Rowan Panto Blue Light Glasses — Black TR90, Silver Darts, Orange Lens
£69.99 is our RRP from 1 October 2026 — not a previous selling price.
- Orange lens — 99% of blue light across 380–500 nm, lab-tested
- Nine-layer anti-glare coating · UV400
- 19 g TR90 frame · not for driving
Product Details
Rowan — Panto Blue Light Glasses in Glossy Black TR90
The dressiest frame in the range: a glossy black TR90 front in a softly squared panto shape, split by a keyhole bridge and pinned with two polished silver darts where the front meets the temples. The arms are wide and flat rather than wiry, carrying a gold AURESTA wordmark and a pair of silver rivets. Black frames get called safe; this one is closer to formal.
The lens is orange, and openly so. Whites turn warm, blues drop back, and the whole screen moves a few degrees toward evening — that shift is not a side effect, it is the filtering made visible. Nine layers of anti-reflective coating take the reflections your monitor throws back at you out of the picture. The full lens test is published on this page, wavelength by wavelength.
- Frame: Glossy black panto with silver darts and wide flat temples — TR90 memory polymer, 19 g, bends rather than snapping
- Lens: Orange tint with a nine-layer anti-reflective coating
- Blue light: 99% of blue light across 380–500 nm filtered (1.01% transmitted) — lab-tested to BS EN ISO 12312-1
- UV: UV400 — 0.00% transmittance at 380, 390 and 400 nm
- Filter category: 1 — luminous transmittance (Tv) 47.05%
- Colour cast: whites go golden, blues mute. Take them off for photo editing, video grading and design work
- Not suitable for driving or road use — blue signal light recognition measured 0.34 where the standard requires 0.6 or above
- Included: free UK shipping, and 30 days to wear them and decide
Shipping & Returns
Glossy Black Panto, Silver Darts, Orange Lens
The Rowan is the glossy black panto in the Auresta range: a softly squared TR90 front, split by a keyhole bridge and pinned with two polished silver darts where the front meets the temples. The arms are wide and flat rather than wiry, carrying a gold AURESTA wordmark and a pair of silver rivets. It is the dressiest frame we make — black enough to disappear in a meeting, detailed enough to hold up at arm’s length. Behind it sits the same lens as every Auresta pair: orange, and openly so. Whites turn warm, blues drop back, and the whole screen moves a few degrees toward evening — that shift is not a side effect, it is the filtering made visible. A nine-layer anti-reflective coating handles the rest, so the reflections your monitor throws back at you and the ceiling light sitting in the corner of your vision mostly disappear.
- ◆Orange lens — 99% of blue light across 380–500 nm filtered, lab-tested
- ◆Nine-layer anti-reflective coating — reflections and glare drop out of the picture
- ◆UV400 — 0.00% transmittance at 380, 390 and 400 nm (lab-tested)
- ◆Glossy black panto TR90 with silver darts and wide flat temples — flexible, headset-friendly
Ten Hours In, and Still the Last Thing You Notice
Most glasses announce themselves by hour three — a pinch at the temple, a weight on the bridge, the small constant awareness that something is on your face.
The Rowan is TR90 with wide flat arms that sit flush to the head and pass under a headset cup rather than fighting it. Put it on at nine in the morning and the reason you take it off is that the day is over, not that it started to hurt.
The last screen of most days is a phone in a dark room, held closer than any monitor and brighter than everything around it. That is the hour the orange in the lens is most obvious: the white of the display goes warm instead of glaring.
- ◆Nine-layer coating — reflections and glare drop out of the picture
- ◆Glossy black panto TR90 — flexible, headset-friendly, wide flat arms
- ◆UV400 outdoors as well as indoors — one pair, desk to street
When the Screen Becomes the Brightest Thing in the Room
There’s a point in the evening — usually the first hour after the overhead light goes off — where your screen stops being a screen and starts being a light in your face. The white of a document goes from paper to floodlight. Every lamp in the room shows up as a smear across the top of the display.
Put the Rowan on and that drops out. The reflections go: that is the nine-layer anti-reflective coating. The white settles into something closer to warm paper: that is the orange lens, which filters 99% of blue light across 380–500 nm. The screen gets quieter.
It’s a filter, not a fix — if you’ve got a window behind your monitor and the brightness at 100%, sort that first. Our digital eye strain guide covers it, and it’s free.
But if you’ve done all that and the screen still feels loud at 11pm: this is what the orange is for.
- ◆The reflections go — nine-layer anti-reflective coating
- ◆White stops being a floodlight — 99% of blue light across 380–500 nm filtered
- ◆A filter, not a fix — and not for driving
What Changes When You Put Them On
Five things the Rowan actually does — every one of them backed by the lab numbers further down this page.
We Measured the Lens. Here Are the Numbers.
Most blue light glasses ask you to take their word for it. Ours went through a spectrometer, wavelength by wavelength, against BS EN ISO 12312-1:2013+A1:2015 — the European standard for eye filters. This is exactly what came back.
| Wavelength | Light passing through | Band |
|---|---|---|
| 380 nm | 0.00% | UV cut-off |
| 400 nm | 0.00% | UV / blue edge |
| 410 nm | 0.27% | Bluepeak HEV |
| 420 nm | 0.38% | Bluepeak HEV |
| 430 nm | 0.48% | Bluepeak HEV |
| 440 nm | 0.41% | Bluepeak HEV |
| 450 nm | 0.31% | Bluepeak HEV |
| 460 nm | 0.90% | Blue |
| 480 nm | 2.15% | Blue |
| 500 nm | 6.27% | Blue-green |
| 520 nm | 10.90% | Green |
| 550 nm | 41.14% | Green |
| 580 nm | 74.67% | Yellow |
| 620 nm | 86.89% | Orange |
| 700 nm | 90.39% | Red |
| 780 nm | 89.46% | Deep red |
Across the 415–455 nm band — where blue light peaks — under 0.5% gets through. UV400: 0.00% transmittance at 380, 390 and 400 nm. The trade-off is deliberate and visible: a lens that stops this much blue light is a warm orange tint, not a clear one.
Source: lens test report from our lens manufacturer — not an independent or third-party laboratory — measured on a Topcon sigm tm-3 spectrometer to BS EN ISO 12312-1:2013+A1:2015 (280–780 nm). Figures apply to the orange blue-light lens used across the Auresta eyewear range. The lens was tested against that standard but does not meet all of its criteria: blue signal light recognition measured 0.34 where 0.6 or above is required, which is exactly what filtering this much blue costs you — not suitable for driving or road use.
Same Lens. Different Frame.
Every Auresta frame uses the identical orange lens you just read the numbers for. Pick the shape you want to wear.
Shop all blue light glasses
Before You Buy, Read the Science
Auresta vs GUNNAR Gaming glasses: Which Should You Choose?
Auresta vs GUNNAR Gaming Glasses: Which Is Right for You? When gamers and screen-heavy professionals compare b…
Read the guideAuresta Glasses Frames Comparison: Which Model Is Right for You?
When comparing Auresta glasses frames, you are comparing eight shapes wrapped around one identical lens. Ember…
Read the guideBlue Light Glasses for Sleep: Do They Actually Work?
Blue Light Glasses for Sleep: Evidence-Based Guide to Better Rest Blue light glasses for sleep are designed to…
Read the guideWorking From Home Eye Strain: A Practical Guide for Long Screen Days
Working from home eye strain is real, common and mostly self-inflicted — not by you, but by setups and habits…
Read the guideCan You Wear Blue Light Glasses All Day?
Yes — you can safely wear blue light glasses all day . One hard exception: this is a Category 1 orange tint an…
Read the guideDo Blue Light Glasses Help With Headaches? An Honest Answer
For some people, yes — blue light glasses can help with headaches caused by long screen sessions , mainly by s…
Read the guideBlue Light Glasses for Sleep and Gaming: What You Actually Need to Know
Blue light glasses designed for sleep and gaming work by filtering the high-energy wavelengths that screens em…
Read the guideAuresta Blue Light Glasses FAQ: Every Question Answered
This Auresta blue light glasses FAQ answers the questions we get most often about our orange-lens eyewear — wh…
Read the guide5 Signs You Have Digital Eye Strain (and How to Fix It)
If your eyes feel tired, dry or achy after a day at the screen, you're not imagining it. Digital eye strain (a…
Read the guideAmber vs Clear Lenses: Which Gaming Glasses Are Right for You?
If you've started shopping for gaming glasses, you've probably run into the big question right away: should yo…
Read the guideWhat you’re actually buying
An orange lens, nine layers of coating on it, 19 grams of TR90 around it, and the spectrometer readout printed where you can check it.
- A lens with a colour to it. Orange, and openly so. Whites turn warm, blues drop back, the whole screen moves a few degrees toward evening. That shift isn’t a side effect — it’s the filtering, made visible.
- Nine layers of anti-reflective coating. The reflections your monitor throws back at you, and the ceiling light sitting in the top corner of your vision all day, mostly disappear. This is the part you notice in the first ten seconds.
- UV blocked to zero where it counts. 0.00% transmittance at 380, 390 and 400 nm. The same pair works walking home in the sun.
- 19 grams of TR90. Flexible frame, slim arms that slide under a headset instead of pressing into it.
- And the honest part: the full lens test is published on this page, wavelength by wavelength. Almost nobody in this category does that. Read it before you buy, not after.
Frequently asked questions
Everything you need to know about Auresta orange-lens blue light glasses — what the tint does, what it costs you, the TR90 frame, shipping and returns.
Do Auresta blue light glasses actually work?
Depends what you want them to do, and we would rather tell you than sell you. The 2023 Cochrane review of 17 randomised trials found blue-light-filtering lenses probably make no difference to eye strain from screens, and the College of Optometrists says the same. What an amber lens does do, physically, is absorb blue light in the 400–500 nm band rather than reflect a little of it like a clear lens — which raises contrast, cuts glare, and takes the harsh edge off a bright monitor. That is what you will feel.
Are amber lenses better than clear ones?
For filtering blue light, yes, and it is not close. A clear lens with a coating reflects a modest share of the blue band. An amber — properly, orange — lens absorbs it, and the lens reads orange precisely because the blue is not getting through. Even the optometrists who dismiss clear blue-light lenses accept that a genuine tint does something. The cost is a warm cast to what you see.
Will the amber lenses change how I see colours?
Yes, a little — whites lean golden and blues are muted, and that shift is exactly what the filtering looks like. Most people stop noticing within a few minutes. If you do colour-critical work, photo editing or grading, take them off for it.
Are these good for gaming and long screen sessions?
For the long session, yes — that is what they are built for. The orange tint and the nine-layer anti-reflective coating take the reflections off your monitor and the lights behind it out of the picture, and the 19 g TR90 frame has slim straight arms that pass under a headset cup instead of fighting it. If you play competitively and read colour cues to win, do not buy these: an orange lens takes colour information away. We would rather tell you than take the money and get the pair back.
What about sleep — do these do anything?
We are not going to promise you anything about your sleep, because the evidence does not let us. Here is what exists: Cochrane calls the sleep evidence indeterminate, and a small 2009 trial (Burkhart & Phelps) on amber lenses worn before bed is the most-cited study in the category. What we can describe is what changes in the room: put them on at 10pm and the screen goes the colour of a lamp. Whether that is worth it to you is your call, and you have thirty days to make it.
Do they work outdoors as well as at a desk?
Yes. UV400 — 0.00% transmittance at 380, 390 and 400 nm (lab-tested). The same pair works walking home in the sun. Not for driving, though: this is a Category 1 orange tint and it does not meet the blue signal-light recognition requirement of the standard it was tested to.
Can I drive in them?
No. Tested against BS EN ISO 12312-1, the lens scored 0.34 on blue signal light recognition where the standard asks for 0.6 or above. That is a direct consequence of how much blue it filters. Day or night, take them off before you pick up the keys.
How much is shipping and how fast is delivery?
Shipping is free on every order, with delivery in 2–4 business days.
What is your returns policy?
Thirty days. Not thirty days in the box — actually wear them, at your desk, at 10pm, for a week. If the orange isn’t for you, or you just don’t like them on your face, send them back for a full refund. Normal wear is expected. We only ask the frame and lens come back undamaged, in the case. This sits on top of your statutory 14-day right to cancel.
What are the frames made of?
TR90 — a flexible memory polymer used in sports and performance eyewear. Nineteen grams, and it bends rather than snapping.
How to Choose Your Gaming Glasses
Screen glasses are sold on a lot of promises the evidence does not support. Here is what the Rowan actually does, and what it does not.
An orange tint, not a clear lens
A clear lens with a coating reflects a modest share of blue light. The Rowan's lens absorbs it — the lens reads orange precisely because under 0.5% of the 415–455 nm band is getting through. That is the whole difference, and it is why the tint is visible.
Glare and contrast, which you will feel
A nine-layer anti-reflective coating cuts the reflections thrown back at you by your monitor and the lights behind it. Less glare means more contrast and less squinting through a long session — this is the part of the product with an obvious, immediate effect.
Where the evidence is strongest
The clearest science in this category is about evenings: blue light in the hours before bed delays melatonin, and amber is the tint with actual trials behind it. Daytime eye strain is a different story — the 2023 Cochrane review found filtering alone probably doesn't fix tired eyes, so we don't sell that. What you'll feel by day is the glare and contrast difference; what you're buying for is the evening.
Evenings, and honest limits
Blue light in the hours before bed delays melatonin, and amber is the tint with trials behind it — though Cochrane still calls the overall sleep evidence indeterminate. Wear them before bed and judge for yourself. Do not wear them, or any tint, for night driving.
Comfort you can verify
TR90, about 19 g, with slim straight temple arms that sit under a headset instead of digging in. Weight is not a marketing claim — you will notice it by hour six.
For the long session, not the ranked ladder
If you're playing story-driven, single-player, or anything at 1am, the Rowan is built for exactly that — the arms sit under a headset and the glare from your monitor stops bouncing back at you. If you play competitively and read colour cues to win, don't buy these. An orange lens takes colour information away. We'd rather tell you than take the money and get the pair back.
Reviews coming in
We give a 20% code for leaving a review — and the code lands whatever you write. One star, five stars, same code. We don’t filter, edit or delete reviews by rating. Every review is checked before it appears, and buyers we can match to an order are labelled as verified.
We're new, so there aren't many yet.
A brand that only rewards the good ones ends up with a wall of five stars nobody believes. We'd rather have thirty honest reviews than three hundred bought ones — so the 20% code lands whatever you write, and nothing here is invented.