Jeppesen Canada Atc Para 76 Upd Jun 2026

The following is written in the style of an or a NOTAM-style technical briefing for flight dispatchers, virtual airline pilots, or real-world aviation professionals using Jeppesen FliteStar/FlitePlan or similar Ops systems.

The "Jeppesen Canada ATC Para 76 UPD" refers to the ongoing modernization of standards. jeppesen canada atc para 76 upd

This comprehensive guide analyzes the components of Paragraph 76, addresses the core operational systems it impacts, and outlines how flight crews can ensure total compliance. 1. Contextualizing Jeppesen State ATC Pages The following is written in the style of

| System Component | Previous Value (PARA 75) | NEW VALUE (PARA 76 UPD) | |----------------|--------------------------|---------------------------| | CZUL Low Sector 76 Freq | 132.75 MHz | | | CYEG HF (Edmonton Radio) | 5.652 MHz | 5.680 MHz (USB) | | CZVR Handoff Altitude (YVR-YEG boundary) | FL280 | FL250 | | CZQM (Moncton) Oceanic CPDLC code | QM2 | QM6 | This is a critical safety parameter used by

Pilots should be aware that because NADP 1 involves a slower acceleration phase, ATC may need to increase spacing for following aircraft using NADP 2. Related Regulatory Changes in 2026

Speed Adjustments: Precise terminology for speed constraints during the STAR (Standard Terminal Arrival) phase, ensuring pilots understand when a speed restriction is "published" versus "assigned." Transponder and ADS-B Requirements

In the context of Canadian ATC MANOPS, (often found in Section 300 or 400 depending on the edition) governs the standards for Wake Turbulence Separation . This is a critical safety parameter used by controllers to ensure that trailing aircraft are not adversely affected by the vortices generated by leading aircraft.