Compact Summary
A compact summary of all relevant information on flying with an autopilot and glass cockpit. It saves you a great deal of time — and money — at flight school.
Watch a pilot fly a calm, precise night approach in a full glass cockpit — the quiet confidence that comes from training automation the right way. That confidence is what efis.fit gives you.
These aren't skill problems. They're automation confidence problems — and they show up in pilots at every level.
When things get busy
“I always disconnect it when things get busy.”
Confidence
“I’m never quite sure what the autopilot is doing.”
Situational awareness
“I’m so busy looking at the screens that I stop looking outside.”
Workload
“I spend more time programming than flying.”
Knowledge gaps
“I learned which buttons to press, but not why.”
Training
“Most training teaches button pushing instead of thinking.”
ATC pressure
“One unexpected ATC instruction throws my whole setup apart.”
Human factors
“I stop monitoring because I assume the automation is right.”
Failures
“Would I notice if the system were lying to me?”
Wish you could say this instead?
From button operator to automation manager — the pilot who knows exactly what the system is doing, why it's doing it, and what it will do next.
Less guesswork, more capability — everything that matters about flying with an autopilot and glass cockpit, distilled.
A compact summary of all relevant information on flying with an autopilot and glass cockpit. It saves you a great deal of time — and money — at flight school.
After the training you'll be prepared for any situation that may arise during a flight with an autopilot. Practical tips and thorough preparation matter.
Amid all the information, flying is also about enjoyment. With solid knowledge you'll feel more confident — and that brings the joy of flying.
We operate the EFIS using switches, rotary knobs, softkeys, and touchscreens. Additional inputs come from switches like AP DISC, CWS, and TO/GA.
The primary flight display, multifunction display, and navigation display compactly present your current situation and surroundings — where we and others will be, and what is likely to happen.
Networks connect computers that process human inputs and sensor data. Screens display the results, which also generate the control commands for the autopilot servos.
Routines make flying easier and help prevent mistakes. Rules help detect errors quickly when they do occur.
Good pilots develop their skills and judgment to better recognise risks — and to better manage them when they arise.
When events deviate from routine, we must find a solution. The more we know, the more solutions we can identify — and the less we rely on trial and error.
"I've flown the most automated flight deck in the world for years, and I still learned to explain automation better after going through this course. It's exactly what a transitioning pilot needs — clear, honest, and practical. If you're moving from steam gauges to glass, start here."
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