MOTORCYCLE APPAREL: EN 13634 BOOT SAFETY CHECKLIST

Boots are the easiest place to get fooled by “looks protective.” A leather upper, a chunky sole, even a shin plate can still hide a boot that folds, tears, or delaminates when it matters. So when I’m shopping motorcycle apparel-especially online-I run a short checklist that maps to what EN 13634 actually tests.

TL;DR: my boot safety filter in 60 seconds

Here’s the fast filter I use before I even think about style, brand, or “waterproof” claims.

1. I look for the marking first: “EN 13634:2017” plus a CE mark somewhere in the listing photos or label shots.

2. I check the performance code if it’s shown: Riders often ask for ratings like “CE 2-2-2-2,” because it’s a quick way to see if you’re getting higher protection across the tested areas.

3. I verify it’s a real boot, not a casual shoe: I want meaningful height, a closure that can’t pop open, and a structure that doesn’t collapse when I twist it by hand.

4. I test for rigidity (even through photos): I’m looking for design cues that resist folding and crushing-because that’s how ankles get wrecked in low-speed tip-overs and higher-speed slides.

5. I look hard at the outsole and how it’s attached: Cheap boots often fail here first-soles peeling, edges separating, or the boot turning into two parts.

6. I treat waterproof as “nice if proven,” not a safety feature: I trust a proven membrane more than a vague “water resistant” line, and I assume breathability is always a tradeoff.

7. If the listing is vague, I ask for proof: I request photos of the certification/label and I watch how support responds.

What actually goes wrong when people skip this: they buy “motorcycle” boots that are basically casual footwear with a shift pad. They feel fine walking around, but the first time the bike pins a foot or the boot catches and twists, there’s nothing inside the boot resisting that force.

EN 13634 in plain English: what it tests

EN 13634:2017 (SATRA) is the European safety standard used to certify motorcycle footwear (boots and shoes) for on-road and off-road riding.

Here’s the part I care about as a buyer: it’s standardized testing. If a boot is certified, it has been tested for specific protection properties rather than relying on marketing language.

What EN 13634 requires (the mandatory properties)

EN 13634:2017 has four mandatory protection properties:

• Minimum upper height (varies by level)
• Impact abrasion resistance
• Impact cut resistance
• Transverse rigidity (crush resistance)

It also has two certification levels:

• Level 1: a basic minimum that fits urban commuting and casual riding
• Level 2: higher protection that fits sports bikes, touring, and adventure riding where higher-speed crashes or longer road contact are more realistic

What people get wrong here: they assume “CE certified” automatically means “maximum protection.” It doesn’t. Level 1 vs Level 2 matters, and the standard is built around a set of tests-not around how tough the boot looks.

What EN 13634 does not guarantee (optional tests)

EN 13634 includes optional tests that are not mandatory, which is why two boots can both be certified and still differ a lot in real-world features:

• Impact energy protection to ankle/shin
• Water penetration resistance
• Fuel oil resistance of outsole
• Slip resistance of outsole
• Water vapour permeability of upper

That’s the tradeoff: you get a recognized baseline across brands, but you still have to read the details because waterproofing, slip, and some impact protection can vary.

Time anchor: the more boots you try on over months of shopping and riding, the more you notice that “comfort in the store” and “support after a long wet commute” are different problems. EN 13634 helps me keep the safety baseline consistent while I sort out comfort separately.

The non-negotiables: height, closure, integrity

This is the part of the checklist that keeps me from buying a boot that looks right in photos but behaves like a sneaker.

1) Height: I want coverage where injuries happen

EN 13634 includes a minimum upper height requirement (and it varies by level). In practical terms, I’m looking for coverage that protects the ankle area and gives the boot structure.

What actually goes wrong: low-cut “motorcycle shoes” can feel great walking around, but they’re easier to lever off the foot in a crash and they give less structure when the bike lands on your ankle.

2) Closure: it has to stay closed under stress

I want a closure system that won’t pop open when it gets snagged or loaded. Zips can be fine when they’re part of a robust system; laces alone make me nervous because they can loosen, catch, or fail.

What actually goes wrong: a boot that opens up mid-slide becomes a loose shell. Even if the materials are decent, the protection isn’t where it needs to be anymore.

3) Whole-boot integrity: no “cost-cut seams” in key zones

EN 13634’s abrasion and cut tests are about how the boot holds up when it contacts the road. When I’m scanning photos, I look for:

• Reinforced-looking areas around the toe/heel and ankle
• Stitching that doesn’t look decorative-only
• A build that looks like it was designed to be dragged, not just walked

If you want the broader context for how this fits into a full beginner kit, I keep the same “verify the standard, then check the build” approach across jackets, pants, gloves, and boots in motorcycle apparel safety: what to look for.

Rigidity and crush protection: how I spot it

EN 13634 includes transverse rigidity, which is basically a crush-resistance concept. I translate that into one question:

Will this boot resist folding when the bike’s weight or the ground tries to twist my foot?

My quick rigidity checks (in-hand or online)

If I’m in a store, I’ll do gentle, reasonable tests (not trying to destroy the boot):

• Twist test: I try to twist the boot forefoot vs heel. I want resistance.
• Fold test: I try to fold the toe toward the shin. I don’t want it to collapse like a casual boot.

Online, I can’t do that-so I look for cues:

• A sole that looks like it has internal structure (not a soft foam sneaker sole)
• An ankle area that looks built up rather than just padded
• A boot shape that holds its form in photos (not slumping)

What actually goes wrong: people buy “walkable” casual-styled boots that flex like everyday footwear. That flex feels nice on day one. After a season of riding, you realize the comfort came from a lack of structure-and structure is what keeps your ankle from becoming the hinge point.

Outsole and bond strength: what fails first

If I had to pick one failure that screams “cheap boot,” it’s the outsole separating or the boot coming apart where the upper meets the sole.

EN 13634’s testing is aimed at real crash forces-abrasion, cuts, and rigidity-so I treat outsole construction as part of “will the boot stay a boot.”

My outsole checklist

• Attachment looks substantial: I want the sole-to-upper join to look intentional and robust.
• Edges look clean and consistent: sloppy glue lines and gaps are a red flag.
• Tread matches the use: road-focused boots often have road-focused soles; off-road tread is a different design goal.

What actually goes wrong: delamination doesn’t always show up immediately. A boot can look fine out of the box, then after repeated wet/dry cycles and heat from riding, the bond starts to fail at the toe or heel edge.

Real-world example: Daytona Road Star / Road Star Pro

The Daytona Road Star / Road Star Pro (Daytona) is a good reference point for what “built for the long haul” looks like in a touring boot.

What it is: handmade German touring motorcycle boots with CE EN13634:2017 Level 2 protection and Gore-Tex waterproofing.

Why I bring it up in a safety checklist: it’s one of the clearer examples of a boot positioned around documented protection and long-term durability rather than casual styling.

Pros:

• CE EN13634:2017 Level 2 protection (impact abrasion, cut resistance, transverse rigidity)
• Plastic ankle/shin protectors with foam padding and a steel-reinforced insole
• Gore-Tex membrane for waterproofing
• Multiple widths and calf adjustments, plus dual side zips for entry

Cons:

• Higher price point than entry-level boots, and some riders feel newer versions don’t always justify the cost increase
• Touring-focused build can mean giving up lightweight flexibility for track or off-road use

Time anchor: riders report these holding up extremely well over 8+ years, including waterproofing and structural integrity. That’s the kind of long-term behavior I’m trying to predict when I scrutinize outsole bonding and overall construction.

Waterproof claims vs waterproof performance

Waterproofing is where marketing gets slippery. I separate it into three buckets:

1. Named membrane with a track record (more trust)
2. Generic “waterproof” claim (neutral)
3. “Water resistant” language (I assume it’s for light rain at best)

With the Daytona Road Star / Road Star Pro, the waterproofing is specifically Gore-Tex, and riders consistently report it staying waterproof over years. That’s a stronger signal than a listing that just says “waterproof lining.”

The tradeoff I plan for: waterproofing and breathability are always in tension. Even when a boot manages heat well, I don’t expect the feel of a ventilated summer boot.

What actually goes wrong: people buy waterproof boots for commuting, then get annoyed when their feet feel clammy in warmer weather. Later, they stop wearing the boots that actually protect them because the comfort mismatch is too big. I’d rather pick the right boot for the season than rely on one “do everything” claim.

How I shop online when listings are vague

A lot of riders end up buying online because local in-store selection is limited. That’s when vague listings become expensive.

r/motorcyclegear regulars consistently push for clear safety ratings on listings-people explicitly ask for codes like “CE 2-2-2-2”-because too many product pages make you guess.

My customer support script (copy/paste)

If a listing doesn’t show the label, I send something like this:

Hi-can you confirm whether this boot is CE certified to EN 13634:2017? If yes, please send a clear photo of the inside label showing the CE mark and the EN 13634:2017 marking (and the performance code if shown). Thanks.

If I’m also trying to clarify optional claims:

If the boot claims waterproofing, can you confirm whether it has a specific membrane (name) and whether water penetration resistance is tested/listed?

What actually goes wrong: support replies with “these are motorcycle boots” or “they’re CE approved” but won’t provide a label photo. That’s usually where I stop-because if they can’t document it, I’m back to gambling.

Red flags I don’t ignore

• No mention of EN 13634:2017 anywhere
• “CE” mentioned without showing the label or the standard
• Lots of lifestyle photos, no construction photos
• “Casual boot” language doing the heavy lifting while protection details are thin

Green flags I look for

• Clear label photos showing EN 13634:2017 and the CE mark
• A performance code shown (even better)
• Specific, consistent language about protection areas (ankle/shin) rather than vague “reinforced” claims

If you want the bigger picture of how standards fit together across motorcycle apparel (boots, armor, garments), I refer back to motorcycle apparel certifications: CE, EN 17092, EN 1621, EN 13634 when I’m sanity-checking a full kit.

FAQ

What is EN 13634 for motorcycle boots?

EN 13634:2017 is the European safety standard for protective motorcycle footwear. It certifies boots or shoes have passed standardized tests for minimum height, abrasion resistance, cut resistance, and transverse rigidity, with Level 1 and Level 2 performance options.

Are motorcycle shoes as safe as motorcycle boots?

Some motorcycle shoes can be certified to EN 13634, but shoes generally provide less coverage and can be easier to lever or twist in a crash. When I’m prioritizing foot and ankle protection, I treat boots as the safer default-especially for higher-speed riding.

How can I tell if a boot has real ankle protection?

I look for EN 13634:2017 certification first, then I check whether the boot lists or shows ankle protection components. EN 13634 has optional impact energy tests for ankle/shin, so I don’t assume ankle protection is included unless it’s clearly specified and supported by photos.

Do waterproof motorcycle boots breathe?

They can, but breathability is always a tradeoff with waterproofing. Even with a well-known membrane, expect warmer, more humid feel in hot weather compared with a ventilated boot.

What should I do if a listing doesn’t mention EN 13634?

I ask customer support for a clear photo of the inside label showing the CE mark and “EN 13634:2017.” If they can’t provide it, I treat the boot as uncertified and I move on-because without that marking there’s no standardized safety verification.