 3 to the 04 series of amendments. Proposal to clarify the scope of data from tests to the windscreen that must be provided for the purpose of type approval.

Proposal to introduce provisions on Deployable Pedestrian Protection Systems (DPPS) pursuant to Amendment 3 to GTR 9.

Proposal to clarify the scope of data from tests to the windscreen that must be provided for the purpose of type approval.

Proposal to clarify the scope of data from tests to the windscreen that must be provided for the purpose of type approval.

Proposal to facilitate a target-orientated quasi-static certification of the upper legform impactor for the upper legform to bumper test, as described in Annex 5 of UN Regulation No. 127.

Proposal to insert a new paragraph 0 introducing amendments for vehicles of categories X and Y, and to amend paragraphs 1, 1 footnote 1, 2.8, 2.22, 2.27, 2.29, and 5.3.1.2 of UN R127. The regulation is amended to extend application to vehicles without driver and without manual driving controls, including vehicles equipped with an Automated Driving System. Vehicles of category Y are not in scope. Modifications address the bonnet rear reference line definition, front structure including automated driving sensors for categories X and Y, mass in running order, normal ride attitude, and air ride height suspension engagement conditions.

Proposal to transpose GTR-9 Amendment 3 (ECE/TRANS/WP.29/2024/77) on technical requirements for Deployable Pedestrian Protection Systems, amend Chapter 0 Introduction, amend para. 2. to add provisions for vehicles equipped with DPPS and measurements taken with system undeployed, delete footnotes 2 and 3 from para. 2.1., replace reference to 2.27. by 2.29. in para. 2.31., delete footnotes 5 and 6 from paras. 2.43. and 2.45., insert new paras. 2.50. to 2.61. defining DPPS-related terms including Deployment Time, Detection test area, Head Impact Time, Sensors and Testing of DPPS, amend para. 4.2. to delete approval number supplementation provisions, delete para. 4.4.3., amend paras. 5.2. to 5.2.2. to reference Annex 7 requirements when tested with DPPS activated, replace paras. 11.1. to 11.25. with transitional provisions and insert paras. 11.26. to 11.29. establishing that as from entry into force Contracting Parties shall not refuse type-approvals under 05 series amendments, as from 1 September 2031 shall not accept prior series approvals first issued after that date, shall continue accepting prior approvals first issued before 1 September 2031, and shall continue granting approvals using atypical windscreen fracture procedures until 1 September 2033, amend Annex 1 para. 9.23.1., amend text under Annex 2 heading, amend Annex 3 para. 3.2., and insert new Annexes 7 and 8 establishing test procedures for DPPS including prerequisites, HIT verification methods, headform test procedures, HBM qualification, and documentation requirements.

Proposal to insert a new para. 5.1. requiring that features for design or aerodynamics in the head impact zone shall not impose an additional cause of danger to pedestrians and other vulnerable road users and shall not exhibit openings or contain materials that may increase the risk or seriousness of injury, and renumber paragraphs 5.1. to 5.2. as paragraphs 5.2. to 5.3. This aims to maintain pedestrian safety as requirements become mandatory for small-series vehicles according to Commission Delegated Regulation (EU) 2022/2236 from 7 January 2026, addressing hazards from openings in the head impact zone that may trap impacted heads or permit head intrusion and from bonnet materials like plastics that may deform or fracture, creating injury risks not currently addressed by UN R127’s component tests.