Gear Guide · Safety · 2026
GearSafetyStudent Pilot
5 min read
Aviation Sunglasses — What Pilots Need to Know
Polarized lenses can make LCD flight instruments invisible and interfere with windshield coatings. Here's what to actually buy and why it matters.
Affiliate disclosure: Some links below earn us a small commission at no cost to you. This never influences our recommendations.
The polarized lens problem
Standard polarized sunglasses — the kind you buy at any sporting goods store — are a hazard in the cockpit. Polarized lenses use a filter that blocks horizontally polarized light to reduce glare. The problem: LCD flight displays (including the G1000, Garmin GTN, and most modern avionics) emit polarized light. When you look at them through polarized lenses, the display can appear dark, distorted, or completely black depending on your head angle.
Polarized lenses can also make some windshield coatings and canopies appear to have stress patterns or "rainbow" effects that can be distracting or disorienting.
⚠️
Do not wear polarized sunglasses in the cockpit. Before your first lesson, check whether your sunglasses are polarized by holding them in front of a phone screen and rotating them — if the screen goes dark at certain angles, the lenses are polarized. Do not use them for flying.
What to look for in aviation sunglasses
- Non-polarized — this is the primary requirement. Confirm before buying.
- UV400 protection — blocks 99–100% of UV-A and UV-B radiation. Essential at altitude where UV exposure increases approximately 4% per 1,000 feet of elevation.
- Gray or brown/amber lenses — gray lenses provide the most neutral color rendition, which is best for reading instruments accurately. Brown/amber lenses enhance contrast which some pilots prefer in hazy conditions. Avoid green, blue, or red lenses which alter color perception.
- Good optical clarity — cheap lenses can cause optical distortion that's fatiguing over long flights. Stick to reputable brands.
- Comfortable fit — you'll wear these for 2–3 hour flights. Comfort matters.
Our picks
Pros
- Non-polarized — confirmed safe for cockpit use
- ANSI Z87.1 rated — impact and ballistic protection
- UV400 protection
- Comfortable wrap-around fit reduces peripheral light
- Available in gray (neutral) and copper (contrast) lenses
- Used by military aircrew
Cons
- Tactical appearance not for everyone
- Wrap-around style can feel warm in summer
Pros
- Non-polarized — purpose-built for aviation
- Exceptional optical clarity — no distortion over long flights
- Made in USA — premium build quality
- Classic aviator look that never goes out of style
- Bayonet temples fit comfortably under headsets
- Replaceable lenses — you can update them without new frames
Cons
- Expensive — hard to justify as a student pilot
- Wire frames require more careful handling
- No side light protection — bright sun from the side can be an issue
Requirements
- Confirmed non-polarized (test against phone screen)
- UV400 rated
- Gray or brown lens tint
- Good optical clarity — no warping or distortion
- Comfortable for 2–3 hour flights
What to avoid
- Any polarized lens
- Blue, green, or heavily tinted lenses
- Very cheap lenses with optical distortion
- Fashion sunglasses without UV protection
Quick lens tint guide
| Tint | Best for | Color accuracy | Pilot rating |
|---|
| Gray (neutral) | All conditions, instrument reading | Excellent | ✓ Recommended |
| Brown/Amber | Hazy or overcast days, contrast enhancement | Good | ✓ Good choice |
| Green | General use | Fair — slight color shift | Acceptable |
| Blue/Mirror | Fashion — not aviation | Poor | Avoid |
| Polarized (any color) | Boating, fishing — not aviation | N/A | Do not use |
Complete student pilot gear guide