Overview
VVStack™ is an Air Traffic Control trainer that extends the basic traffic processing skills learned in the prerequisite VVEnroute™ course. Concepts are presented using a step-wise delivery and skills are practiced on targeted simulator exercises, with feedback provided automatically. The course may be used as an extension to VVEnroute™, or for controllers with surveillance experience transitioning from a less congested environment.
Learning Outcomes
The objective of the learning process is to master the management of an inbound sequence to an arrival gate based on distance spacing or timing criteria. This encompasses the capability of choosing and executing the correct control strategy, which might include vectoring, speed control, holding, and assigning gate times to meet the defined goals. Efficient handling of holding traffic and the utilisation of an Arrivals Management system are pivotal to these learning outcomes.
Course Structure
The course is divided into three modules covering different strategies in implementing delays for an inbound sequence.
Covers the use of vectors and speed control for achieving the required spacing for traffic entering the Terminal Area as an extension to the skills acquired in the GRID and DIAMOND Modules of the VVEnroute™ course.
Introduces the procedures and phraseology for the processing of aircraft into, within, and out of the holding pattern, ensuring separation is assured. Simulation scenarios involving managing airport closure events and employing the required skills to indefinitely delay a busy traffic sequence until arrivals can resume.
Teaches the interpretation of a typical AMAN (Arrivals Management) system and how this information informs the control decisions for the processing of the inbound sequence to meet the required gate times.
Skills & Techniques
The following skills are covered in the VVStack™ Course.
- Processing an inbound arrivals sequence.
- Issuance of pressure information.
- Transmitting changes to pressure information.
- Issuance of holding instructions.
- Issuance of level requirements.
- Usage of standard phraseology.
- Separating traffic inbound to a holding pattern.
- Maintenance of vertical separation within the holding pattern.
- Processing of traffic exiting the holding pattern, based on
- A required longitudinal spacing and/or
- A required gate time.
- Workload management.
- Holding phraseology.
- Interface usage.
- Interpreting the AMAN system.
- Applying control techniques such as vectoring, holding, speed control and time issuance to implement an AMAN sequence.
Sample Content
Explore excerpts from our Lesson and Demonstration content