Potential impact of automatic braking on stationary and moving rear-end collisions in Japan.

1. Definition of AEBS
2. Speed Range
3. Timing of Braking Control
4. Collision Judgment Line
5. Requirement of Braking Deceleration
6. Enhance Damage Reducing Effect Collision Risk Judgment Line
7. Emergency Event Preparation and Collision Warning
8. Other Principal Requirements

Vehicle manufacturer input concerning override force requirements for automated steering systems, including a proposal for an alternative to fixed limits.

Proposal for draft amendments to UN R79 for the 15th session of the ACSF informal group

Proposals concerning the draft amendment to introduce emergency steering and automated lane-change functions into UN R79. Document GRRF-84-36 has been formalized as document GRRF/2017/27 for consideration during the special 85th GRRF scheduled to finalize a proposal for automated lane-change systems.

Proposal to specify a light general-purpose street motorcycle without fairings or windscreens having an engine capacity between 400 cm³ and 600 cm³ as the approaching vehicle in the testing of automated lane-change systems under UN R79.

OICA and CLEPA positions on the development of regulatory requirements for light vehicle automatic emergency braking systems.

Japanese guidelines on automated emergency braking systems (AEBS) pursuant to Kokujigi No. 353 of February 21, 2003 as amended by Kokujigi No. 181 of November 15, 2005, Kokujigi No. 143 of October 25, 2007, Kokujigi No. 139 of October 7, 2008, and Kokujigi No. 127 of June 30, 2011.

Proposal to require that a lane-keeping system used in conjunction with a lane-change system keep the vehicle centered within its lane of travel. The intent is to ensure that the vehicle starts its lane-change maneuver from a position where lateral movement signaling the impending lane change would be more easily detected even before the vehicle crosses into the adjacent lane.

Proposal to introduce provisions for the approval of Remote Control Manoeuvring (RCM) systems, defined as driver-actuated systems on off-road vehicles used for navigating exceptionally difficult terrain. This proposal seeks to permit remote manoeuvring capability provided that the vehicle is designed to operate off-road and the off-road location is confirmed throughout the whole period that the function is in use.