100+ Free NZ CAA PPL Navigation Practice Questions

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2026 Statistics

Key Facts: NZ CAA PPL Navigation Exam

70%

Passing Score

CAA NZ CAR Part 61

90 Min

Time Limit

Aspeq Schedule

$108 NZD

Exam Sitting Fee

Aspeq Exam Portal

30 Min

Day VFR Fuel Reserve

CAR Part 91

45 Min

Night VFR Fuel Reserve

CAR Part 91

1:500k

VNC Standard Chart Scale

CAA NZ Aeronautical Info

CAA NZ PPL Navigation is a 90-minute CBT exam with a 70% passing score ($108 NZD fee), testing flight planning, 1-in-60 rule math, VFR fuel reserves, VNC chart interpretation, and NZ airspace structure.

Sample NZ CAA PPL Navigation Practice Questions

Try these sample questions to test your NZ CAA PPL Navigation exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1On a standard New Zealand Visual Navigation Chart (VNC) 1:500,000, what distance on the ground is represented by 1 centimeter on the chart?

A.5 kilometers (2.7 nautical miles)

B.5 nautical miles (9.26 kilometers)

C.50 kilometers (27 nautical miles)

D.0.5 kilometers (0.27 nautical miles)

Explanation: At a scale of 1:500,000, 1 cm on the chart represents 500,000 cm = 5,000 meters = 5 kilometers on the ground. Converting 5 km to nautical miles (5 / 1.852) equals approximately 2.7 NM.

2Which map projection is primarily used for New Zealand Visual Navigation Charts (VNC 1:500,000 and 1:250,000)?

A.Lambert Conformal Conic Projection

B.Mercator Projection

C.Transverse Mercator Projection

D.Gnomonic Projection

Explanation: NZ VNC charts use the Lambert Conformal Conic Projection because it provides conformal representation (correct shapes and angles) with near-constant scale across mid-latitude regions like New Zealand.

3How is magnetic variation defined in aviation navigation?

A.The angular difference between True North and Magnetic North

B.The angular difference between Compass North and Magnetic North

C.The angle between aircraft heading and track

D.The error caused by aircraft metallic and electrical interference

Explanation: Magnetic variation (or declination) is the angular difference between True North (geographic North Pole) and Magnetic North (magnetic pole) at a specific geographical location.

4In New Zealand, magnetic variation is approximately 19° to 21° East. To convert a True Track of 080° to a Magnetic Track, what value should be applied?

A.060°M (Subtract 20° East variation)

B.100°M (Add 20° East variation)

C.080°M (No change)

D.260°M (Reciprocal bearing)

Explanation: The memory rule for variation is 'Variation East, Magnetic Least' (subtract East variation). Magnetic Track = True Track - East Variation = 080° - 20° = 060°M.

5On an aeronautical chart, lines connecting points of equal magnetic variation are called:

A.Isogonic lines

B.Agonic lines

C.Isobars

D.Isotachs

Explanation: Isogonic lines connect points of equal magnetic variation. An agonic line is a specific isogonic line where magnetic variation is zero.

6What is the definition of Track (TR) in visual navigation?

A.The actual path of an aircraft over the Earth's surface relative to North

B.The direction in which the longitudinal axis of the aircraft is pointed

C.The angular difference between heading and wind direction

D.The line joining the point of departure to the destination on a chart

Explanation: Track (TR) is the actual ground path covered by an aircraft over the surface of the Earth, measured in degrees relative to True or Magnetic North.

7If an aircraft flies a True Heading of 180° at a True Airspeed (TAS) of 120 knots with zero wind, what is its groundspeed (GS)?

A.120 knots

B.100 knots

C.140 knots

D.Zero knots

Explanation: When wind is zero, Groundspeed (GS) equals True Airspeed (TAS). Therefore, GS = 120 kt.

8What does a drift angle of 8° Port (Left) indicate to the pilot?

A.The aircraft is being pushed to the left of its heading by the wind

B.The aircraft is being pushed to the right of its heading by the wind

C.The groundspeed is 8 knots slower than true airspeed

D.The compass deviation is -8 degrees

Explanation: A drift angle of 8° Port (Left) means the wind is pushing the aircraft to the left of its heading line, so Track = Heading - 8°.

9An aircraft departs Aerodrome A at 0200 UTC and flies 90 NM at a groundspeed of 120 knots. What is the Estimated Time of Arrival (ETA) at Aerodrome B?

A.0245 UTC

B.0230 UTC

C.0300 UTC

D.0315 UTC

Explanation: Time = Distance / Groundspeed = 90 NM / 120 kt = 0.75 hours = 45 minutes. Departure time 0200 UTC + 45 min = 0245 UTC.

10Which speed must be used together with wind velocity (W/V) on an E6B flight computer to solve a wind triangle for heading and groundspeed?

A.True Airspeed (TAS)

B.Indicated Airspeed (IAS)

C.Calibrated Airspeed (CAS)

D.Groundspeed (GS)

Explanation: True Airspeed (TAS) is the actual speed of the aircraft through the air mass and must be used in wind triangle vector calculations to determine drift and groundspeed.

About the NZ CAA PPL Navigation Exam

The CAA NZ PPL Navigation and Flight Planning examination tests flight planning skills, dead reckoning, 1-in-60 track error corrections, CAR Part 91 VFR fuel reserve rules, radio navigation fundamentals (VOR, NDB, DME, GPS), and New Zealand airspace chart interpretation under CAA NZ Civil Aviation Rules.

Assessment

30-40 MCQs covering Charts & Projections (15%), Dead Reckoning (25%), 1-in-60 Rule (20%), Fuel Planning (15%), Radio Nav (10%), and NZ Airspace (15%).

Time Limit

90 minutes

Passing Score

70%

Exam Fee

$108 NZD (Civil Aviation Authority of New Zealand (exams via Aspeq))

NZ CAA PPL Navigation Exam Content Outline

15%

Aeronautical Charts & Projections

Lambert Conformal Conic projection, NZ VNC 1:500k and 1:250k charts, chart scale, variation, and measurement techniques.

25%

Flight Planning & Dead Reckoning

Wind triangle vector resolution, true/magnetic heading, track, groundspeed, drift angle, and ETA calculations.

20%

1-in-60 Rule & Track Error Corrections

Track error angle, closing angle, altered heading, distance off-track, and closing distance calculations.

15%

Fuel Planning & VFR Reserves

CAR Part 91 VFR fuel requirements (30 min day, 45 min night reserve), fuel flow rates, and reserve endurance.

10%

Radio Navigation & GNSS Basics

VOR radials and CDI interpretation, NDB/ADF tracking, DME slant range, and VFR GNSS/GPS operational limits.

15%

NZ Airspace & Chart Interpretation

CTR, CTA, Class C airspace, Danger, Restricted, MOA, Low Flying Zones (LFZ), MBZ, and VFR transit lanes.

How to Pass the NZ CAA PPL Navigation Exam

What You Need to Know

Passing score: 70%
Assessment: 30-40 MCQs covering Charts & Projections (15%), Dead Reckoning (25%), 1-in-60 Rule (20%), Fuel Planning (15%), Radio Nav (10%), and NZ Airspace (15%).
Time limit: 90 minutes
Exam fee: $108 NZD

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

NZ CAA PPL Navigation Study Tips from Top Performers

1Remember the magnetic variation formula: True Heading = Magnetic Heading ± Variation (East is least/subtract, West is best/add). In NZ, variation is East (approx 19°E to 21°E), so Magnetic = True - East Variation.

2Always add the mandatory fixed VFR fuel reserve: 30 minutes for day VFR and 45 minutes for night VFR under CAR Part 91.

3Practice 1-in-60 track error calculations: Track Error = (Distance Off / Distance Flown) × 60; Closing Angle = (Distance Off / Distance to Go) × 60.

4Know the difference between Restricted Areas (NZR - entry prohibited without clearance) and Danger Areas (NZD - hazards exist, caution required).

5Understand VOR radial tracking: OBS setting indicates the desired radial, and CDI dots indicate angular deviation (2° per dot on standard VOR).

Frequently Asked Questions

What is the passing score for the CAA NZ PPL Navigation exam?

The minimum passing score is 70% set by the Civil Aviation Authority of New Zealand (CAA NZ).

How long is the NZ PPL Navigation exam and what is the fee?

The examination duration is 90 minutes and the sitting fee is $108 NZD via Aspeq.

What are the CAA NZ CAR Part 91 VFR fuel reserve requirements?

Under CAR Part 91, day VFR flights require trip fuel plus a 30-minute fixed reserve at normal cruise consumption. Night VFR flights require trip fuel plus a 45-minute fixed reserve.

How does the 1-in-60 rule work for track error correction?

The 1-in-60 rule states that 1 NM off-track over 60 NM flown equals a 1° Track Error (TE). Total correction to destination equals Track Error Angle + Closing Angle.

What chart projection is standard for NZ Visual Navigation Charts (VNC)?

NZ VNC 1:500,000 and 1:250,000 charts use the Lambert Conformal Conic projection, which provides near-constant scale and straight-line rhumb lines closely approximating great circles.