David Beckham
Geometric Aviator Sunglasses
These geometric aviator sunglasses from EYEWEAR by David Beckham feature a lightweight metal frame with a double bridge and adjustable nose pads. The lenses provide 100% UV protection, and the model DB1229/S measures 52 mm in eye width, 21 mm bridge, and 145 mm temple length. A designer case and cleaning cloth are included.
- Material
- metal frame
- Category
- Apparel & Accessories > Clothing Accessories > Sunglasses
Color
Size
Specifications
Geometric aviator sunglasses with UV protection and lightweight metal frame.
100% UV protection, lightweight metal frame, includes designer case and cleaning cloth.
- Material
- metal frame
- Gender
- male
- Age Group
- adult
- Condition
- new
- Category
- Apparel & Accessories > Clothing Accessories > Sunglasses
Additional Attributes
- geometric aviator design
- 100% UV protection
- lightweight metal frame
- includes designer case
- includes cleaning cloth
- model DB1229/S
- eye width 52mm
- bridge 21mm
- temple 145mm
Product Insights
The Geometric Aviator Sunglasses by David Beckham, priced at 305 CAD and in stock, offer a multi-layer Blue Shaded Antireflex coating that maintains optical clarity, keeps digital screens readable, and reduces eye fatigue by eliminating internal and back glare, especially in low-light and overcast conditions. However, the lack of polarization means glare from water or roads is not reduced.
- Screen & low-light compatibility
Digital screens remain readable and low-light visibility is maintained.
Why this is supported
The brand confirms the lenses are 'Blue Shaded Antireflex' not polarized, avoiding digital screen darkening:
No, the lenses on this model (DB 1229/S) in the Blue colorway are described as 'Blue Shaded Antireflex' rather than polarized.
Are the lenses polarized?And since the coating does not further darken the lens, low-light visibility is maintained:
Because the antireflex function does not further darken the lens, these sunglasses maintain usable clarity during dawn, dusk, and heavy shadow
Anti‑reflective lens coating in practice — twilight_usability- Construction quality
Blue Shaded Antireflex indicates a multi-layer lens stack for optical clarity.
Why this is supported
The named 'Blue Shaded Antireflex' coating indicates a multi-layer stack for optical clarity:
The inclusion of a named 'Blue Shaded Antireflex' treatment indicates a multi-layer lens stack engineered for optical clarity, placing these frames above entry-level sunglasses that often omit rear-side AR coatings to save cost.
Anti‑reflective lens coating in practice — premium_coating_signal- Low-light performance
Anti-reflective coating maintains clarity in low light without darkening lenses.
Why this is supported
The anti-reflective coating is specifically designed to preserve clear vision in low-light conditions without further darkening the lenses.
Because the antireflex function does not further darken the lens, these sunglasses maintain usable clarity during dawn, dusk, and heavy shadow, when polarized lenses can feel excessively dim and prompt early removal — effectively extending the wearable window.
Anti‑reflective lens coating in practice — twilight_usabilityThis coating also reduces haze in overcast light, eliminates annoying back glare from the metal frame, minimizes cumulative eye strain, and leaves all digital screens fully visible. The 'Blue Shaded Antireflex' designation confirms a multi-layer lens stack engineered for optical clarity.
- Eye fatigue
AR coating stops internal and back glare that trigger micro-squinting, reducing eye fatigue.
Why this is supported
The multi-layer anti-reflective coating reduces eye strain by
eliminating the internal reflections that trigger micro-squinting
Anti‑reflective lens coating in practice — all_day_eye_comfort. It also
suppresses reflections from light entering behind the wearer — a frequent annoyance with metal aviator frames
Anti‑reflective lens coating in practice — back_glare_elimination, and
sharpening definition and contrast in overcast skies
Anti‑reflective lens coating in practice — enhanced_contrast_in_flat_light. The
inclusion of a named 'Blue Shaded Antireflex' treatment indicates a multi-layer lens stack engineered for optical clarity
Anti‑reflective lens coating in practice — premium_coating_signal.
- Non-polarized usability
Non-polarized AR coating keeps digital displays visible and retains clarity in dim conditions.
Why this is supported
The lenses use
'Blue Shaded Antireflex' rather than polarized
Are the lenses polarized?, allowing them to
maintain usable clarity during dawn, dusk, and heavy shadow, when polarized lenses can feel excessively dim and prompt early removal
Anti‑reflective lens coating in practice — twilight_usabilityand
leaves digital displays — from car dashboards and smartphones to smartwatches — fully visible
Anti‑reflective lens coating in practice — digital_screen_compatibility.
- Back glare reduction
Back-surface AR coating suppresses stray reflections from the metal frame's inner surfaces.
Why this is supported
The geometric metal aviator frame, with its double bridge and thin temples, creates multiple reflective surfaces around the eye.
The anti-reflective coating on the back surface suppresses reflections from light entering behind the wearer — a frequent annoyance with metal aviator frames where the shiny inner rim and temple hinges bounce stray light back into the eye, so the view stays cleaner and less distracting than with untreated lenses.
Anti‑reflective lens coating in practice — back_glare_eliminationThe 'Blue Shaded Antireflex' coating is
a multi-layer lens stack engineered for optical clarity, placing these frames above entry-level sunglasses that often omit rear-side AR coatings to save cost.
Anti‑reflective lens coating in practice — premium_coating_signalBy eliminating internal reflections that cause micro-squinting, the coating
reduces cumulative eye strain over hours of wear, making the sunglasses more comfortable for road trips, travel, or a full day outdoors without persistent fatigue.
Anti‑reflective lens coating in practice — all_day_eye_comfort- Screen visibility
Keeps digital screens readable and maintains clarity in low light and overcast conditions.
Why this is supported
The Blue Shaded Antireflex coating (the lenses are not polarized) means
the antireflex treatment leaves digital displays — from car dashboards and smartphones to smartwatches — fully visible
Anti‑reflective lens coating in practice — digital_screen_compatibilityand since the coating does not further darken the lens,
these sunglasses maintain usable clarity during dawn, dusk, and heavy shadow
Anti‑reflective lens coating in practice — twilight_usability. The blue-shifted formulation also reduces haze,
sharpening definition and contrast in overcast skies or near water where polarization offers minimal benefit
Anti‑reflective lens coating in practice — enhanced_contrast_in_flat_light. This named treatment indicates a multi-layer lens stack for optical clarity,
placing these frames above entry-level sunglasses
Anti‑reflective lens coating in practice — premium_coating_signal- Driving comfort
Reduces eye strain and eliminates back glare during long drives.
Why this is supported
The coating
reduces cumulative eye strain over hours of wear
Anti‑reflective lens coating in practice — all_day_eye_comfortand
suppresses reflections from light entering behind the wearer
Anti‑reflective lens coating in practice — back_glare_elimination, ensuring comfort on long drives.
- Flat-light contrast
Non-polarized AR coating sharpens contrast in overcast skies and maintains clarity in low light.
Why this is supported
The blue-shifted anti-reflective coating
sharpening definition and contrast in overcast skies or near water where polarization offers minimal benefit
Anti‑reflective lens coating in practice — enhanced_contrast_in_flat_light. Additionally, because the coating does not darken the lens, they maintain clarity during dawn, dusk, and heavy shadow,
when polarized lenses can feel excessively dim and prompt early removal — effectively extending the wearable window
Anti‑reflective lens coating in practice — twilight_usability. The lenses are explicitly non-polarized,
No, the lenses on this model (DB 1229/S) in the Blue colorway are described as 'Blue Shaded Antireflex' rather than polarized.
Are the lenses polarized?, so they avoid the dimming that polarized lenses cause in low-contrast conditions.
- Anti-reflective coating
Multi-layer 'Blue Shaded Antireflex' coating prevents back glare and allows full screen visibility.
Why this is supported
The 'Blue Shaded Antireflex' treatment is a multi-layer coating
multi-layer lens stack engineered for optical clarity
Anti‑reflective lens coating in practice — premium_coating_signalIt eliminates internal reflections that cause micro-squinting,
suppresses reflections from light entering behind the wearer — a frequent annoyance with metal aviator frames where the shiny inner rim and temple hinges bounce stray light back into the eye
Anti‑reflective lens coating in practice — back_glare_eliminationBecause it does not darken the lens,
the antireflex function does not further darken the lens, these sunglasses maintain usable clarity during dawn, dusk, and heavy shadow
Anti‑reflective lens coating in practice — twilight_usabilityAdditionally, the blue shift
reduces scattered short-wavelength light that contributes to haze, sharpening definition and contrast in overcast skies or near water
Anti‑reflective lens coating in practice — enhanced_contrast_in_flat_lightFinally, unlike polarized lenses, the coating
leaves digital displays — from car dashboards and smartphones to smartwatches — fully visible, a practical advantage for drivers and connected daily use
Anti‑reflective lens coating in practice — digital_screen_compatibility- Polarization
Coating lacks polarization, so glare from water or roads is not reduced.
Why this is supported
The coating is described as
'Blue Shaded Antireflex' rather than polarized
Are the lenses polarized?, confirming that polarization is not included, so reflective glare from surfaces like water and roads is not reduced.
Image Analysis
2 images- 01
Product
A pair of metal-framed aviator sunglasses with a geometric octagonal-influenced lens shape, dark lenses, a thin double bridge, visible clear nose pads, and thin metal temples with darker temple tips; worn by a model so right-side temple and profile are visible.
- Frame material and finishThin metal frame with a warm gold finish visible around the lenses, along the bridge, and on the temples.
1 region
x 0.27 · y 0.18 · w 0.46 · h 0.18 (high) - Lens shapeGeometric lenses with rounded angular corners (near-octagonal/hexagonal appearance) rather than classic teardrop aviator shape.
2 regions
x 0.31 · y 0.20 · w 0.18 · h 0.14 (high); x 0.49 · y 0.20 · w 0.18 · h 0.14 (high) - Lens colorDark neutral lenses appearing near-black or deep charcoal.
2 regions
x 0.33 · y 0.22 · w 0.15 · h 0.11 (high); x 0.52 · y 0.22 · w 0.14 · h 0.11 (high) - Double bridgeThin double-bridge construction: a primary bridge at the nose and a thin bar above connecting the upper rims.
1 region
x 0.42 · y 0.21 · w 0.16 · h 0.06 (high) - Nose padsClear adjustable nose pads attached to metal pad arms visible between the lenses.
1 region
x 0.45 · y 0.25 · w 0.05 · h 0.04 (medium) - Temples and temple tipsVery thin metal temples extending straight back with slightly darker, narrow temple tips at the ends; right temple and tip are visible in profile.
2 regions
x 0.62 · y 0.22 · w 0.34 · h 0.08 (high); x 0.84 · y 0.24 · w 0.10 · h 0.05 (medium)
Other
Lifestyle portrait showing the sunglasses worn by a male model in three-quarter right profile against a neutral out-of-focus background; soft, diffused lighting with mild shadowing; colorful patterned shirt and a necklace are visible as props.
- Model wearing productMale model with short hair wearing the sunglasses in a relaxed three-quarter right profile view; face and ear provide visible context for fit and temple placement.
1 region
x 0.28 · y 0.08 · w 0.54 · h 0.66 (high) - BackgroundEven, neutral pale background with a soft out-of-focus look, providing low-contrast backdrop for the subject.
- Props and clothingBrightly patterned, open-collar shirt and a small gold-colored necklace are visible and occupy lower foreground; these are props and not part of the product.
1 region
x 0.18 · y 0.60 · w 0.64 · h 0.37 (high) - Lighting and shadowsSoft, diffused lighting from the front-left creates gentle shadows on the right side of the face and under the chin; highlights appear on the metal frame edges.
Colors
warm gold metallic· frame#B28573deep charcoal· lensesmedium brown· temple tips#4C3C24- Frame material and finishThin metal frame with a warm gold finish visible around the lenses, along the bridge, and on the temples.
- 02
Product
Metal-framed aviator-style sunglasses photographed at a three-quarter front-right angle showing geometric (near-octagonal) lenses with a double bridge, adjustable nose pads, textured metal temples, and tortoiseshell temple tips.
- Frame geometryThin metal frame with a geometric near-octagonal lens outline and subtly faceted corners; frame surrounds both lenses and continues into a slender double bridge above the nose.
1 region
x 0.10 · y 0.44 · w 0.62 · h 0.34 (high) - Lens appearanceFlat tinted lenses with a uniform blue tint and no visible gradient; lenses occupy the geometric frames with slight reflection visible on their surfaces.
1 region
x 0.14 · y 0.48 · w 0.56 · h 0.28 (high) - Double bridgeA thin upper metal bar and a lower thinner bar form a double bridge that connects the two lens frames across the nose.
1 region
x 0.28 · y 0.50 · w 0.20 · h 0.06 (high) - Nose padsTransparent-to-amber adjustable nose pads attached to small metal pad arms; pads sit slightly forward of the lens plane.
1 region
x 0.33 · y 0.56 · w 0.06 · h 0.08 (high) - Temple constructionSlim metal temples with a fine ridged or grooved texture along their length visible on the outer face, transitioning to angled tortoiseshell-colored plastic tips.
1 region
x 0.46 · y 0.36 · w 0.44 · h 0.36 (high) - Temple tipsCurved plastic temple tips in a tortoiseshell pattern of amber-yellow and dark brown patches covering the ends of both temples.
2 regions
x 0.70 · y 0.46 · w 0.18 · h 0.18 (high); x 0.24 · y 0.28 · w 0.20 · h 0.14 (medium) - Small lens markingA small embossed or printed mark is visible near the right-lens outer edge; shape legible but characters are not readable at this scale.Partial
1 region
x 0.52 · y 0.56 · w 0.04 · h 0.06 (medium) - Inner temple textFine printed text is visible on the inner side of the left temple near the hinge but is too small to read in this image.Partial
1 region
x 0.28 · y 0.24 · w 0.20 · h 0.12 (low)
Other
Product photographed on a light gray studio background with soft even lighting from above-left, producing a faint soft shadow to the lower-right; three-quarter front-right angle view shows the front and outer temple.
- Shot compositionThree-quarter front-right perspective with the sunglasses placed slightly diagonally so left lens is nearer the camera and right temple extends toward the image right edge.
- Background and surfaceUniform light gray seamless background and surface with a soft drop shadow beneath the sunglasses.
- LightingSoft diffuse lighting with subtle highlights on the metal frame and minimal harsh reflections on the lenses.
Colors
metallic gold· metal frame and templesmedium blue· lenses#8392BCamber translucent· nose padstortoiseshell amber· temple tips- Frame geometryThin metal frame with a geometric near-octagonal lens outline and subtly faceted corners; frame surrounds both lenses and continues into a slender double bridge above the nose.