Eyes Forward

You’ve likely experienced the discomfort at about hour two of a long cross-country flight. Not the seat cushion or bladder pressure, but the aching sensation behind your ears where your sunglasses’ temples are being crushed into your skull by your headset. Every pilot who’s ever worn conventional sunglasses under a tight-fitting ANR headset knows this pain intimately. It’s the kind of thing you ignore for a while, then shift around trying to relieve, and eventually just resign yourself to enduring until you’re back on the ground.

Dean Siracusa knew it too. A pilot with more than 2,200 hours in his logbook, most of them accumulated in his Meyers 200, Siracusa spent years cycling through various sunglasses brands trying to find a pair that wouldn’t turn a pleasant VFR flight into an endurance test. And it wasn’t just comfort—typical metal-framed glasses created another issue entirely. The thick temples broke the seal between his headset’s ear cups and his head, creating noise leaks that defeated the purpose of wearing a quality headset in the first place.

After exhausting the available options, Siracusa did what any frustrated pilot-engineer would do: he designed his own solution. The result, launched in 2012 from Austin, Texas, became Flying Eyes Optics—a company that has grown from a single frame style to a comprehensive line of aviation eyewear now considered standard issue for some military and special operations units.

The Engineering Behind the Comfort

The fundamental innovation at Flying Eyes centers on a proprietary material called Resilamide, an aerospace-grade polymer that allows the temples to be manufactured at just one millimeter thick. To put that in perspective, conventional sunglasses typically feature temples three to four times that thickness. That seemingly small difference translates into dramatic improvements in both comfort and headset performance.

The ultra-thin temples eliminate the pressure points that develop when rigid frames are sandwiched between your head and the clamping force of your aviation headset, which can exert considerable pressure to achieve proper noise attenuation. More importantly, the minimal profile preserves the acoustic seal around your ears. When headset ear cups can maintain full contact with the skin around your ears, active noise reduction systems function as designed, and passive noise blocking improves substantially.

Resilamide is remarkably flexible and durable. At air shows like EAA AirVenture Oshkosh and Sun ‘n Fun, Flying Eyes staff routinely demonstrate the material’s properties by bending the temples into tight loops and inviting prospective customers to do the same. The company’s lifetime frame warranty backs up these demonstrations with real-world performance: Flying Eyes frames are designed to survive being run over by aircraft, dropped from altitude, and subjected to years of daily use.

The Golden Eagle Sport model, one of the company’s most popular designs, carries an ANSI Z87.1 safety rating—the same standard required for industrial eye protection and favored by military personnel, engineers, and firearms specialists. This certification means the frames and lenses have passed rigorous impact testing, including high-velocity projectile strikes and penetration tests designed to simulate real-world hazards.

Lens Technology for the Cockpit Environment

Pilots operate in a unique visual environment that demands specific optical characteristics. At altitude, UV radiation increases approximately five percent for every 1,000 feet of elevation. Aircraft windscreens provide some protection, but most allow more than half of UVA radiation to pass through. That elevates quality eye protection from a comfort issue to a medical necessity, as prolonged UV exposure is directly linked to cataracts, macular degeneration, and other serious ocular pathologies.

All Flying Eyes lenses provide 100 percent UV400 protection, blocking both UVA and UVB radiation even in clear or lightly tinted options. The lenses are manufactured from shatterproof polycarbonate with exceptional optical clarity designed to reduce eye strain during extended flights.

Here’s where Flying Eyes diverges sharply from mainstream sunglasses: the company strongly recommends non-polarized lenses for pilots. While polarized lenses excel at eliminating glare in many outdoor activities, they create serious problems in the cockpit. Modern glass panels—Garmin, Aspen, etc., and virtually all LCD-based avionics—emit polarized light. When viewed through polarized sunglasses, these screens can appear dark, distorted, or completely black depending on viewing angle. The FAA explicitly cautions against polarized lenses for this reason.

There’s another critical safety concern: polarized lenses reduce your ability to see glints and reflections from other aircraft. That flash of sunlight bouncing off a windscreen or polished aluminum fuselage is often the first visual cue that triggers your see-and-avoid response. Eliminating those glints with polarized lenses effectively reduces your traffic detection capability when it matters most.

Flying Eyes provides both glare management and instrument readability in the form of gradient tint lenses. These lenses are darker at the top to block harsh sunlight from above while remaining lighter at the bottom, making it easier to see panel instruments without having to tip your sunglasses up or squint through deeply tinted lenses to read your displays. Dean Siracusa demonstrates this feature in videos accessible on the FlyingEyesOptics.com website, noting that the subtle gradient provides meaningful relief on bright days when sunlight can cast shadows across the panel.

For aging pilots dealing with presbyopia—and that’s most of us past age 45—Flying Eyes offers non-prescription bifocals in various magnifications ranging from +1.5 to +2.5 diopters. The bifocal segment is positioned approximately 17mm from the bottom of the frame, allowing you to scan instruments and read charts without fumbling for readers. Pilots who require prescription lenses can work with Flying Eyes’ network of opticians or use the company’s remote prescription service to have custom lenses installed in any frame style.

Real-World Performance and User Experience

Aviation Consumer’s long-term evaluation of Flying Eyes praised the quality, durability, and company support. One reviewer noted that after their prescription Hawks flew off during a motorcycle ride and were crushed in traffic, Flying Eyes replaced them for the cost of shipping alone. That’s the kind of customer service that builds loyalty in the aviation community.

User testimonials consistently highlight the all-day comfort factor. One pilot reported wearing Flying Eyes for more than ninety minutes on a three-hour leg without developing the typical pressure points, adding that he anticipated wearing them comfortably on the four-hour return flight as well. Another noted that the glasses are so light “I sometimes forget I’m wearing them, and I can’t feel them at all with a headset on”.

The versatility extends beyond the cockpit. Pilots report using Flying Eyes successfully with full-face motorcycle helmets, bicycle helmets, and even in auto racing applications. The same ultra-thin temples that eliminate headset discomfort provide similar benefits anywhere protective headgear creates a tight fit around the ears.

Product Range and Considerations

Flying Eyes recently updated their model nomenclature to clarify sizing. The lineup now distinguishes clearly between standard and narrow fit options across all frame styles. Current offerings include the Kingfisher Standard and Narrow (formerly Kingfisher and Osprey), Cooper Standard and Narrow (formerly Cooper and Kestrel), and Golden Eagle Sport Standard and Narrow. The company has also introduced the Peregrine Titanium, which combines precision-machined pure titanium fronts with the signature Resilamide temples for pilots seeking premium materials and aesthetics.

Pricing reflects the specialized engineering and materials. Sunglasses typically range from around $150 to $300 depending on model and lens options. Prescription eyewear, particularly with magnetic clip-on sunglasses, can run considerably higher—prescription eyeglasses frames range from approximately $579 to $824. That positions Flying Eyes at the premium end of the aviation eyewear market, comparable to high-end Maui Jim or Randolph Engineering models but with the added headset-compatibility engineering.

The company stands behind its products with a limited lifetime frame warranty that covers defects in materials and workmanship. Registering a purchase within 30 days extends the accidental lens replacement guarantee from 90 days to one full year. Flying Eyes also offers an optional loss protection plan that allows you to replace a lost pair once within two years of purchase.

The Bottom Line

Flying Eyes Optics represents a genuine solution to a problem every headset-wearing pilot experiences but most of us simply accept as part of the flying life. The engineering is sound: ultra-thin, flexible temples made from aerospace-grade materials eliminate pressure points and preserve headset acoustic seals. The optics are purpose-built for aviation: non-polarized lenses with 100 percent UV protection, gradient tinting for panel readability, and shatterproof polycarbonate construction rated to ANSI Z87.1 standards.

The price point may give some pause, particularly for prescription options. But consider the cost in context: these are sunglasses engineered to the same durability standards as your avionics and backed by a lifetime warranty. More to the point, they address real physiological challenges—UV exposure that doubles at altitude, eye strain from glare, and headset discomfort that can distract from flying the airplane. That’s not fashion accessory territory; that’s safety equipment.

For pilots who fly regularly, especially those logging multiple hours per flight, Flying Eyes deserve serious consideration. The initial investment is offset by durability, warranty coverage, and the simple fact that you’ll actually want to wear them for an entire flight instead of tolerating them until you can’t stand it anymore. And on those long cross-country legs when you’re scanning for traffic and monitoring instruments hour after hour, comfort is a requirement for maintaining the kind of alertness and focus that keeps us safe.

Flying Eyes Optics can be found at www.flyingeyesoptics.com and through select aviation retailers including Sporty’s Pilot Shop. The company maintains a significant presence at major aviation events including Sun ‘n Fun and AirVenture, where you can try on various models and speak directly with company representatives.