There are five jacket rankings on this site and every one of them is built on the same six decisions. This page is those decisions, in the order they actually matter, which is not the order a product listing presents them in. A listing leads with the fit and the pockets. We lead with the one line on the page that somebody outside the company tested.
The ordering is deliberate and it is the whole point of the page. Decisions one and two — the garment class and the armor — determine whether the jacket is protective equipment or a jacket. Decisions three through five determine whether it is the right protective equipment for you. Decision six, the fit, is last not because it does not matter but because it is the only one you can check in a fitting room, and it is where most buyers start and stop.
1. The EN 17092 class the maker prints — with the clause and the year
This is first because it is the only claim on a jacket listing that was verified by somebody who does not work in the marketing department. EN 17092:2020 is the European standard for protective motorcycle clothing, and it certifies the complete garment— impact abrasion, tear strength and seam strength, with the garment’s actual panels, vents and mesh in the test. That is why it beats every material claim: a jacket cannot pass by certifying its strongest panel.
The standard runs five classes and the clause number tells you which one you are being sold. EN 17092-2 is Class AAA, the top street class. -3 is Class AA, the versatile road class. -4 is Class A, the entry class, and where most mesh and most budget three-season jackets sit. -5 is Class B, which the test house SATRA describes as giving “the equivalent abrasion protection of Class A garments” but without impact protectors. And -6 is Class C, which SATRA is blunt about: Class C garments “do not offer minimum abrasion protection” and provide impact protection only where the protectors are. A Class C garment is an armored base layer worn with a jacket, not instead of one.
SATRA also publishes the detail that connects this decision to the next one: “Elbow, shoulder, knee and hip impact protectors are to be present in Class AAA and AA garments as a mandatory requirement,” with hip protectors “being optional in Class A garments.” So the class is not purely an abrasion number — stepping up to AA also guarantees protectors are there.
What to do with this in practice. A listing that prints the clause and the year (“Class AA certified according to standard EN 17092-3:2020”) is making a checkable claim. A listing that says “CE certified” or “CE approved” with no clause is making none, and there is a third case worth recognizing: a class named without its clause. One jacket in our registry publishes only the heading “EN 17092-A CERTIFIED” — a class with no clause and no year. We still list it, because the rest of what it publishes is specific, but we say what is missing on its card rather than rounding it up to a certification.
And the finding from our own registry that should recalibrate your budget: the class does not track the price. A ventilated textile jacket we list holds Class AA at well under half the price of the most expensive Class AA leather jacket we list, and several jackets costing more than it hold Class A. If the class is what you are buying, you can stop spending a long way before the top of the market.
2. The armor actually in the box, and its EN 1621 clause
EN 1621 is the separate standard for the protectors, and the two numbers get blurred together constantly. EN 1621-1 covers limb protectors — shoulders, elbows, knees, hips. EN 1621-2 covers back protectors. EN 1621-3 covers chest protectors. EN 1621-4 covers inflatable protectors, which is airbags. Each has a Level 1 and a Level 2, where Level 2 transmits less force in the test.
Three things to read on the listing, in this order.
Which pads are included. Shoulder and elbow armor is almost always in the box. A back protector usually is not. This is the single most common gap between what a buyer thinks they bought and what arrived: most jackets at most prices ship with an empty back-protector pocket and a named insert sold separately. A minority include one, and it is not reliably the expensive ones — on our mesh jacket ranking the only pick that includes a spine protector is the cheapest jacket on the page.
At what level, and who said so. A maker that writes “CE Level 1 EN 1621-1:2012” has told you the standard, the year and the level. A maker that writes “CE approved armor” has told you nothing checkable. And watch for the clause mismatch, which is more common than it should be: one jacket in our registry prints its back pad as certified to “EN 1621.1, Level 1”, but EN 1621-1 is the limb clause and back protectors fall under EN 1621-2, so the clause named does not match the part. We print that mismatch rather than smoothing it.
Whether the back pocket takes a real protector. A pocket sized for a foam comfort pad is not the same as a pocket prepared for a certified Level 2 insert, and good makers tell you which insert fits by name. If yours does, the upgrade is a known purchase. If it does not, assume the pocket is for comfort.
If the armor question is the one you want to go deep on, our CE armor and gear ratings guide works through both standards from the beginning, and armored base layers covers the other way to solve it — wearing the armor as its own garment instead of filling a jacket’s pockets.
3. The shell architecture your climate actually needs
This is where the “types of motorcycle jacket” question actually lives, and it is a weather decision rather than a style one. There are three real architectures and they are mutually exclusive, because a membrane is a layer air cannot pass through.
Mesh. Abrasion material removed and replaced with openings. Summer only, no membrane, no liner, nothing to close. The upside is that it works at a standstill in traffic, which is where vented jackets stop coping. The honest limit is the class: most mesh jackets are Class A and we could source exactly one that is AA.
Drop-liner. A waterproof membrane hung behind the outer shell from the shoulders. The retailer explainer we cite describes the trade plainly: it is cheaper to build and it lets the maker put vents in the outer shell, but the outer fabric wets out and gets heavy in sustained rain, because the water stops at a layer that is not the surface.
Laminate. The membrane bonded to the outer fabric, so there is no sacrificial layer to soak. It stays lighter in long rain and dries faster. It costs more, and venting it requires zips through the laminate rather than open mesh panels. This is the architecture on most serious adventure and touring shells.
The practical recommendation, and the one we would give a friend: if you are buying your first jacket and will own exactly one, buy a three-season jacket with a removable thermal liner and accept being warm in July. If you are buying your second, buy mesh for the summer and keep the first one for everything else. Trying to buy one jacket that is genuinely good in 95 degrees and in cold rain is how people end up with a jacket they do not wear in either.
4. The airbag question — which has to be answered before you buy
If a wearable airbag is anywhere in your plans, it decides the jacket. An under-jacket system needs room engineered for it, and makers state compatibility by system name rather than generically: Alpinestars publishes readiness per garment for the Tech-Air 5 and the cheaper Tech-Air 3, REV’IT! states its Avertum system needs the jacket ordered one size up and prints that in capitals. A jacket that fits you correctly without a vest will not take a 20 mm inflatable layer underneath.
Two orderings that work and one that does not. Buying the vest first and the jacket around it works. Buying an over-jacket vest, which needs no compatibility at all, works. Buying a jacket now and hoping an under-jacket system will fit later does not, and it is the most expensive way to discover decision four. Our airbag vest ranking covers the systems, and airbag vest versus back protector covers whether you want one at all before you spend the money.
5. The size run, which is a different question from the fit
Before you measure anything, check that the jacket is made in your size at all — and that the size you need is not the end of the run, because the last size in a range is usually the worst-proportioned one. This decision catches two groups of riders in particular.
Tall riders: a jacket sized by chest alone will be short in the body and the sleeve, and the fix is a maker that charts a tall option explicitly. One budget jacket in our registry publishes a tall cut adding two inches of sleeve and three inches of torso, which is a more useful specification than going up a chest size and wearing a tent.
Riders at either end of the range: European brands often size in EU numbers (44 to 62) rather than S to 4XL, and the conversion is not intuitive. Read the maker’s chart in centimeters and ignore the letter. Several brands also publish women’s cuts of the same model under a different name — a genuinely different pattern rather than a smaller men’s jacket — and our women’s gear coverage makes the same point about helmets.
6. The fit — last, but check it in a riding posture
A jacket fits when the armor cannot leave the joint it is covering and you can still ride in your actual posture. That means checking it the way you will wear it, not standing straight in front of a mirror.
The checks, in the order they go wrong. The shoulder pad should sit on the point of your shoulder with your hands on the bars; if it sits behind the point when you reach forward, the jacket is too big across the back. The elbow pad should cover the elbow with your arms bent, which is the posture it is for. The sleeve should reach the wrist bone with your arms forward — riding sleeves are cut long deliberately, and bunched fabric at the forearm means it is too long, which is the failure that actually hurts in a slide. The back should stay tucked when you lean. The collar should close without choking with your chin down and a full-face helmet on, which is the one nobody tests in the shop.
And measure for the version of you that rides. Chest over the layers you actually wear, not over a t-shirt and not over a winter sweater. Sleeve from the center back of the neck, over the shoulder, down a bent arm to the wrist bone. If you plan on a thermal liner in the jacket or a vest under it, size for that — and if you are buying mesh, remember there is no liner to remove to buy you room later.
What we deliberately did not put on this list
Denier. A 600D or 1000D figure describes the yarn, not the finished garment, and EN 17092 tests the finished garment. A certified 600D jacket out-tests an uncertified 1000D one by definition, because one of them was tested. Denier is useful for comparing two jackets from the same maker in the same family and almost useless across brands.
Brand reputation. It correlates with published certification, which is exactly why we rank on the published certification instead. Several of the strongest certification statements in our registry come from mid-market brands, and one of the thinnest comes from a well-known one.
Weight. We would use it if it were published. Most jacket makers do not publish a weight at all, which is why the spec tables on our jacket rankings carry material, armor and waterproofing rather than grams. Where a figure is missing we print “Not published” rather than estimating one.
We have worn none of the jackets we list and own none of them. Here is what we do instead — and every spec on the cards below was read from the page named on that card, on the date recorded there.