Proposal to broaden the definition of a remote control system in order extend current requirements for remote indication to fully automated systems.

Draft justification for the proposed revisions to UN R13 to enable the use of fully automated coupling systems, defining an automated coupling such that it may or may not be integrated via the ISO 7638 standardized interface.

E-mail correspondence.

E-mail correspondence sharing thoughts on defining simple designs and separate technical units under UN R55.

Figure concerning clarifications on the location of remote indicators.

Definition for non-standard drawbar couplings where coupling and uncoupling of the mechanical connection as well as electric and pneumatic connection is accomplished through an automated procedure.

Proposal to modify performance calculations and limits under UN R55. Currently UN R55 prohibits a vehicle combination with required performance values Dreq, Dc-req, Vreq and Sreq where Dc-cert ≤ Dc-req ≤ Dcert and Vreq ≤ Vcert. However, a requirement combination such as Vreq = 0.1* Vcert and Dc-req ≤ Dcert +0.1*( Dcert – Dc-cert) better reflects the real-world situation commonly found in combinations comprising a rigid truck, converter dolly, and semi-trailer.

E-mail correspondence with regard to the application of provisions in New Zealand standard NZS5446:2007 for tyre scuffing forces to the approval of drawbars for lateral forces under UN R55.

Observations on type-approval and “in-use” requirements under UN R55 and proposal to develop a new Annex that would provide a more coherent approach to evaluating/limiting acceptable in-use stress loads than in the current regulation.

The pending Revision 3 to the 1958 Agreement opens the way for virtual or simulation testing for use in type approvals. This presentation considers the proposed amendment and its application to mechanical coupling approvals.

Explanation of proposals from the informal working group for corrections, restructuring, and amendments to UN R55.