Glasses wearers know the struggle: your key light throws two bright rectangles across your lenses, hiding your eyes and undoing an otherwise clean setup. The reflections come from predictable geometry, which means they are fixable with a few adjustments and no special gear.
Why glare happens
A reflection appears when a light source bounces off your lens straight into the camera. The angle of incidence equals the angle of reflection, so if a light is positioned to bounce toward the lens, you see it. Fixing glare is mostly about breaking that angle so the reflection goes anywhere but into your camera.
The two main culprits
Your key light and your monitor are the usual offenders. A bright monitor directly in front of you reflects as a glowing panel in your lenses, while a poorly placed key light shows as a hard bright spot.
Fixes ranked by effectiveness
| Fix | Effort | Effectiveness |
|---|---|---|
| Raise and angle the key light down | Low | High |
| Move lights wider off-axis | Low | High |
| Tilt glasses down slightly | Low | Medium |
| Lower monitor brightness / dark theme | Low | Medium |
| Anti-reflective (AR) coated lenses | Higher cost | High |
Step-by-step positioning
Start by raising your key light above eye level and angling it down at roughly 30–45 degrees, then move it wider to the side. Lights that are high and off-axis reflect downward and outward, away from the lens. Next, tilt the earpieces of your glasses so the front of the frames points slightly downward; even a few degrees redirects reflections below the camera line. Finally, dim your monitor or switch to a dark interface theme to kill the screen reflection.
The small-tilt trick
Bending the temple arms so the lenses angle down a touch is the fastest single fix. Many streamers combine this with high side lighting and eliminate glare entirely.
When to invest in AR coatings
If you cannot get your lighting geometry ideal, anti-reflective coated lenses cut reflections dramatically. They are a worthwhile upgrade for full-time creators and help off-camera too. Larger frames also help by giving you more room to angle the lens without cutting off your eyes in frame.
Softening light and choosing frames
The quality of your light affects glare as much as its position. A large, diffused source produces a softer, less defined reflection than a small bare bulb, so if you must have a light near the reflection zone, make it big and diffuse. Bouncing your key off a wall or ceiling can also scatter the reflection enough to break it up.
Frame and lens choices
Frame geometry matters. Frames that sit slightly away from your face and can be tilted give you more room to angle reflections downward without cropping your eyes out of the shot. Thin frames keep more of your eyes visible. If you already own anti-reflective lenses, use them, they were designed for exactly this problem and help on video calls too.
The camera-height factor
Raising your camera slightly and looking up at it changes the reflection angle and often reduces glare, while also being a more flattering angle. Combine a marginally higher camera with tilted frames and high side lighting, and most glasses glare disappears without any special equipment.
FAQ
Will a bigger softbox reduce glare?
Not by itself, a larger source can actually create a bigger reflection. Position matters more than size; get the light high and off-axis first.
Can I remove glasses glare in software?
Only crudely. It is far better to prevent it with lighting and lens angle than to fight it with filters that soften your whole image.
Does raising my camera help with glasses glare?
Often, yes. Placing the camera slightly higher and looking up at it changes the reflection angle so lights bounce below the lens rather than into it, and it is a more flattering angle too. Combine a marginally higher camera with frames tilted a few degrees downward and a high, off-axis key light, and most glasses glare disappears without any special lenses or equipment.
Bottom line
Beat glasses glare by raising and widening your key light, tilting your frames down a few degrees, and dimming your monitor. If geometry alone will not do it, anti-reflective lenses finish the job.
