Choosing prescription lenses is the part of buying glasses where most people either overspend, underspend, or make a choice that does not properly match how they use their eyes. The frame is the part everyone notices first, but the lenses are the part you actually look through every day. They decide how clear your vision feels, how comfortable your glasses are, how thick the edges look, how much glare you notice, and whether the glasses suit your work, driving, reading and lifestyle.
The problem is that lens choices are often explained badly. Customers are shown numbers such as 1.5, 1.6, 1.67 and 1.74 without being told what those numbers mean. They are offered anti-reflection, blue light, photochromic, polarised and tinted lenses without a clear explanation of who actually benefits from each option. Some people are sold upgrades they do not need. Others choose the cheapest option and then wonder why the finished glasses look thick, reflect badly or do not feel right for their prescription.
This guide explains prescription lenses properly, in plain English. It covers single vision, varifocal and occupational lenses, lens materials, lens thinning, coatings, tints, sunglasses options and the practical decision-making process I use when advising customers. The aim is not to push every upgrade. The aim is to help you choose the right lens for your prescription, your frame and your real life.
The simple rule
Do not choose lenses by price alone, and do not choose them by upgrade name alone. Choose lenses by three things: your prescription, the frame you have chosen, and how you will actually use the glasses.
Why prescription lens choice matters
Prescription lenses are not all the same. Two pairs of glasses can look similar from the outside but perform very differently once you wear them. One may feel crisp, balanced and comfortable. The other may feel heavy, reflective, thick at the edges, difficult at the computer, or disappointing in bright sunlight. The difference often comes down to lens design, lens material, coatings and whether the lens was suitable for the prescription and frame.
A good lens choice should feel almost invisible when you wear it. You should not constantly notice reflections on the lens. You should not feel that the frame is being pulled down by heavy lenses. You should not have to keep moving your head awkwardly to find the clear area. You should not be left wondering whether the thinnest or most expensive option would have solved a problem that could have been avoided in the first place.
The correct lens also protects the look of the frame. A beautiful designer frame can be ruined visually by unsuitable lens thickness, poor edge appearance or a lens choice that does not suit the frame size. This is especially important with stronger prescriptions, rimless or supra frames, larger sunglasses and shallow varifocal frames.
The frame looks good, but the glasses disappoint
The lens is too thick, too reflective, too heavy, unsuitable for your working distance, or chosen because it was the cheapest option rather than the correct one.
The frame and lenses work together
The lens type, index, coating and measurements all suit the prescription, the frame shape and how the glasses will be worn day to day.
The best lens is not always the most expensive lens.
Sometimes a standard single vision lens with a good anti-reflection coating is exactly right. Sometimes a thinner material is worth it. Sometimes a smaller frame would improve the result more than spending more on the lens. The honest answer depends on the full order, not just one number on your prescription.
The three main types of prescription lenses
Before thinking about lens thinning, coatings or sunglasses options, start with the lens design. This means what job the lens is made to do. Most prescription glasses fall into one of three categories: single vision, varifocal or occupational. Choosing the wrong category is a bigger problem than choosing the wrong coating.
| Lens type | What it does | Best for | Not ideal for |
|---|---|---|---|
| Single vision | One prescription power across the lens | Distance, reading, driving, general everyday wear or one set working distance | People who need distance and reading correction in one pair |
| Varifocal | Distance, intermediate and reading in one lens | People who need one pair for most daily tasks | Very specific computer-heavy work unless design and measurements suit |
| Occupational | Designed mainly for near and intermediate distances | Office work, screens, desk tasks and reading comfort | Driving or general distance wear |
Single vision lenses explained
Single vision lenses have one prescription power across the whole lens. They are the simplest and most common type of prescription lens. They can be made for distance, reading, computer use or another specific working distance, depending on what your prescription is intended for.
If you are short-sighted, your single vision glasses may be used for distance tasks such as driving, watching television or everyday wear. If you are long-sighted, they may help with distance, near tasks or both, depending on your age and prescription. If you have reading glasses, the lens is usually set for close work. If you have a computer prescription, it may be set for screen distance rather than book distance.
The important point is that single vision does not automatically mean “distance glasses”. It means the lens has one focus. That focus could be distance, reading, screen use, music distance, craft work or another specific task. This is why your prescription and intended use need to match.
Simple, clear purpose
Single vision works brilliantly when the glasses have one clear job: distance, reading, driving, screen work or general wear for people who do not need a reading addition.
One lens does not cover every distance
If your prescription includes an ADD and you want one pair for distance and reading, single vision may not be enough unless you are happy to swap between pairs.
Be clear what the single vision lenses are for.
If you order single vision reading glasses and expect to drive in them, they will not be right. If you order distance glasses and expect them to solve close reading when you need an ADD, they may disappoint. Always match the lens purpose to the task.
Varifocal lenses explained
Varifocal lenses are designed to give distance, intermediate and near vision in one pair of glasses. The top part of the lens is mainly for distance, the middle area is for intermediate tasks such as computer screens or dashboard distance, and the lower part is for reading. There are no visible lines on the lens, so the prescription changes gradually from top to bottom.
Varifocals can be excellent when they are dispensed properly. They allow you to wear one pair for most daily tasks instead of constantly swapping between distance and reading glasses. They are especially useful if you drive, shop, work, read labels, use your phone and move between different distances throughout the day.
However, varifocals need more care than single vision lenses. The frame needs enough depth for the lens design. The fitting height must be measured accurately. The PD must be correct. The lens design quality matters. Your expectations must also be realistic: varifocals are very useful, but they do not give the same wide reading area as a dedicated pair of reading glasses, and they may not be ideal as your only option for long hours at a desk.
| Varifocal zone | Used for | How you use it |
|---|---|---|
| Distance | Driving, walking, television, general distance | Look through the upper part of the lens |
| Intermediate | Computer screens, dashboards, shelves, conversation distance | Look through the middle corridor |
| Near | Reading, phones, labels, close detail | Lower your eyes through the bottom part of the lens |
A common mistake is choosing a fashionable frame that is too shallow for varifocals. Another is trying to reuse an old PD or guessing a fitting height from a photograph. Small measurement errors can be much more noticeable in varifocals than in simple single vision lenses. This is why a proper varifocal process matters.
Do not order varifocals as if they are standard lenses.
Varifocals are not just an upgrade tick box. They need a suitable frame, accurate measurements and the correct lens design. If you are unsure whether the frame is suitable, ask before ordering. It is much easier to prevent a poor varifocal result than fix one afterwards.
For more detail on the Burghley & Co varifocal process, visit the varifocal lenses page.
Occupational lenses explained
Occupational lenses are sometimes called office lenses, computer lenses or enhanced reading lenses. They are designed mainly for near and intermediate distances rather than general distance wear. They can be extremely useful for people who spend long periods at a desk, use multiple screens, read documents, work at a counter, or need more comfortable vision across a room than standard reading glasses provide.
A standard reading lens is set for close work. That may be fine for a book or phone, but it can be too close for a computer screen. Many people then push the screen closer, lean forward, lift their chin, or remove their glasses to find a clearer distance. Occupational lenses are designed to give a more practical working range.
They are not designed for driving. They are not a full replacement for varifocals if you need clear distance vision outdoors. They are task-specific lenses, and when prescribed for the right situation they can be much more comfortable than trying to use varifocals for everything.
Close range only
Excellent for books, phones and close detail, but often too limited for screen distance or wider desk work.
Near and intermediate comfort
Designed for desk, screen and office distances, making them a stronger choice for many people who work at a computer.
If you work at a screen all day, be honest about it.
A lot of people try to make one pair do everything. If your working day is mostly screen-based, a dedicated occupational pair may give better comfort than relying on general varifocals alone.
Lens index explained: 1.5, 1.6, 1.67 and 1.74
Lens index is one of the most misunderstood parts of buying prescription lenses. The index number describes how efficiently the lens material bends light. In practical terms, a higher index material can usually be made thinner than a standard lens for the same prescription. That is why 1.6, 1.67 and 1.74 are often described as thinner lens options.
This does not mean everyone should choose the highest number. Lens thickness is affected by your prescription, the size of the frame, the shape of the frame, where your pupils sit in the lenses, and whether the prescription is plus or minus. A large frame with a strong prescription can still look thick even with a thinner material. A smaller, well-chosen frame can often make a huge difference.
| Lens index | Plain English explanation | Best suited to | Scott’s honest view |
|---|---|---|---|
| 1.5 standard index | Standard everyday plastic lens material | Lower prescriptions and many regular single vision orders | Often perfectly suitable when the prescription is mild and the frame is sensible |
| 1.6 thinner index | A thinner and lighter option than 1.5 | Moderate prescriptions, better edge appearance and many semi-rimless frames | A very useful upgrade for many customers because it balances value and appearance |
| 1.67 high index | Thinner again for stronger prescriptions | Stronger prescriptions where lens thickness is becoming more noticeable | Worth considering when 1.6 may still leave the lens looking heavy or thick |
| 1.74 ultra high index | One of the thinnest commonly used plastic lens options | High prescriptions where reducing thickness is a priority | Not necessary for everyone, but valuable for stronger prescriptions in the right frame |
1.5 index lenses
A 1.5 index lens is the standard lens material used for many everyday prescriptions. For lower prescriptions, it can perform very well and may give a clean, comfortable result without needing to pay for a thinner material. If your prescription is mild and your chosen frame is not oversized, 1.5 can be a sensible choice.
The limitation is thickness. As prescriptions become stronger, especially in larger frames, a 1.5 lens can become thicker and heavier. In minus prescriptions, thickness tends to appear more at the lens edge. In plus prescriptions, thickness tends to be more central, although frame choice still matters. If the lens is likely to look bulky, a thinner index may be recommended.
1.6 index lenses
A 1.6 index lens is thinner and lighter than a standard 1.5 lens. It is often a strong middle-ground option because it improves the finished appearance without immediately jumping to the highest-cost materials. It can be a good choice for moderate prescriptions, customers who want a neater lens, and frames where thickness or weight may be noticeable.
For many Burghley & Co customers, 1.6 is the first sensible upgrade when the prescription starts to move beyond very mild powers. It can also be useful for certain frame types where the lens edge is more exposed, such as semi-rimless designs. The exact recommendation still depends on the full prescription and frame.
1.67 index lenses
A 1.67 index lens is a high index option designed for stronger prescriptions where thickness reduction becomes more important. It can make the finished glasses look cleaner and feel lighter than a lower index lens, especially where the prescription would otherwise produce noticeable edge thickness.
This is where frame choice becomes even more important. If you choose a large frame with a strong prescription, a 1.67 lens may help, but it cannot completely cancel out the effect of lens size. If you want the neatest result, choose the lens and frame together rather than treating them as separate decisions.
1.74 index lenses
A 1.74 index lens is an ultra high index option for high prescriptions where reducing thickness is a priority. It is not automatically better for everyone, and it is not something I would recommend just to increase the order value. It has a place when the prescription is strong enough to justify it and the frame choice will benefit from it.
For high minus prescriptions, 1.74 can help reduce edge thickness and improve the cosmetic appearance of the finished glasses. For high plus prescriptions, it may help reduce bulk, but frame size, lens diameter and centration are still critical. If the prescription is not strong, paying for 1.74 may be unnecessary.
Lens index should be recommended, not guessed.
If you have a low prescription, 1.74 is usually overkill. If you have a high prescription in a large frame, 1.5 may be a false economy. The right answer sits between prescription strength, frame size and how neat you want the final glasses to look.
Why frame choice affects lens thickness
Customers often assume lens thickness is only about the prescription and the lens index. It is not. The frame can make a major difference. Larger lenses usually mean more thickness, especially with minus prescriptions. Oversized round or aviator styles can push the edge of the lens further away from the optical centre, which can make the edges much thicker.
Smaller, well-centred frames often produce a neater result. A full-rim acetate frame can hide more lens edge than a thin metal frame. A semi-rimless frame may show the lens edge more clearly. A frame that sits poorly on the nose can also affect how the lenses perform because the measurements and wearing position matter.
Lens thickness is not just a lens problem
Picture your prescription as strongest around the optical centre. The further the lens extends away from that centre, the more thickness can build up. That is why a smaller, better-centred frame can sometimes improve appearance more than simply choosing a more expensive material.
Large frame, strong prescription
More lens area can mean more visible thickness, especially at the edges of minus lenses.
Smaller frame, well centred
A frame that suits your PD and prescription can reduce visible thickness and improve comfort.
If you are unsure whether a frame will suit your prescription, start with the guide to buying prescription glasses online and the PD explained guide, or ask for advice before ordering.
Lens materials explained
Most modern prescription lenses are made from plastic lens materials rather than traditional glass. Plastic lenses are lighter, safer and more practical for everyday wear. Different materials can offer different benefits, including improved thickness, durability, impact resistance and suitability for certain frame types.
Customers rarely need to choose lens material in isolation. In practice, the material is usually linked to the lens index, prescription and frame recommendation. For example, a standard 1.5 lens may be fine for a simple full-rim frame and lower prescription. A 1.6 lens may be recommended for a thinner result or a frame where the lens edge matters. Higher index materials may be used when reducing thickness is more important.
Some frame types have specific needs. Rimless and semi-rimless frames can place more demand on lens strength and edge quality because the lens is part of the structure. For these designs, material choice becomes more important than it might be in a full-rim acetate frame.
Do not think of lens material as a luxury add-on.
Lens material affects thickness, weight, durability and suitability. It is not just about making lenses thinner. It is about making the finished glasses appropriate for the prescription and the frame.
Anti-reflection coating explained
Anti-reflection coating, often called AR coating, is one of the most important everyday lens options. It reduces reflections from the lens surfaces, helping the lenses look clearer and feel more comfortable in many lighting conditions. Without it, lenses can show distracting reflections from screens, headlights, shop lighting and overhead lights.
AR coating is especially useful for driving at night, computer use, video calls, artificial lighting and anyone who wants the lenses to look cleaner in photographs. It also helps other people see your eyes more clearly rather than seeing reflections on the lens surface. For most prescription glasses, I consider a good anti-reflection coating a sensible standard rather than a luxury.
More visible reflections
Lenses may reflect lights, screens and glare more noticeably, which can make the glasses look cheaper and feel less comfortable.
Cleaner, clearer appearance
Reflections are reduced, the lenses look more transparent and vision can feel more comfortable in everyday lighting.
Anti-reflection is one of the upgrades I rarely argue against.
If you wear prescription glasses regularly, AR coating is usually worth having. It improves the appearance of the lenses and reduces distracting reflections. It is much more useful than many customers realise until they compare lenses with and without it.
Blue light lenses explained
Blue light lenses are often marketed heavily, so they need a balanced explanation. These lenses are designed to filter or reduce certain parts of blue-violet light. Many customers associate them with screen use, eye strain and modern digital lifestyles. Some people like the comfort they feel from blue light filtering lenses, especially under screens and artificial lighting.
However, blue light lenses are not magic. They do not replace proper screen habits, correct prescription, good lighting, blinking, breaks or an appropriate working distance. If your eyes feel tired at the computer, the cause may be uncorrected prescription, dry eye, poor screen setup, using reading glasses at the wrong distance, or needing occupational lenses rather than simply needing a blue light filter.
Blue light can be a useful option for some customers, but it should not distract from the bigger question: are these the right lenses for your screen distance and prescription? If you spend long hours on screens, an occupational lens design may be more important than a blue light filter alone.
Blue light is not the whole screen-fatigue story
If your screen glasses are the wrong prescription or the wrong working distance, a blue light coating will not fix the real issue. First get the lens design and prescription right, then consider whether blue light filtering is useful for comfort.
Photochromic lenses explained
Photochromic lenses are clear or nearly clear indoors and darken when exposed to UV light outdoors. Many people know them by brand names such as Transitions, although not every photochromic lens is the same. They are designed for convenience: one pair that adapts between indoor and outdoor conditions.
They are useful if you move between indoors and outdoors frequently, dislike swapping between clear glasses and sunglasses, or want everyday light protection without carrying a second pair. They can be particularly helpful for walking, shopping, holidays, school runs and general outdoor use.
The key limitation is car windscreens. Many photochromic lenses rely on UV activation, and modern windscreens block a lot of UV. That means standard photochromic lenses may not darken as strongly inside a car as customers expect. If driving glare is the main problem, prescription sunglasses or polarised lenses may be a better solution.
Convenience outdoors
Ideal for people who regularly move between indoor and outdoor environments and want one pair to adapt.
Driving expectations
Standard photochromic lenses may not darken fully behind a windscreen, so they are not always the best answer for driving glare.
Polarised lenses explained
Polarised lenses are designed to reduce reflected glare. This is the harsh glare that bounces off flat surfaces such as roads, water, car bonnets, wet pavements and snow. A standard tint reduces brightness, but a polarised lens goes further by cutting a significant amount of reflected glare.
They are particularly useful for driving, holidays, fishing, walking near water, bright summer conditions and anyone who is sensitive to glare. Many customers describe polarised sunglasses as feeling calmer and more comfortable than standard tinted sunglasses.
There are some limitations. Polarised lenses can make certain digital screens, dashboards or displays look darker or distorted at particular angles. For most people this is manageable, but it is worth knowing before choosing them. They are also not the same as photochromic lenses; polarised sunglasses are generally a dedicated sunglass lens, not a clear indoor lens.
Standard tint vs polarised
A standard tint turns the brightness down. A polarised lens turns the brightness down and helps cut reflected glare from surfaces. That is why polarised lenses can feel noticeably more comfortable for driving and bright outdoor conditions.
If you are choosing sunglasses, visit the Burghley & Co sunglasses collection or the prescription lenses page for current lens options.
Tinted lenses explained
Tinted lenses reduce brightness and create the sunglass appearance. They can be made in different colours and depths depending on the lens option. The most common sunglass tint colours are grey, brown and green. Each gives a slightly different visual feel, and the best choice depends partly on preference and partly on use.
| Tint colour | Visual feel | Best for |
|---|---|---|
| Grey tint | Neutral colour perception | Everyday sunglasses, bright light and people who want colours to feel natural |
| Brown tint | Warmer contrast | Driving, variable light and customers who prefer a warmer view |
| Green tint | Classic sunglass feel with balanced contrast | Traditional sunglasses, everyday outdoor wear and a premium classic look |
A tint should also offer proper UV protection where supplied as a sunglass lens. Do not assume that darkness alone equals protection. A dark lens without proper UV protection is not the goal. The lens should reduce brightness and protect the eyes appropriately.
Choose sunglass lenses by use, not just colour.
Grey is a safe neutral choice, brown can feel warmer and more contrast-enhancing, and green has a classic premium look. If glare is the main issue, consider polarised rather than relying on tint depth alone.
Prescription lens decision tree
The easiest way to choose lenses is to work through the decision in the right order. Do not start with coating names. Start with what the glasses need to do, then refine the lens material and options.
Start here
Do you need one viewing distance only?
Choose single vision for distance, reading, driving or a specific working distance.
Do you need distance, computer and reading in one pair?
Consider varifocals, but make sure the frame is suitable and measurements are accurate.
Do you mainly need screen, desk and near comfort?
Consider occupational lenses rather than forcing standard readers or varifocals to do the job.
Is your prescription moderate or strong?
Review lens index and frame size before choosing 1.5, 1.6, 1.67 or 1.74.
Will you wear the glasses outdoors?
Choose between clear lenses, photochromic convenience, standard tints or polarised sunglasses.
Who needs what?
| Customer situation | Likely lens direction | What to check |
|---|---|---|
| I need glasses for driving and general distance | Single vision distance lenses | Prescription accuracy, PD, anti-reflection coating and frame fit |
| I only need help reading | Single vision reading lenses | Reading prescription, working distance and whether you need screen distance too |
| I work at a computer all day | Occupational lenses or screen-specific single vision | Screen distance, desk setup, ADD value and whether varifocals are enough |
| I want one pair for most things | Varifocal lenses | Frame depth, fitting heights, PD and adaptation expectations |
| I have a stronger prescription | Consider 1.6, 1.67 or 1.74 depending on strength | Frame size, shape, lens thickness and cosmetic result |
| I am sensitive to reflections and night driving glare | Anti-reflection coating | Lens cleaning habits and coating quality |
| I want glasses that darken outdoors | Photochromic lenses | Driving expectations and how often you move outdoors |
| I want prescription sunglasses for bright conditions | Tinted or polarised prescription sunglasses | Glare needs, colour preference and frame suitability |
Common lens mistakes to avoid
Choosing the cheapest lens automatically
This can work for a simple prescription, but it can also lead to thick, reflective or unsuitable lenses if the order needs more care.
Choosing the thinnest lens automatically
Ultra-thin lenses are not always necessary. If your prescription is low, you may be paying for a benefit you will barely see.
Ignoring frame size
A large frame can make lenses thicker, heavier and less attractive, especially with stronger prescriptions.
Using reading glasses for screen work
Reading lenses may be set too close for comfortable screen use. Occupational lenses may be a better answer.
Ordering varifocals without proper measurements
Varifocals need accurate fitting information. Guessing heights or using an unsuitable frame is asking for trouble.
Assuming all sunglasses are the same
A standard tint reduces brightness, but polarised lenses are better for reflected glare. UV protection also matters.
The worst lens choice is usually the one made without context.
There is no single best lens for everyone. A lens choice only becomes right when it matches the prescription, the frame, the measurements and the way the customer uses their eyes.
How Burghley & Co reviews lens orders
The aim at Burghley & Co is not to push customers through checkout and hope for the best. Every prescription order should make optical sense before it is glazed. That means looking at the prescription, the lens option, the chosen frame and any measurements needed for the finished glasses.
If something looks unsuitable, it should be questioned before the lenses are made. That could mean a frame looks too shallow for varifocals, a high prescription has been paired with an oversized frame, a PD is missing, or a customer has chosen a lens option that does not seem to match their needs. This is where professional review adds real value.
Before glazing, the order should make sense
Prescription checked. Lens type checked. Lens index considered. Frame suitability reviewed. Measurements confirmed where needed. This is the difference between simply selling glasses online and dispensing them properly.
Final lens choice checklist
- You know whether you need single vision, varifocal or occupational lenses.
- The lens purpose matches how you will actually use the glasses.
- Your prescription has been copied correctly, including plus/minus signs, CYL, AXIS and ADD where relevant.
- Your PD is known or will be measured properly.
- Varifocal fitting measurements are being handled properly if ordering varifocals.
- The frame size and shape are suitable for your prescription.
- You have considered whether 1.5, 1.6, 1.67 or 1.74 is appropriate.
- You have anti-reflection coating for everyday clear lenses unless there is a specific reason not to.
- You have chosen photochromic, tinted or polarised lenses based on actual use, not just the name.
- You have asked for advice if anything feels uncertain.
If you are unsure, pause before paying.
A quick check before glazing is far better than receiving glasses that do not feel right. Lens choice is not something you should have to guess. If your prescription, frame choice or intended use raises a question, get it checked first.
Helpful next guides
Buying Prescription Glasses Online
Understand the full buying process before choosing your frame and lenses.
Understanding Your Prescription
Learn what SPH, CYL, AXIS and ADD mean before entering your details.
Frequently asked questions about prescription lenses
What prescription lenses should I choose?
Choose lenses based on your prescription, the frame and how you will use the glasses. Single vision is for one viewing distance, varifocals cover distance to reading in one pair, and occupational lenses are designed mainly for desk and screen use.
Are 1.6 lenses worth it?
1.6 lenses can be worth it for moderate prescriptions or when you want a thinner, lighter and neater-looking result than standard 1.5 lenses. They are not always necessary for very low prescriptions.
Do I need 1.67 or 1.74 lenses?
1.67 and 1.74 lenses are usually considered for stronger prescriptions where reducing thickness is important. The right choice depends on your prescription strength, frame size, frame shape and cosmetic expectations.
What is the difference between single vision and varifocal lenses?
Single vision lenses have one prescription power across the lens for one main viewing distance. Varifocal lenses contain distance, intermediate and reading zones in one lens, allowing one pair to cover several distances.
Are occupational lenses better than varifocals for computer work?
Occupational lenses can be better for long periods of desk and screen work because they are designed for near and intermediate distances. Varifocals are more general-purpose but may not give as wide a computer area as a dedicated occupational lens.
Is anti-reflection coating worth it?
Yes, for most everyday prescription glasses anti-reflection coating is worth having. It reduces distracting reflections, improves the appearance of the lenses and can make glasses more comfortable in artificial light, night driving and screen use.
Do blue light glasses stop eye strain?
Blue light lenses may feel more comfortable for some screen users, but they do not fix every cause of eye strain. Prescription accuracy, screen distance, lighting, dry eye, breaks and occupational lens design may be more important.
Are photochromic lenses good for driving?
Standard photochromic lenses may not darken fully behind a car windscreen because many windscreens block UV light. If driving glare is your main concern, prescription sunglasses or polarised lenses may be more suitable.
What is the difference between tinted and polarised lenses?
Tinted lenses reduce brightness and create a sunglass effect. Polarised lenses also reduce reflected glare from surfaces such as roads, water and wet pavements, making them especially useful for driving and bright outdoor conditions.
Can I choose prescription sunglasses online?
Yes, provided the frame is suitable for glazing and the correct lens option is chosen. Depending on your needs, prescription sunglasses may use standard tints, polarised lenses or other sunglass lens options.
Start with the frame, but choose the lenses properly.
Browse the full glasses collection, view prescription lens options, or ask for advice if you are unsure which lens type is right for your prescription.
Need help?
Unsure what to choose?
If you are not sure about your prescription, frame size or lens choice, ask before you order.