Proposal to insert para. 5.8.4.2. requiring electric side window controls adjacent to the front seat row be within reach and directly accessible without multiple actions, renumber former para. 5.8.4.2. as para. 5.8.4.3., insert para. 5.8.8. requiring electric side windows of the front seat row to function for at least 2 minutes during vehicle submergence, and insert Annex 11 describing submergence test procedures including container-based and slope-entry methods.

Proposal to:

• Add clarification to para. 5.3.5. that compliance with maximum head deceleration is not required,
• Add new requirements to para. 5.9.1. limiting head deceleration compliance to parts qualifying as points of head contact,
• Replace ‘point of contact’ with ‘point of head contact’ throughout Annex 1 paras. 2.2., 2.3., 2.3.1. and 3.,
• Insert new para. 1.4.4. in Annex 4 specifying test procedures for contactable points not qualifying as points of head contact,
• Amend Annex 4 para. 2.1. to reference specific procedures,
• Replace ‘point of contact’ with ‘point of head contact’ in Annex 10 explanatory notes to Annex 1 para. 2.2.

Status report on the Informal Working Group on Event Data Recorder and Data Storage System for Automated Driving. The IWG has developed requirements for UN R157, UN R185/GTR, UN R160, and UN R169. DSSAD activities will be removed from the IWG on EDR/DSSAD and assumed by a new IWG on ADS2, pending WP.29 decision. EDR Step 2 work includes proposals for a 03 Series of Amendments to UN R160 and Supplement 3 to UN R169. EDR Step 3 will consider data survivability, triggering sensitivity, data elements, and EDR for category L vehicles, with a proposal planned for April 2027.

Proposal to establish a new UN Regulation for approval of vehicles of category N₁Y regarding fuel system integrity, electrical shock protection, and crash compatibility. The regulation specifies requirements for frontal, rear-end, and lateral collision tests based on existing UN Regulations (No. 94, 95, 137, and 153), with provisions for liquid fuel leakage limits, hydrogen fuel system integrity including shut-off valve closure and leakage rate limits, electrical protection from high voltage systems, REESS retention and fire hazard prevention, and crash compatibility criteria and values determined from longitudinal acceleration measurements.

Proposal to amend para. 0. to extend application to vehicles of category Y, amend para. 1.4. to exclude category Y vehicles and certain category N₁ vehicles, add definitions and clarifications for category Y vehicles in paras. 2.8., 2.22., 2.29., 2.32., 2.44., and 2.45., and replace wording in para. 5.3.1.2. concerning Automated Driving System activation and delete footnote 9.

Proposal to amend para. 0. to extend application to vehicles of category Y, amend para. 1.4. to clarify non-applicability to category Y vehicles, add provisions to paras. 2.8., 2.22., 2.29., 2.32., 2.44., and 2.45. defining terms and test areas for category Y vehicles without windscreens, and replace language in para. 5.3.1.2. regarding Automated Driving System activity and delete footnote 9.

Agenda for the 17th meeting of the informal working group on Equitable Occupant Protection, EqOP, to be held on-line on 14 October 2026. The meeting will cover welcome, adoption of the agenda, approval of minutes from the 15th meeting, review of the IWG EqOP Progress Dashboard, status of task forces, upcoming meetings and workshops, and conclusion.

Task force in-session amendments to the proposal to amend para. 0. to introduce provisions for vehicles of category Y and Automated Driving Systems, amend para. 1.4. to exclude category Y vehicles and exempt certain category N₁ vehicles, add sentences to paras. 2.8., 2.22., 2.29., 2.32., 2.45. defining or clarifying applicability for category Y vehicles, amend para. 2.44. to define windscreen test area for category Y vehicles without windscreens, and replace language in para. 5.3.1.2. to refer to active ADS rather than ADS performing the Dynamic Driving Task.

Task force in-session amendments to the proposal to establish uniform provisions for approval of vehicles of category N₁Y regarding protection of fuel system integrity, protection against electrical shock, and vehicle crash compatibility. Requirements address liquid fuel leakage limits, compressed hydrogen storage system integrity including leakage rates and container retention, high voltage electrical system protection through absence of high voltage, low electrical energy, physical protection, or isolation resistance, electrolyte leakage limits for rechargeable energy storage systems, REESS retention, fire and explosion hazards, and crash compatibility criteria. Testing includes frontal collision per UN R94 or UN R137, lateral collision per UN R95, and rear-end collision per UN R153. Vehicles derived from approved N₁ types complying with specified series may demonstrate compliance through previous test results.

Draft agenda for the 7th meeting of Task Force 4 Frontal Impact & Restraint System Requirements, scheduled for 21 October 2026. The meeting will cover welcome and agenda approval, approval of previous meeting minutes, progress dashboard review, priority table alignment, preparation for a Japan Workshop in Tokyo in November 2026 including definition of robustness and workshop agenda, conclusions and next steps, and other business.

Document presents technical challenges to defining retrofit kit types for electric conversion and approval processes. Identifies that retrofit kit type perimeter depends on the regulation considered, with different requirements across UN R10, R13, R100, R85, R138, WLTP, R79, R39, R51, R89, R121, and R122. Presents testing challenges at vehicle, component, and EPRS levels, noting that testing a kit type not installed on a vehicle is impossible to account for all impacts on the vehicle.

Minutes of the twelfth meeting of the IWG on EV/HFCV Retrofit Systems held 28 September 2026. The group adopted the provisional agenda and reviewed the work program, aiming to provide GRPE with a first draft of a future UN Regulation by 14–16 October 2026. The group focused on revising definitions in the draft UN Regulation, particularly EPRS definition, EPRS type, vehicle family, and installer provisions. Key unresolved issues include which components must remain identical within an approved type, alternative ways of grouping vehicles within a family, whether installer requirements should be included in the UN Regulation, and the scope regarding vehicles subject to UN Regulations Nos. 155 and 156.

GRSP sought WP.29 guidance on an apparent contradiction between transitional provisions 15.1.2. and 15.1.3. in the 06 series of amendments to UN R22 (helmets) and article 12.4 of Revision 3 of the 1958 Agreement. WP.29 agreed that the provisions of the 1958 Agreement should prevail over those of specific UN Regulations and that these transitional provisions are invalid, even though the 06 series entered into force on 3 January 2021 after Revision 3 of the 1958 Agreement entered into force on 14 September 2017. Article 12.4 applies to all UN Regulations regardless of date of issuance and preserves each Contracting Party’s freedom to choose whether to accept type approvals issued pursuant to earlier versions.

The meeting will review progress on the dashboard, finalize the HBM board with lower extremities remaining, prepare the board for the TF-4 workshop, and discuss next steps.

The informal working group on Equitable Occupant Protection reviewed the status of five task forces addressing rear-end impact, virtual crash testing, frontal impact and restraint systems, and assessment of currently not considered injury types with high frequency and risk of permanent medical impairment. The group discussed robustness assessment for occupant protection, defined as the vehicle’s ability to protect occupants with variation of body height, weight, shape, physical constitution, and age in real-world relevant collisions. An upcoming workshop in Tokyo will develop conceptual ideas for assessing robustness by evaluating performance over a matrix of human and crash-condition variability, complementing current requirement-specific assessments based on anthropomorphic test devices, with status reports due December 2026 and final report December 2027.

Draft minutes of the 12th meeting of the UNECE GRSP IWG Equitable Occupant Protection Task Force 2 Rear-end impact held online on 28 September 2026. The group discussed Euro NCAP workshop findings on EvaRID seat performance criteria, including preliminary testing results showing higher NIC values and differences in dummy response compared to BioRID. Topics included preventing sub-optimization when introducing new assessment tools, the role of dynamic testing in regulatory requirements, head-restraint adjustment mechanisms, and virtual testing potential for rear impact assessment. The group identified virtual testing validation and near-term practical improvements as priorities for continued consideration.

Proposal to:

• Delete entries for annexes 9A, 9B, 9E (including its appendix 1) and 9F from the table of contents and treat as reserved,
• Insert new para. 0.2. describing the supplement’s purpose to streamline contents by eliminating redundant requirements and test procedures,
• Delete and replace paras. 6.2. to 6.3.2.2., 6.5. to 6.5.3.1., 6.10. to 6.10.2.3., and 6.14. to 6.14.2. with reserved status,
• Add new sentences to paras. 6.6.2.2., 6.7.2.2., 6.8.2.2. and 6.9.2.2. making isolation resistance measurement not required if REESS is equipped with isolation resistance monitoring system,
• Amend para. 6.12.3. to clarify requirements for REESS other than open-type traction battery,
• Replace “function of characteristic” by “function or characteristic” in para. 6.15.3.1.,
• Add new sentence to Annex 9 appendix 2 para. 1. allowing SOC adjustment at different ambient temperature,
• Delete annexes 9A, 9B, 9E and treat as reserved,
• Amend Annex 9F para. 3.3. heading and delete first paragraph,
• Amend Annex 9G para. 3.1. (b) and delete sub-paragraphs,
• Amend Annex 9H paras. 3.2.1. through 3.2.4. (c),
• Delete Annex 9J and treat as reserved.

Guidance document on interpreting “type of REESS” (Rechargeable Electrical Energy Storage System) as defined in paragraph 2.48. of UN Regulation No. 100. The document establishes that when judging whether differences are significant, the evaluation should be from the perspective of whether the difference has a substantial impact on the safety performance of the REESS as required by UN Regulation No. 100. It provides consideration on essential aspects including manufacturer’s trade name or mark, chemistry, capacity and physical dimensions of cells, number of cells and mode of connection, construction and materials of casing, and ancillary devices for physical support, thermal management and electronic control.

The Task Force on Swappable Battery shall review WP.29 regulations and identify technical requirements necessary for swappable-battery vehicles intended for mass production, compile them into a list, define vehicle types for swappable-battery-compatible vehicles, identify applicable regulations, clarify the process for handling such vehicles and batteries as a special type of Vehicle Type Approval under WP.29, discuss treating batteries as independent type approval units for both swappable and in-vehicle batteries, coordinate activities with EVS Phase 3 scheduled to start in November 2026, cooperate with EVE IWG activities, and develop a guidance document to be proposed to WP.29 to initiate regulatory work. Terms of Reference will be finalized and proposed to GRPE in April 2027, and status of other items will be reported in October 2027.

Meeting report of the 6th session of the Task Force on Emergency Door Opening. The group discussed amendments to UN Regulation No. 11 and UN GTR No. 1, addressing door types, vehicle master control switch terminology, main power supply definitions, backup power supply failure monitoring, intuitiveness criteria and handle marking, gripping features, owner’s manual requirements, definitions from previous sessions, power loss provisions, sliding door applicability, and locking systems. Amendments to UN Regulation No. 21 addressed vehicle submergence escape procedures, window opening mechanisms, and test facility specifications. Action items were assigned to various parties with homework deadline 2 November 2026.

Information brochure providing practical details for the EVS-31-A05 meeting at the European Commission Joint Research Centre in Seville, Spain. The document specifies the venue address at the Expo Building, business hours from 08:30 to 17:00, and transportation options including airport bus service costing 6 EURO and taxis costing approximately 30 EURO. Five recommended hotels are listed near the venue. Lunch and breakfast will not be provided; however, snacks and beverages including coffee, tea, and water will be provided. Several restaurants are available in the vicinity of the JRC building.

Input for agenda item 6 concerning definition and discussion on indirect plus and direct systems for CLIV-22. All references to indirect plus or direct sensing systems have been replaced by a CLIV warning system. Definitions for indirect plus or direct sensing would no longer be needed. A proposed CLIV warning system definition is presented for review, with a CLEPA proposal to modify the definition to include assessing if a child is left in a vehicle and triggering warning signals.

Proposal to establish a new UN Regulation to help prevent children being left unattended in M2 and M3, class B and III vehicles designed specifically for the carriage of children. The regulation covers vehicles intended for child carriage and establishes minimum requirements for vehicle-based warning systems. These systems remind drivers or responsible persons to physically inspect the passenger compartment before leaving the vehicle. External visual warnings use direction indicator lamps; audible warnings use type-approved horns or reverse alarm devices, or must pass specified test procedures.

Proposal to define CLIV System as the ability to derive the potential presence of a subject or object inside the car based on logic using sensing information such as pressure or capacitive sensing. CLIV System encompasses indirect sensing methods using door logic alone or door logic combined with additional sensors, indirect sensing without door logic using pressure, capacitive, temperature, motion sensors or CO₂ concentration sensor, and direct sensing using camera, millimeter wave radar, UWB radar, or WiFi sensing to detect the absolute presence of a human inside the vehicle.