An effective instrument scan is built on consistency, discipline, and awareness. It’s not about staring harder at the panel, it’s about developing a steady flow of information so you can detect small changes early and make small corrections before they become big problems. In this Safer Pilot Challenge IFR training segment, we break down two proven scan methods and how they apply to both six-pack and glass cockpits.
Why a Great Instrument Scan Matters
Instrument flying is all about staying ahead of the airplane. When your scan is consistent, you build a real-time picture of what the aircraft is doing—climbing, descending, turning, accelerating, or drifting—without needing big corrections. A strong scan reduces workload because you stop “chasing” the instruments and start managing trends.
The Hub-and-Spoke Scan (Classic Six-Pack Method)
One of the most reliable scan techniques is the hub-and-spoke method. The attitude indicator becomes your “home base,” and you continuously return to it while checking supporting instruments in a smooth pattern.
A common flow looks like:
- Attitude indicator (home)
- Airspeed
- Turn coordinator
- Heading indicator
- VSI
- Altimeter
- Back to attitude indicator
This method reinforces the idea that attitude drives performance, and everything else confirms whether the airplane is doing what you expect.
The T-Scan (Simple, Structured, and Effective)
The T-scan is another favorite because it keeps your scan organized and prevents wandering eyes. You still use the attitude indicator as the anchor, but your scan focuses on three primary performance indicators.
A typical T-scan flow:
- Attitude indicator
- Airspeed
- Heading
- Altimeter
- Repeat
It’s simple, repeatable, and extremely effective during climbs, descents, and level-offs, especially when you’re managing workload in actual IFR.
The Biggest Mistake: Fixation and Overcorrection
One of the most common scan breakdowns is fixation—getting “stuck” staring at one instrument too long. That’s usually when deviations start. A pilot notices a small error, panics, and makes a big correction… which creates another deviation.
The best instrument pilots aim small and miss small. They keep the scan moving and make minute corrections early, rather than dramatic corrections late.
Six Pack Isn’t Going Away (Even for Career Pilots)
Many pilots assume they’ll never see round dials again once they reach turbine or airline flying. But even in advanced aircraft, many cockpits still include a mix of glass and analog-style instruments, sometimes in “shotgun” layouts where key information is spread out.
That’s why learning true scan discipline (not just “glass skills”) pays off for every stage of your flying career.
Glass Cockpit Scanning: Same Concept, Different Layout
In the Cirrus glass cockpit example, the scan still starts with attitude—then flows between airspeed, altitude, vertical speed, and heading/HSI.
A practical glass scan often includes:
- Attitude + HSI
- Autopilot mode confirmation
- Airspeed tape
- Altitude and VSI
- Back through attitude/HSI again
Even with automation, pilots must continuously verify the autopilot is doing what they think it’s doing.
Don’t Forget the Engine Instruments
In many glass cockpits, engine data is moved to a separate page or side panel. That makes it easy to forget, until something is wrong.
A quick “north-to-south” engine scan helps confirm:
- Power is stable
- Temps and pressures are normal
- Fuel flow and system status are correct
The goal is a fast check, not a deep stare.
If You Get Disoriented: Stop and Reset
A great tip from the instructor perspective is simple: if you get confused, stop. Level the wings. Hold a steady pitch. Then rebuild the scan from the attitude indicator outward.
Your scan is only useful if you’re actually processing what you see. A reset prevents small confusion from turning into spatial disorientation.
Use a Safety Pilot and Sim Time to Sharpen Your Scan
If you’re practicing IFR skills in VFR, bring a safety pilot and treat it like a real IFR flight. This keeps training realistic and helps you build habits that translate into the system.
Also, simulators can be a powerful tool for scan development:
- At-home simulators for repetition and flows
- Flight school simulators for loggable, structured practice
The key is consistent repetition so scanning becomes second nature.
Ready to Build a Stronger, More Automatic Instrument Scan?
A great instrument scan isn’t talent, it’s trained. If you want to sharpen your scan, reduce fixation, and improve your ability to catch small deviations early, check out the MzeroA Perceptual Learning Modules. These tools are designed to help instrument pilots build faster recognition skills and more confident scanning habits—so your scan becomes smooth, automatic, and workload-reducing. Visit www.mzeroa.com/trial to start your two week trial to become a smarter pilot today!