Who's in motorcycle gear? Helmet Standards, Protective Clothing and Fit Compared

ECE 22.06 & MOTORCYCLE SAFETY · COMPARISON GUIDELast updated: · 8 min read · 5 tags

Thermoplastic vs composite/carbon helmet shells, the newer ECE 22.06 (rotational impact) standard, CE EN 17092 AAA jackets and D3O/Level 2 armor.

Cover for the guide "Who's in motorcycle gear?": Helmet Shells and ECE 22.06 Testing
💡 VERDICT FIRST · NO FLUFF, JUST THE DECISION SUMMARY (#28)

The outer shell helps prevent skull fracture, but what helps against concussion is the multi-density EPS foam inside and the angled and rotational impact management that ECE 22.06 requires.

For helmets and protective clothing, check the standard that applies where you ride, the model’s label, its intended use and the fit separately. No certificate guarantees you will not be hurt in a crash, and a product made to an older standard is not automatically useless.

Key takeaway 1

Confirm the helmet’s approval label for where you ride, its maker and model details, and that it fits your head.

Key takeaway 2

The certification, the fit and the maker’s replacement guidance matter as much as the shell material.

Key takeaway 3

If a jacket has back armor, check the standard marked on it, its protection level and how well it fits the jacket.

SECTION 1 · VISUAL ARCHITECTURE AND DECISION FLOW

Helmet Shells and ECE 22.06 Testing

From the outer shell fibers to the multi-density EPS layer, anti-fog visors and CE Level 2 impact absorption:

Outer shellCheck label and approval

Composite (Fiberglass / Aramid / Carbon) vs Thermoplastic

The shell and the inner energy-absorbing layer work together; shell weight or material is no guarantee against neck strain.

Inner linerAngled impact, brain protection

Multi-Density EPS + MIPS / Rotational Protection (ECE 22.06)

EPS layers of different hardness absorb G-forces in both low- and high-speed impacts; emergency cheek pads (EQRS) let the helmet come off without straining the neck.

Abrasion armorClass depends on product test

CE EN 17092 (A → AA → AAA) Cordura / Leather

Check the standard and abrasion class on the product label for protective clothing.

Impact and airbag<9 kN transmitted force + airbag

CE Level 2 (D3O / SAS-TEC) + Electronic Airbag Vest

Level 2 armor absorbs about twice the impact of Level 1; a wearable airbag vest inflates about 45 ms before the impact to lock the chest and spine.

SECTION 2 · TYPES AND TECHNOLOGIES AT A GLANCE

An Honest Comparison of the Different Types, Pros and Cons

See the bottlenecks that marketing brochures hide, how each type works, and who each architecture suits, side by side:

Certification and fit come first

1. Composite-Fiber (Fiberglass + Aramid + Carbon) ECE 22.06 Full-Face Helmets (Shoei, Arai, AGV, HJC RPHA, Schuberth)

⚙️ How it works & architecture:

Layers of glass fiber, organic fiber and carbon fiber, hand-laid or pressed in multiple layers, spread impact energy across the shell instead of concentrating it in one spot.

✅ Strengths (pros)

  • Shell size, weight and aerodynamics vary by model, so check them by trying the helmet on.
  • A helmet’s service life depends on the maker’s instructions, impacts, care and storage.

⚠️ Weaknesses & limits (cons)

  • The labor-intensive process makes them two to four times the price of entry-level thermoplastic helmets.
  • Judge the shell material and layer design by the product’s certification tests.
🎯 Who is it best for?

Riders of mid- to high-displacement motorcycles, in town or on long trips, who put safety first.

Value entry point · City and scooter

2. Polycarbonate / Thermoplastic ECE 22.06 Helmets (Nolan, LS2, MT, Caberg, HJC C/i Series, Scorpion)

⚙️ How it works & architecture:

A Lexan/polycarbonate outer shell made by high-pressure injection molding, with an ECE 22.06-approved EPS foam liner.

✅ Strengths (pros)

  • Polycarbonate helmets that pass ECE 22.06 meet the legal and safe lower limit of impact protection on a reasonable budget.
  • Higher-grade thermoplastics, like the Lexan polycarbonate Nolan uses, are far tougher than standard ABS plastic.

⚠️ Weaknesses & limits (cons)

  • Weight and noise depend on the model and fit, not just the shell material.
  • Set the replacement interval by the maker’s use and post-impact instructions, not by a generalization about the material.
🎯 Who is it best for?

Budget-minded beginners, city scooter and commuter riders, and anyone shopping for a passenger helmet.

Shoulder, spine, hand and ankle protection

3. Clothing, Boots, Gloves and Electronic Airbag Systems (Dainese, Alpinestars, Revit, Held)

⚙️ How it works & architecture:

Abrasion-resistant outer fabric or leather (EN 17092 AA/AAA), smart molecule armor that stiffens on impact (D3O / Nucleon Level 2), and gyro-based airbag vests.

✅ Strengths (pros)

  • Hands and ankles are the first body parts to touch the ground; gloves with hard palm sliders help prevent scaphoid (wrist) fractures, and twist-resistant boots help prevent crushed feet.
  • Electronic airbag vests can add a layer of protection; the level depends on the model and test conditions.

⚠️ Weaknesses & limits (cons)

  • Full protective gear can be hot in summer (the fix is a mesh summer jacket with Level 2 back and shoulder armor plus Kevlar jeans, not riding in a T-shirt).
  • Budget the full set using the current prices of the products you choose.
🎯 Who is it best for?

Informed riders who follow "dress for the fall, not the ride" (ATGATT) every time they get on.

SECTION 3 · TECHNICAL COMPARISON MATRIX

Side-by-Side Technical Criteria and Performance Table

The core engineering, cost and usage parameters you can compare directly when deciding:

CriterionComposite / Fiberglass / Carbon (ECE 22.06)Polycarbonate / Thermoplastic (ECE 22.06)Flip-Up (Modular — P/J Approved)Open-Face (Jet / Half)Takeaway
Chin and face protectionDepends on full-face designDepends on full-face designDepends on latch and approvalNo chin protectionCheck the approval label and fit.
Weight and neck comfortDepends on model and sizeDepends on model and sizeDepends on mechanism and sizeDepends on model and sizeDo not choose by grams without trying it on.
Impact performanceDepends on certification testDepends on certification testDepends on certification testDepends on certification testShell material alone does not show the result.
Wind noiseDepends on model and visorDepends on model and visorDepends on model and visorDepends on model and visorConsider hearing protection on long rides.
Replacement and careDepends on maker instructionsDepends on maker instructionsDepends on maker instructionsDepends on maker instructionsFollow the maker’s guidance after any impact or damage.
SECTION 4 · LEADING BRANDS AND PLATFORMS

Providers and reference points

Providers, platforms or official information sources you can weigh against your own needs. The list is not a market-share ranking or a physical product test.

Uncompromising hand-built composite shells and top-tier quietness

Shoei (NXR2, GT-Air 3, Neotec 3) & Arai (Quantic, RX-7V Evo) & Schuberth

💪 Standout strengths
  • Arai’s round, smooth R75 shell stands for the glancing-off philosophy, while Shoei stands for the multi-layer AIM+ composite shell, excellent ventilation and quiet.
🔍 Weaknesses and limits to know about
  • They sit in the top price bracket, and should not be ordered online without trying, since head shapes (round vs long oval) differ.
👤 Ideal user: Riders who want top safety, quiet and aerodynamics for many years.
Value composite and carbon helmet leaders

HJC (RPHA 12 / RPHA 71 / F71), AGV (K6 S / Tourmodular) & Scorpion (EXO-R1 / 1400 Evo II)

💪 Standout strengths
  • At about half the price of Shoei or Arai, they offer real fiberglass or carbon-aramid (PIM Evo / Ultra-TCT) composite shells, a Pinlock 120 anti-fog lens in the box and ECE 22.06 protection.
🔍 Weaknesses and limits to know about
  • Liner lifespan and wind isolation above 140 km/h can sit half a step behind the Japanese pair.
👤 Ideal user: Riders who want composite or carbon safety on a sensible budget.
Reliable entry to mid-range, including ECE 22.06 and SHARP-star models

Nolan (Lexan Series), Caberg, LS2 (Vector II Carbon / Storm II) & MT Helmets

💪 Standout strengths
  • For Nolan, LS2 and MT, check the certification, model year, fit and features separately.
🔍 Weaknesses and limits to know about
  • On entry-level models, the outer shell can look a little rough and wind noise starts earlier.
👤 Ideal user: City commuter and scooter riders and people putting together their first gear set.
Leaders in CE AA/AAA jackets, pants, gloves, boots and airbags

Rev’it!, Dainese, Alpinestars, Held & Knox (Gear & Armor)

💪 Standout strengths
  • Rev’it! is a reference for four-season and summer mesh design, Dainese and Alpinestars for leather/track gear and electronic airbag technology, and Held and Knox for gloves with palm sliders (scaphoid protection).
🔍 Weaknesses and limits to know about
  • Fake or replica copies of popular models circulate online, so buy only from authorized dealers.
👤 Ideal user: Any rider looking for certified protection from head to toe.
⚡ MORE GUIDES ON THE SAME TOPIC

Category 3: Automotive, Mobility & Energy Technologies

Hybrid powertrain architectures, home solar systems, winter tire tests, ECE 22.06 helmets and LFP/NMC battery chemistries.

Sources and review method

We use the NHTSA helmet guide’s criteria on compliance labels and fit. It describes the US standard and does not replace the rules where you ride (for example ECE 22.06 in Europe); protection depends on the product model and the crash.

Sources checked:

COMMON QUESTIONS · FAQ

Frequently Asked Questions

Is a flip-up (modular) helmet safe, and what should I watch for?

On a flip-up helmet, check the product’s approval label and the maker’s instructions for the chin section. Material or latch type alone is not a guarantee of crash safety.

Does an internal sun visor, or an intercom or camera mounted outside the helmet, make it less safe?

A certificate and material do not by themselves guarantee safety in a crash at a given speed. Try the helmet for your use and size, and follow the maker’s care and replacement instructions.

How big is the difference between Level 1 and Level 2 armor in a protective jacket?

Check the relevant product standard in the EN 1621 series and the level on the insert’s label. Passing laboratory values does not guarantee any individual injury outcome in a real crash.

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