April 26, 2024

On April 4th, NHTSA Withdrew Its Proposed Rulemaking from 2012 That Would Have Harmonized FMVSS 205 (49 CFR 571.205) with the Global Technical Regulation Number 6

DATES:  The June 21, 2012 NPRM on Glazing material was withdrawn as of April 4, 2019.

RATIONALE:  NHTSA determined that it did not have sufficient data to evaluate the safety implications of harmonizing FMVSS No. 205 with GTR No. 6, and therefore, withdrew the 2012 NPRM.

On February 8th, NHTSA Withdrew Its Proposed Rulemaking from 2012 That Would Have Mandated Event Data Recorders With the Characteristics Required by FMVSR 563 For Optional Event Data Recorders (49 CFR 563)

DATES: The NPRM ‘‘Federal Motor Vehicle Safety Standards; Event Data Recorders,’’ RIN 2127–AK86, published December 13, 2012 (77 FR 74144), is withdrawn as of February 8, 2019

RATIONALE:  At the time the NPRM was published, there were a large number of light vehicles that did not have event data recorders, and NHTSA was proposing to mandate them.  As of the date of withdrawal, almost all light vehicles contain event data recorders, making mandating them unnecessary.

On December 26, 2019 NHTSA Published a Notice of Proposed Rulemaking Regarding the Hybrid III 5th Percentile Female Test Dummy (49 CFR 572; Docket No NHTSA-2019-0023)

DATES: Comments should be received on or before February 24, 2020.  NHTSA proposes that Final Rule will become effective 45 days after its publication.

SUMMARY:  This document proposes to revise the chest jacket and spine box specifications for the Hybrid III 5th Percentile Female Test Dummy (HIII– 5F).

This rulemaking responds to a petition for rulemaking from the Alliance of Automobile Manufacturers. 

The proposed jacket revisions would resolve discrepancies between the jacket specifications in Subpart O and jackets available in the field, and ensure a sufficiently low level of variation between jackets fabricated by different manufacturers.

  • Existing jackets available do not meet the NHTSA Regulation requirements
  • SAE has developed SAE J2921 Jacket Specifications
  • NHTSA proposes to incorporate by reference SAE Standard J2921

The spine box revisions would eliminate a source of signal noise caused by fasteners within the box that may become loose.

  • In the mid-2000s, the SAE Task Force began an effort—in parallel with its efforts on the chest jacket—to find and eliminate a source of signal noise that sometimes emanated from the HIII–5F spine box.
  • Alliance members determined that the noise was caused by loosening of six socket head cap screws attaching the spine box to the lower spine.
  • As a long-term solution, SAE developed an alteration to improve the spine box. Specifically, it recommended adding plates to the side of the spine box, with bolts countersunk into the plate to remove any play from the assembly. The alteration prevents the screws from loosening and eliminates the signal noise.
  • NHTSA and others tested the new spine box fix as it was being developed.
  • NHTSA proposes to change the spine box specifications to permanently fix the signal noise problem. The new versions of the drawing package, parts list and PADI proposed for incorporation by reference include the SAE J2915 specifications for the improved spine box.

On October 30, 2017, NHTSA Published the Final Rule with Its Response to a Petition for Reconsideration Regarding Electronic Stability Control Systems for Heavy Vehicles, FMVSS 136, (49 CFR 571.136)

DATES: Petitions for Reconsideration of this Final Rule must be received by December 14, 2017

Summary:  The petitioner, Truck and Engine Manufacturers Association (EMA), requested that NHTSA amend the test conditions for the agency’s performance test by allowing a larger lane width for long wheelbase truck tractors. The agency decided to grant the petition because it believed there was sufficient evidence to indicate that a larger lane width is needed for testing of long wheelbase truck tractors.

On September 27, 2017 NHTSA Published a Final Rule Amending FMVSS 305 “Electric-powered vehicles: Electrolyte spillage and electric shock protection” (49 CFR 571.305) to Adopt Various Requirements found in GTR No. 13.

DATES: The standard is effective on September 27, 2017.  Compliance must occur by September 27, 2018, but optional early compliance is permitted.

SUMMARY:  NHTSA is issuing this final rule to FMVSS No. 305, to adopt various electrical safety requirements found in Global Technical Regulation (GTR) No. 13, ‘‘Hydrogen and fuel cell vehicles,’’ and other sources. NHTSA believes that this final rule updates FMVSS No. 305 using modern and harmonized safety requirements and facilitates the introduction of new technologies, including hydrogen fuel cell vehicles (HFCVs) and 48-volt mild hybrid technologies.

NHTSA states that the rule is a deregulatory action and that it imposes no costs. It adjusts FMVSS No. 305 to give more flexibility to manufacturers to use modern electrical safety designs to produce electric vehicles and to introduce new technologies to the U.S. market.

To expand FMVSS No. 305’s performance requirements beyond post-crash conditions, NHTSA adopted electrical safety requirements to protect against direct and indirect contact of high voltage sources during everyday operation of electric-powered vehicles. Also, NHTSA adopted an optional method of meeting post-crash electrical safety requirements, consistent with that in GTR No. 13, involving use of physical barriers to prevent direct or indirect contact (by occupants, emergency services personnel and others) with high voltage sources.