Frame Identification

Oakley Radar EV Pitch vs Path vs Range

Different Oakley Radar Frames

Oakley Radar sunglasses have been knocking around the sports world for a decade now, and their popularity shows no signs of diminishing. Unlike other generational products that get phased out once a new version comes along, you can still purchase all three versions of the Radars on Oakley’s site (as of the date of this publication) and on marketplaces such as Amazon.

If you're trying to decide which frame is best for you, this guide on the Oakley Radar differences will hopefully lead you in the right direction.

Just so we're all clear right from the start, "Radar" (or Radarlock or Radar EV) is the name of the frame. Path, Pitch, Range, etc. are the names of the lens styles. These Oakley lenses are all interchangeable within their respective frames (e.g., Radarlock Pitch lenses and Radarlock Path lenses both fit the Radarlock frames).



Oakley first introduced the Radars in 2006. In keeping with heritage style characteristics of the M Frames, the Radars feature hammer stem profiles, a brow that dips slightly in the center, and a single shield lens.

The stems feature round holes, which Oakley calls “surge ports,” designed to help improve airflow. The earsocks run almost to the end of the stems, and the tips of the stems flare slightly (almost imperceptibly) outward.If you run your fingers along the ends, you'll notice the shift. In theory, these flared tips should assist with putting the Oakley sunglasses on - especially one-handed while riding a bicycle.

Full spinning view of Oakley Radar Path Sunglasses

If you want custom Oakleys, there are different lens shapes and lens colors available. More specifically, there are 4 Oakley lens shapes available for the Radars (8 if you count the vented versions of each). In order of smallest to largest they are:

  • Edge
  • Path
  • Pitch
  • Range

Oakley marketed the Edge within the women’s line, but there’s nothing markedly feminine about the shape. I’m not going to pitch any “Pink it and Shrink it” theories here, but needless to say, the Edge is just as unisex as the other options.

Ultimately, it comes down to which shape you like best.

Oakley Radar Path Frame Specifications and Measurements

Specs: Frame Width: 133mm | Temple Arm Length: 130 mm | Lens Height: 44 mm

Oakley Radar Path and Edge Lenses Dimensions Compared

Lens Height: Edge: 42 mm | Path: 44 mm | Pitch: 46 mm | Range: 49 mm

Need replacement lenses for your Oakley Radar? Check out our selection.



More or less the exact same frame as the Radar, the Radar XL features added length between the nose bridge and brow. This extra 7 mm provides more vertical coverage, creating cycling sunglasses perfect for cyclists riding in the attack position.

Unlike the standard Radar, however, the XL version only has one lens — the Blade.

Although that was the name when first released, the lens is often marketed simply as “Radar XL.”

Depending on the adjustability of your sunglasses, and knowing the different parts of sunglasses that can be customized, you can change the nose piece to convert a standard Radar to a Radar XL (and vice versa), but there is always the risk of damaging the frames. If you're interested in that process, you can check out this video.

Full spinning view of Oakley Radar XL Sunglasses

Tip: For a larger view, right-click on the image and open in a new tab.

Oakley Radar XL Frame Dimensions and Measurements

Specs: Frame Width: 133mm | Temple Arm Length: 130 mm | Lens Height: 50 mm

Oakley Radar XL Blade Lens Height

Lens Height: Blade: 50 mm

Oakley Radar Nose Bridge Height Comparison

Radar: 11 mm | Radar XL: 18 mm



In 2012, Oakley released the Radarlock. This generation has the same look and feel as the first — similar size and the same lens shapes, but there are enough distinct differences to set it apart.

The main difference being Oakley’s patented “Switchlock” technology. Instead of a press and pop method, the left temple features a locking mechanism. When unlatched, the temple swings open, allowing for an easier lens removal/installation process.

Oakley Radarlock sunglasses with no lenses in the open position

Oakley Radarlock open position

Oakley Radarlock latch on inside left temple

Oakley Radarlock latch on inside left temple

Ironically, this is how Oakley has positioned this technology:

“If you haven’t heard about Oakley Switchlock Technology, you’re wasting too much time fumbling with the outdated designs of ordinary interchangeable lens systems. Our simple switch mechanism makes the process quick and easy, and the lens is held securely in place without uneven pressures that can bend it and distort your vision. Somebody finally got it right, and did so with a vengeance against conventional technology.”

Why is it ironic?

Because in the 3rd iteration of the Radar family, Oakley returned to the “outdated design” of a pressure click-in system for Radar EV.

Not saying there’s anything wrong with the Switchlock technology (I quite prefer it), just noting the irony. Oakley might want to consider updating the copy on their site — and also possibly not bagging on their own designs in the future.

Full spinning view of Oakley RadarLock Path Sunglasses

In addition to the new technology, the temple featured a more angular surge port and a slightly larger icon. This design change also pushed the hinge a little further down the temple — a seemingly insignificant adjustment, but one which causes the ends of the temples to hit the back of the lenses when the frame is folded.

There’s also less Unobtainium on the earsocks — about two inches of length along the back of the ear stem compared to Radar’s three inches of Unobtainium. This could be seen as either a pro or a con depending on your needs.

Pro: Unobtainium becomes sticky when wet, so the more there is, the better the sunglasses may lock to your head, not shift around while moving, and provide better protection.
Con: That added stickiness can also make it more difficult to put the sunglasses on one-handed making them not the best cycling sunglasses.

Some other added features include perforations on the ends of the stems to accommodate a retention strap and spring hinges. The tips of the stems also don’t flare out much.

Oakley RadarLock Path Frame Measurements and Dimensioins

Specs: Frame Width: 138mm | Temple Arm Length: 131 mm | Lens Height: 44 mm

Comparing the lens height of Oakley RadarLock Edge vs Path

Lens Height: Edge: 42 mm | Path: 44 mm | Pitch: 46 mm | Range: 49 mm

The Radarlock XLs are the exact same frame as the Radarlocks, but with an added 7 mm between the nose bridge and top of the frame (same concept as the Radars vs the Radar XL frames).



A modern twist on the previous generations, the Radar EV is still easily identifiable as part of the Radar family but departs from the curving sweep of the brow to a more angular look. Instead of dipping above the nose bridge, the brow of the Radar EV is straight across the middle before angling downward into 2 sloping steps about two-thirds of the way to the temples.

Full spinning view of Oakley Radar EV Sunglasses

Returning to what worked in the original Radar frame, Oakley ditched its Switchlock technology for the 3rd generation of the Radars, favoring instead the pressure click-in system. The hinges are pulled closer in so that the tips don't hit the lens when folded. And the surge ports are much smaller — more rectangular and positioned closer to the hinge.

The Unobtanium earsocks cover almost the entire length of the stems, with only the flared ends and the areas around the surge ports left untouched.

Oakley Radar EV Frame Measurements and Dimensions

Specs: Frame Width: 138 mm | Temple Arm Length: 128 mm |Lens Height: 50 mm

Height Comparison of Oakley Radar EV Lenses

Lens Height: Path: 50 mm | Pitch: 50 mm

But what sets the Radar EV apart from its predecessors in terms of function has to be its lens design.

The “EV” stands for “extended vision” and for obvious reasons. The lenses feature an added 5 mm above the nose bridge, extending the upper field of view. As with the XL versions of previous generations, this taller lens keeps the brow out of sight (or nearly so) when in a head down, eyes up position (such as the aero position while cycling).

Although Oakley Radar EV Pitch vs Path styles are still available, the Radar EV only comes with vented versions of this taller lens.

If you'd prefer a non-vented Path lens for your Radar EV, check out our selection here.

Unlike previous versions of vents, which were cone-shaped and positioned at a diagonal from the outer top corners of the lenses pointed inward towards the nose bridge, the vents on the lenses for Radar EV are subtly placed horizontally against the brow. These low profile vents were designed to still allow optimum airflow while staying out of the path of the wearer’s line of sight.

Oakley Radar Path (left) vs Oakley Radar EV Path (right) facing each other on table

Oakley Radar Path (left) vs Oakley Radar EV Path (right)

Oakley Radar Vents (left) vs. Oakley Radar EV Vents

Oakley Radar vented lens vs Oakley Radar EV vented lens


Are these Oakley lenses interchangeable across generations?

Short answer: no

Complicated answer: sort-of

The lenses for Radar EV are a definite no across the board – those lenses won’t fit in Radars or Radarlocks (or their XL counterparts), and the lenses for Radar and Radarlock won’t fit in the Radar EVs.

If you compare the notches on the lenses of the Radars and the Radarlocks, you’ll notice a difference.

Oakley Radar Hooks (left) vs. Oakley Radarlock Hooks (right)

Oakley Radarlock lens has a sharper hook than the notch in the Oakley Radar lens

When I attempt to install a Radar lens into the Radarlock, I can make it fit—however, the latch won’t completely lock flush against the lens. I can also see a slight gap on the right temple (but not on the left where the switchlock is located), and the lens definitely doesn’t align perfectly with the nose bridge.

Oakley RadarLock Left Temple

RadarLock Right Nose Piece

When I attempt to install a Radar lens into the Radarlock, I can make it fit—however, the latch won’t completely lock flush against the lens. I can also see a slight gap on the right temple (but not on the left where the switchlock is located), and the lens definitely doesn’t align perfectly with the nose bridge.

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