How to remove glare from a photo

Glare from glasses lenses obscuring someone's eyes in a portrait, a bright reflection on a car windshield blocking the interior, flash bounce on a glossy product surface washing out detail, screen glare making a laptop or phone display unreadable — light reflections hide the content you actually want to see. Magic Eraser's AI brush removes the glare and reconstructs the detail underneath.

Last updated May 16, 2026

Why glare appears and why it's one of the harder edits

Glare occurs when a light source reflects off a surface directly toward the camera. Glasses lenses reflect overhead lights, windows, and flash units into white or colored hotspots that cover the wearer's eyes. Car windshields and windows reflect sky, buildings, and the photographer. Glossy product surfaces (phones, jewelry, lacquered wood, plastic packaging) reflect studio lights as bright streaks that wash out surface detail. Computer and phone screens reflect room lighting that competes with the screen content. Glass-framed artwork reflects gallery lighting that obscures the art. In each case, the reflection replaces the actual surface content with a bright, featureless area — the detail is there in reality but invisible in the photo because the reflected light overwhelmed the sensor in that region. Glare removal is harder than object removal because the glare doesn't have crisp boundaries — it feathers from fully opaque (pure white reflection center) through semi-transparent (where the reflection and underlying detail are both partially visible) to a soft edge that blends with unaffected areas. Manual Photoshop correction involves reducing the brightness of the glare area while reconstructing the underlying detail from adjacent regions — a process requiring careful Curves/Levels adjustment, clone stamping, and layer blending that takes 10-25 minutes per glare spot for professional results. Magic Eraser's AI handles this by treating the entire glare area as a single occlusion, inferring the underlying content from the non-glared portions of the same surface, and rebuilding the hidden detail continuously.

Remove glare in three steps

1. 1

   Upload the photo

   Open Magic Eraser on web, iOS, or Android. Drop in the portrait with glasses glare, the product shot with reflection hotspots, the photo of a screen or window with light bounce, or any image where glare obscures important detail. JPEG, PNG, HEIC, and WebP supported.

2. 2

   Brush over the glare area

   Paint over the entire glare hotspot — from the bright center through the feathered edge where the reflection blends with the clean surface. For glasses glare, brush each lens individually, covering the full reflection area including the semi-transparent zone where you can partially see the eye underneath. For product reflections, brush each hotspot separately. For screen glare, brush the area where the screen content is washed out by the reflection. Include the soft edges of the glare — stopping the brush at the bright center but missing the feathered transition produces a visible boundary in the result.

3. 3

   Tap Erase and verify

   The AI removes the glare and reconstructs the underlying detail — the eyes behind glasses lenses, the product surface detail beneath the hotspot, the screen content hidden by the reflection. For glasses specifically, the reconstructed eyes match the tone, color, and detail of the visible portions of the face. For products, the surface texture and color continue smoothly through the formerly glared area. Check at full zoom for any residual brightness or texture inconsistency and refine with a second pass if needed. Export at full resolution.

Best for

• Portrait and headshot photography where overhead lighting or flash creates reflection hotspots on glasses lenses that obscure the subject's eyes
• Product photography where studio lights create specular reflections on glossy surfaces (phones, jewelry, lacquered furniture, plastic packaging) that wash out surface detail
• Automotive photography where windshield and window glare blocks the view of the car's interior from exterior angles
• Screen photography where room lighting reflects off laptop, tablet, or phone displays making the screen content partially or fully unreadable
• Real-estate photography where window glare from exterior shots blocks the view into the property's interior spaces
• Art and document photography where glass frames or protective covers reflect gallery lighting or camera flash

Tips for best results

Glare removal quality depends on how much of the underlying detail is partially visible through the glare. Semi-transparent glare (where you can faintly see the content behind the reflection) produces the best results because the AI has partial reference for reconstruction. Fully opaque glare (pure white hotspot with zero underlying detail visible) requires the AI to generate the hidden content entirely from surrounding context — still effective but more generative. For glasses glare specifically: the AI reconstructs the eye behind each lens using the visible portions of the face (eye shape, skin tone, eyebrow position) as reference. If both lenses have glare, the AI works from the surrounding facial features. If only one lens has glare, the AI uses the other eye as additional reference for a more precise reconstruction. For product photography: prevention is easier than correction — if you're shooting glossy products, angle the light source or product slightly so the direct reflection doesn't hit the camera lens. For existing photos where that wasn't possible, the AI handles the cleanup. For multiple glare spots on one surface (three light reflections on a glossy table), brush each separately rather than mass-brushing the entire surface — the AI produces better results with clear, clean reference adjacent to each removal.

Frequently asked questions

Is glare removal free?

Yes. Magic Eraser's free tier includes the brush tool for glare removal with daily usage limits. Premium ($29.99/year) removes limits and enables high-resolution exports.

Can it remove glare from glasses to show the eyes?

Yes. This is one of the most common glare removal use cases. Brush over the glare on each lens, and the AI reconstructs the eye underneath using the visible portions of the face and the non-glared regions as reference. The reconstructed eyes match the subject's actual eye shape, color, and expression visible in the rest of the face.

Does it work on glossy product reflections?

Yes. Specular reflections on glossy surfaces (light streaks on phones, bright spots on jewelry, flash bounce on packaging) respond well to the brush tool because the underlying product surface has consistent texture that the AI can reference from the non-reflected areas. Brush the hotspot and the AI fills with the product's actual surface detail.

Can I remove window reflections from real-estate photos?

Partially. Window reflections that show sky, trees, or buildings overlaid on the glass can be reduced or removed, revealing more of the interior view behind the window. The AI reconstructs the interior from whatever is partially visible through the reflection. For windows where the reflection completely obscures the interior, the AI generates plausible interior content based on surrounding context.

Is it better to prevent glare or remove it after?

Prevention produces better results when possible. For glasses: asking the subject to angle their head slightly down or using off-camera flash positioned below lens level avoids the reflection path. For products: polarizing filters reduce glossy reflections. For windows: shooting at an angle rather than straight-on avoids direct sky reflection. When prevention wasn't possible or practical, the AI cleanup produces professional results for most cases.