NCAA Namibia Night Rating Theory study plan

Explain how rod and cone distribution across the retina, dark adaptation timing, and the foveal blind spot shape what a pilot can actually see at night, and state the off-centre viewing technique that follows from it

Distinguish night myopia, empty-field myopia, autokinesis, and the black-hole approach illusion, and describe one cockpit or approach technique that counters each

Trace the electrical path from battery/bus through the master switch, circuit breakers, and individual light units for landing, taxi, navigation, anti-collision, and logo lights, and state which units are required for night flight

Compare incandescent, LED, and electroluminescent cockpit lighting in terms of glare, dimmability, and effect on dark adaptation, and explain why red floodlighting is used sparingly rather than universally

Describe the physiology of dark adaptation, the role of vitamin A and oxygen, and how hypoxia, carbon monoxide, smoking, and alcohol degrade night vision at altitude

Interpret the practical meaning of the 30-minute dark adaptation period and list cockpit actions that protect it after engine start

Identify the symptoms and correct response for hyperventilation, spatial disorientation, and CO poisoning at night, and state why the overnight risk profile differs from day

Explain how circadian rhythm, sleep debt, and the window of circadian low interact, and apply the IMSAFE and fatigue-risk self-assessment to a night duty scenario

Read a night cross-country route off a 1:500 000 chart, identify lit and unlit obstructions, and select at least three en-route position-fixing methods that do not depend on ground detail

Plan a night navigation leg using dead reckoning plus radio navigation and GPS, with named checkpoints, headings, times, and fuel at each turning point

Decode a TAF and METAR for a Namibian aerodrome, extracting visibility, cloud base, wind, and the probability of low cloud or fog after sunset

Explain nocturnal radiation fog, temperature inversion, and the coastal fog regime affecting Namibian airfields, and state the forecast cues that should trigger a diversion decision

Describe the standard and non-standard airfield lighting systems, including approach, threshold, runway edge, threshold, and taxiway lights, and state their colours and spacing

Explain the meaning of PAPI/VASI indications and the visual glidepath cues available at night when the approach lighting is the only horizon reference

State the radio calls and clearances expected for night circuits, departures, and arrivals, and explain how to request and interpret a night visual approach

Calculate a night circuit and approach profile with correct speeds, altitudes, and go-around trigger points for a named runway

Apply the black-hole approach technique on a runway with no approach lighting, and state the visual illusions and undershoot risk it creates

Analyse a night go/no-go decision using personal minimums, recency, aircraft serviceability, and lighting availability, and justify the outcome in writing

Identify the human-performance failure modes of night flight, including plan continuation bias, get-there-itis, and complacency on a familiar route, and describe a countermeasure for each

Explain how workload, cockpit lighting, and dark adaptation interact during a night approach, and state the sterile-cockpit and callout discipline you would use

State the immediate actions and priorities for an engine failure, electrical failure, and partial panel situation at night, and explain why attitude control comes before troubleshooting

Describe the loss of landing, taxi, or cockpit lighting on approach, and the decision to continue, divert, or go around

Explain the emergency lighting, torch, and backup power provisions carried for night flight, and verify their serviceability

Describe the radio-failure procedure and light-gun signals expected at night, and the actions for an unplanned diversion to an unlit or poorly lit aerodrome

Integrate fatigue management, emergency handling, and ATC procedures into a single night sortie plan with defined abort criteria

Rehearse, in a simulator or with an instructor, at least three night abnormal scenarios and log the lessons from each

Review the error log from weeks 1 to 6 and re-test every failed item until each is answered correctly twice

Explain the interaction between night currency, recency, and the personal minimums you set in week 5, and update them if needed

Complete two full-length timed mock exams under exam conditions and score at least 80% on each

Review every missed question to its source domain and write the correct reasoning in your own words

Recite the key facts for each domain, including lighting colours, dark adaptation timing, fog cues, and emergency memory items, without notes

Confirm the practical night flying and recency requirements are in place alongside the theoretical preparation