4.8 Approach
Objective
To establish a stable, controlled and smooth transition from descent into final approach, ensuring a safe and predictable landing.
Approach Philosophy (VA Standard)
The approach continues the descent philosophy:
- Vertical path → primarily pilot controlled (Selected modes)
- Speed → managed by aircraft (Managed mode)
Focus:
- Passenger comfort
- Stabilized approach
- Controlled energy management
Approach Preparation
PF:
- Conducts full approach briefing:
- Runway
- Approach type (ILS / RNAV)
- Minimums
- Missed approach procedure
PM:
- Verifies MCDU setup
- Tunes and identifies navigation aids
- Sets minimums
Initial Approach Phase
- Aircraft continues descent using:
- Selected V/S (preferred)
- Managed Descent only if required
- Speed → MANAGED
Localizer Capture
- Arm approach mode (APPR) as required
- Monitor LOC capture
Glide Slope Intercept
At Glide Slope (GS) capture:
👉 MANDATORY CONFIGURATION:
- Flaps → 2
Configuration During Approach
The aircraft must be configured progressively:
- Flaps 1 → as speed decreases
- Flaps 2 → at GS capture (mandatory SOP)
Final Approach (Stabilization Phase)
By latest 5 NM Final, the aircraft MUST be:
- Gear → DOWN
- Flaps → FULL
- Fully stabilized
Speed Management
- Managed Speed maintained until end of STAR / early approach
During final:
- Speed adapts automatically (VAPP)
- Manual intervention only if required
Stabilized Approach Criteria
At:
- 1000 ft (IMC)
- 500 ft (VMC)
Aircraft must be:
- On correct flight path
- At correct speed
- Fully configured
- Stable descent rate
If NOT stabilized:
👉 Immediate GO-AROUND
Monitoring (PM)
- Glide slope and localizer deviation
- Speed trend
- Configuration status
- Callouts
Key Callouts
- “LOC STAR”
- “GLIDE SLOPE STAR”
- “FLAPS 2”
- “GEAR DOWN”
- “FLAPS FULL”
- “STABLE”
Mode Philosophy
- Vertical path:
- Controlled via GS (ILS) or pilot input
- Speed:
- Managed by aircraft
Exceptions
Deviation from SOP allowed only if:
- ATC instructions
- Abnormal situations
- Safety requires immediate action
Core Rule
“Control the path – let the aircraft manage the speed.”
Outcome
A correct approach results in:
- Stabilized final
- Predictable aircraft behavior
- Smooth transition into landing