Bankstown Southeast VFR Corridor: Pilot Briefing Guide
The Bankstown southeast VFR corridor began on July 9, 2026. This source-led briefing explains the design and the checks pilots must make before flight.
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Updated July 16, 2026
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Bankstown Airport's southeast visual flight rules corridor commenced on July 9, 2026 as part of wider Sydney Basin airspace changes.
This article is an orientation to the change, not a substitute for the current Aeronautical Information Publication, charts, ERSA, NOTAMs, weather, air traffic control instructions or an operator's procedures. Airspace and procedures can change after publication.
What changed
CASA's approved design introduced:
- a one-way, daytime-only VFR corridor for outbound aircraft;
- Class D airspace south of Bankstown from 1,000 to 1,500 feet above mean sea level;
- a transponder requirement for the corridor operation;
- air traffic control sequencing within controlled airspace; and
- an additional area of Class G airspace farther south, from the surface to 1,500 feet AMSL.
The corridor is an additional departure pathway. It does not replace all existing Bankstown routes or create an uncontrolled shortcut through the Sydney control area.
Why the final design is one-way
An earlier concept used opposing routes in Class G airspace. Consultation raised concerns about low-level traffic, collision risk and airspace incursions. CASA and Airservices revised the concept to a single outbound corridor within Class D airspace.
CASA says the design responds to congestion and convergence on routes north and west of Bankstown, while the introduction of Western Sydney International Airport airspace reduces other departure options.
The intended operational benefit is more structured distribution of outbound VFR traffic. That does not remove the pilot's responsibility to understand the clearance, remain within the applicable airspace and manage traffic, terrain, weather and aircraft performance.
The preflight source order
For a flight that may use the corridor, brief from current operational documents in this order:
- Current charts and AIRAC material. Confirm the airspace boundaries, levels and route depiction in the effective chart set.
- AIP Supplement H87/26 and current AIP. Read the published procedure and any associated coded-clearance detail.
- ERSA for Bankstown. Check airport procedures, frequencies, runway and local requirements.
- NOTAMs. Identify temporary amendments, outages, closures and procedure changes.
- Weather and performance. Confirm the operation remains VFR, daylight and within aircraft and pilot limits.
- ATC clearance. Copy, read back and fly the actual clearance issued.
If any summary conflicts with an effective aeronautical document or ATC instruction, the current operational source controls.
Questions pilots should answer before engine start
- Is the flight outbound and planned during daylight?
- Does the aircraft meet the applicable transponder and surveillance requirements?
- Can the pilot identify the corridor boundaries and adjacent controlled airspace on the current chart?
- What clearance wording and reporting points are expected?
- What is the plan if ATC cannot issue the corridor clearance?
- Are cloud, visibility and sun angle compatible with the route and traffic workload?
- Has the route changed through a NOTAM or later AIRAC amendment?
These are briefing prompts, not a procedure. The answers must come from the current sources and the clearance.
Instructor and flight-school considerations
The change is directly relevant to Bankstown training operations because students may be managing a new combination of clearance, vertical limits, track discipline and Sydney Basin traffic.
Schools should standardise the source material used in briefings and distinguish three things clearly:
- the permanent airspace design;
- the published corridor procedure; and
- school-specific techniques or callouts.
Students need to know which parts are regulatory or procedural and which are local training aids. Scenario work should include an amended clearance, inability to obtain the route, deteriorating weather and uncertainty about position relative to a boundary.
Any school diagram should carry an effective date and point back to the controlling chart and AIP material. An undated screenshot can become a hazard after a chart cycle.
Post-implementation monitoring
CASA says it will monitor the corridor for at least six months after implementation. The review is expected to track use, congestion and safety outcomes and identify whether further changes are needed.
That makes the first operating months a period in which pilots should be particularly alert to updates. Reports and local experience may lead to clarified guidance or later amendments, but informal local practice does not override the published procedure.
Bottom line
The Bankstown southeast corridor is a one-way daytime VFR departure route inside a new Class D volume, with ATC management and a transponder requirement. It was designed to redistribute traffic and reduce convergence elsewhere around Bankstown.
Brief it as controlled-airspace work: current chart, AIP Supplement H87/26, ERSA, NOTAMs, weather and the issued clearance. This page explains the change; it is not the document to navigate from.
