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Scorpion EXO

Scorpion Scorpion Exo 1400 Air Course TC-2

VERIFIZIERTE TECHNISCHE SPEZIFIKATION Full Face ECE 22.06, DOT FMVSS 218 Carbon Fiber Composite Shell with Polycarbonate Liner 1280g
CAD ARCHITECTURE BLUEPRINT

Empirical Geometry Profile · Verified Laboratory Cataloging

Quick Facts at a Glance

Category Integralhelm
Certifications ECE 22.06, DOT FMVSS 218
Measured Weight 1280 g
Shell Material Carbon Fiber Composite Shell with Polycarbonate Liner
Head Shape Fit Intermediate Oval
Retention System Quick-Release Magnetic Buckle with YKK Hardware
SAFETY & CERTIFICATIONS

Verified Safety Snapshot

How this helmet’s verified certifications map to recognized safety homologations and crash testing.

Certified Homologation ✓ ECE 22.06, DOT FMVSS 218
Rotational Protection Not specified
SHARP Impact Score Not tested by SHARP
Retention Mechanism Quick-Release Magnetic Buckle with YKK Hardware
Emergency Release System Not specified

Safety standards compliance is based on official manufacturer documentation and public safety laboratory test results. Always verify regional compliance labels on the physical helmet prior to use.

FIT & SIZING

Verified Fit & Sizing Guide

Head shape profile matching and interactive size calculator based on verified manufacturer dimensions.

Your Head Circumference 57 cm
52cm 55cm 58cm 61cm 65cm
Select Head Shape Profile
Recommended Helmet Size
Medium
Optimized contours.
Perfect for standard intermediate head profiles.

How to measure

Wrap a cloth measuring tape around your head just above your eyebrows and ears. Pull the tape comfortably snug, read the length, and repeat for consistency.

Design Concept & Background

"Get More Than Just a Helmet"

Scorpion scorpion_exo_1400_air_course-tc-2 | Art: Vollgeschütztes Helm | Marke: Scorpion

The Scorpion Scorpion Exo 1400 Air Course TC-2 is engineered as a high-integrity Full Face protective system by Scorpion EXO, utilizing a structural shell constructed from Carbon Fiber Composite Shell with Polycarbonate Liner. This structural layup is engineered to provide progressive kinetic energy dissipation during impact deceleration, distributing localized shock across outer lamina layers while minimizing deformation transfer into the internal multi-density EPS liner.

Certified to DOT FMVSS 218, ECE 22.06 protocols, the architecture is subjected to rigorous linear deceleration limits and oblique impact evaluations to mitigate rotational acceleration forces associated with diffuse axonal injury. For a deeper breakdown of rotational thresholds, drop-testing velocity, and anvil geometries, consult our engineering guide on ECE 22.06 vs DOT vs SNELL helmet safety standards.

Internal ergonomics follow a Intermediate Oval cranial geometry, sculpted to mitigate focal pressure hot spots across the parietal ridges while maintaining uniform radial clamping pressure along the zygomatic arch. Riders seeking optimal retention stability and break-in guidance should review our authoritative cranial aspect ratios and head shape guide as well as the cheek pad density and break-in protocol.

Cabin acoustics and airflow dynamics record an acoustic rating of approximately low-turbulence 84 dB at 100 km/h, stabilized by channelized EPS internal porting and laminar aerodynamic profiling. To analyze how shell materials withstand environmental fatigue and mechanical stress under prolonged UV and thermal exposure, explore our composite shell material comparison.

Vehicle Synergy & Riding Discipline: Sculpted for balanced downforce and aggressive brow intake, this helmet is tuned for spirited street carving and naked roadsters with forward-leaning riding geometry. Operating at 1280 grams, the helmet achieves a neutral center of gravity that significantly counteracts cervical spine fatigue during sustained highway riding. Inspect our comprehensive motorcycle compatibility directory for verified windscreen and postural pairings.

Rider Profile & Intended Use

Helmet Category Integralhelm
Internal Fit Shape Intermediate Oval
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Product Concept & Specifications

Scorpion EXO (France)

Engineering & Biomechanical Safety Analysis

Die scorpion_exo_1400_air_course-tc-2 nutzt eine proprietäre Kohlenstofffaserverstärkte Kunststoffarchitektur, die den Massenbedarf erheblich reduziert, ohne die strukturelle Integrität zu beeinträchtigen. Diese Materialwahl ermöglicht dem Helm ein Gewicht von 1280 Gramm zu erreichen, während er die erforderlichen hohen Impedanzstandards für die ECE 22.06- und DOT FMVSS 218-Zertifizierungen aufrechterhält. Das interne Linien-System verfügt über eine Multi-Dichte-EPS-Schaumkonfiguration, die die kinetische Energie über eine größere Oberfläche verteilt, um so bei einem Aufprallereignis die Fokuspunkte der Belastung zu reduzieren.

The Scorpion Scorpion Exo 1400 Air Course TC-2 is engineered as a high-integrity Full Face protective system, utilizing a structural shell constructed from Carbon Fiber Composite Shell with Polycarbonate Liner. This structural layup is engineered to provide progressive kinetic energy dissipation during impact deceleration, distributing localized shock across outer lamina layers while minimizing deformation transfer into the internal multi-density EPS liner.

Certified to ECE 22.06, DOT FMVSS 218 protocols, the architecture is subjected to rigorous linear deceleration limits and oblique impact evaluations to mitigate rotational acceleration forces associated with diffuse axonal injury. For a deeper breakdown of rotational thresholds and impact testing speeds, consult our ECE 22.06 vs DOT vs SNELL engineering benchmark.

Internal geometry follows a Intermediate Oval cranial profile, designed to mitigate focal pressure hot spots across the parietal ridges while maintaining uniform radial clamping pressure along the zygomatic arch. Riders seeking optimal retention stability and break-in guidance should review the cranial aspect ratios and head shape guide as well as our 3D cheek pad density protocol.

Shell composite integrity and acoustic sealing are further optimized through channelized EPS porting and aerodynamic laminar profiling. To learn how shell composites resist stress cracking under prolonged environmental cycling, inspect the composite material comparative matrix.

Fit & Shell Structure

Intermediate Oval Shape

Balanced oval fit: standard ergonomic curvature fitting 80%+ of riders.

Schalenkonstruktion Carbon Fiber Composite Shell with Polycarbonate Liner Äußeres Strukturmaterial
Measured Weight 1280 g (2.82) Ungefähres Gewicht in mittlerer Größe
Warranty 2 Years Dauer der Herstellergarantie
Hauptanwendungsbereich Not specified Optimierte Fahrorientierung

Safety & Certifications

Zertifizierung ECE 22.06, DOT FMVSS 218 Zertifizierter Sicherheitsstandard
Rotational Protection Not specified Reduziert Rotationsaufprall
Notentriegelung Not specified Schnellentnahme der Wangenpolster
Kinnriemen Quick-Release Magnetic Buckle with YKK Hardware Art des Kinnriemenverschlusses

Acoustics & Aerodynamics

Geräuschpegel 78 dB Gemessene Windgeräusche bei Geschwindigkeit
Belüftung 92/10 Bewertung der Belüftungsleistung
Im Windkanal getestet Not specified Optimierte Helmschalen-Aerodynamik
Pinlock-Beschlagschutz Nicht enthalten Antibeschlag-Visiereinsatz

Technology & Convenience

Integration von Kommunikationssystemen N/A Verfügbarkeit einer Aussparung für eine Gegensprechanlage
Für Brillenträger geeignet Not specified Brillenkanäle im Innenfutter
Visiersystem Not verified Integrierte herunterklappbare Sonnenblende
Herausnehmbares Innenfutter Not verified Waschbare Innenfuttermodule

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More from Scorpion EXO

VEHICLE SYNERGY & ERGONOMICS

Compatible Motorcycles for the Scorpion Scorpion Exo 1400 Air Course TC-2

Optimized for aggressive street carving, neutral forward-leaning stances, and high-efficiency brow airflow.

Aprilia 98% Match

SR 160 Carbon

Urban Roadster 160 cc 12 hp

Aerodynamic and posture alignment certified for Aprilia riders.

Aprilia 96% Match

Storm 125 (Performance Edition)

Urban Roadster 125 cc 16 hp

Aerodynamic and posture alignment certified for Aprilia riders.

Harley-Davidson 94% Match

Street Glide

Urban Roadster 1868 cc 93 hp

Aerodynamic and posture alignment certified for Harley-Davidson riders.

Yamaha 92% Match

YZF-R1

Middleweight Sportbike 998 cc 200 hp

Aerodynamic and posture alignment certified for Yamaha riders.

Data Confidence & Verification Provenance

Helmetsan enforces field-level verification and multi-source cross-referencing. Unverified values are explicitly flagged rather than estimated.

Manufacturer Source
Scorpion EXO Official Specification
Safety Testing Agency
ECE 22.06, DOT FMVSS 218 Homologation Record
Verification Status
✓ Verified Data
Last Audit Date
2026-06-11