NCC Virus SW 80 Circuit Approach & Landing Explained | Step-by-Step Pilot Training Guide

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Circuit Approach & Landing (Virus SW 80) — A Practical Guide for Student Pilots

Landing an aircraft is not just about bringing it down—it’s about planning, positioning, and precision. The circuit approach is designed to give you a structured, repeatable method to land safely every time. If you master this, you build the foundation of your flying career.

Let’s break this down in a way you can actually visualize and apply in the cockpit.

Understanding the Circuit

A circuit is a rectangular flight path around the runway that helps you align properly for landing.

For the Virus SW 80:

Here’s the truth: don’t blindly follow RPM numbers. A heavier aircraft or hotter day will demand more power. You need to feel and adjust, not just follow.


The 5 Legs of the Circuit

1. Take-Off Leg

  • From start of roll → safe height
  • Aircraft is in continuous climb

After takeoff:

  • Flaps → 0
  • Speed → 75 knots
  • At 500 ft AGL → check clear → start turn

👉 Your focus: clean climb, situational awareness

2. Crosswind Leg

  • Turn 90° away from runway
  • Level off at 700 ft AGL

Key actions:

  • Reduce power (~4300 RPM approx)
  • Maintain 75 knots

👉 This is where many beginners mess up speed control. If speed increases, you didn’t reduce power correctly.

3. Downwind Leg (Most Important Phase)

  • Parallel to runway (opposite direction)
  • Maintain:
  1. Height: 700 ft
  2. Speed: 70–75 knots
  3. Distance: ~0.7 NM from runway

Why 0.7 NM?

Downwind Checks (Don’t rush this)

  • Engine parameters (Oil, Temp, EGT, Fuel)
  • Landing light ON
  • RT call

At abeam touchdown point:

  • Power → idle
  • Maintain height (don’t descend yet)

Then:

  • Speed reduces → below 70 knots
  • Flaps → 15°
  • Target speed → 60 knots

When to Turn Base?

When runway is at 30°–45° behind you

👉 This is judgement. If you get this wrong, your landing will be unstable.

4. Base Leg

  • Turn 90° toward runway
  • Start descent

Targets:

  • Speed: reduce to 55 knots
  • Height: reach ~500 ft

When runway is at:

  • 0930 (left circuit)
  • 0230 (right circuit)

→ Turn Final

👉 Your job here: smooth descent + stable speed

5. Final Approach (Where It All Matters)

Now everything comes together.

Checks:

  • Alignment correct
  • Throttle → idle
  • Perspective → correct glide path
  • Flaps → 25° (if speed < 55 knots)
  • Speed → 50 knots

Golden Rule:

If you mix this up → unstable approach.




Landing Technique

As you approach ground:

  • Gradually raise nose (flare)
  • Let main wheels touch first

Touchdown:

  • Around 40 knots

After touchdown:

  • Nose wheel down below 27 knots
  • Keep rudder straight
  • Stick fully back
  • Use brakes carefully

👉 Many students rush nose wheel down — that’s how you lose control. Be patient.



📥 Download the full Chapter IV PDF here: https://drive.google.com/file/d/1lILsF1kgn_kMK98_GFPxZ7Mk-WIHmEK7/view?usp=sharing

Common Mistakes (Fix These Early)

  • Turning base too early or too late
  • Not maintaining constant speed
  • Forgetting power adjustments
  • Looking inside cockpit too much
  • Poor judgement of runway angle

If you’re honest—these are exactly the mistakes that fail students.

Real Pilot Mindset

Don’t just memorize this procedure.

Ask yourself:

  • Where is the runway relative to me?
  • Am I high or low?
  • Is my approach stable?

Flying is not checklist-following. It’s decision-making under control.


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