Certified to ISO 22343-1:2023
Our high-security bollards and systems are certified to ISO 22343-1:2023 (N3C)—the internationally recognized testing standard for vehicle security barriers. This standard defines clear requirements for the performance, testing methods, and classification of security barriers designed to withstand vehicle attacks.
The N3C classification refers to tests conducted with a 7,242 kg truck traveling at a speed of 64 km/h. This means that our products have been proven capable of reliably stopping even heavy trucks—tested under realistic conditions with controlled penetration depth and documented debris patterns.
Details about passing the vehicle crash test
Test data
Certification Date
January 6, 2026
Product Type
“Protect Life” Barrier
Test Standard
DIN ISO 22343-1:2025
Test Procedure
N3C 64 km/h
Impact angle/impact point
90° center
Test date
12/16/2025
FSB performance requirements:
The FSB brings the test vehicle to a stop beyond the FSB reference line by destroying and wedging the vehicle.
Kinetic energy at impact
1242 kJ
Performance rating
ISO 22343-1: Barrier V/7200[N3C]/64/90:4.9/29.6
Information about the examiner
Company
CTS Crash Test Service
CTS Test Number
20249
CTS Test Report Number
22828-5084-20249
Test Facility
crashtest-service.com GmbH
Amelunxenstraße 30
48167 Münster
Germany
Test conditions
Standard
ISO 22343-1:2023
Test type
N3C – 64 km/h
Test mass
7242 kg
Impact angle
90°
Impact speed
66.7 km/h
Test results
Vehicle penetration (static)
4.2 m
Vehicle penetration (dynamic)
4.9 m
Significant fragments
Radiator grille (2.2 kg)
x: 29.6 m
y: 1.7 m
Test vehicle stopped
☒ yes
☐ no
Test vehicle inoperable
☒ yes
☐ no
Barrier breached
☐ yes
☒ no
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What does this mean for you?
Maximum security
Protection against intentional run-overs by heavy vehicles.
Planning certaintyw
Products tested in accordance with DIN standards—relevant for cities, government agencies, and businesses.
Reliability when it counts
Our systems meet all requirements for use in critical infrastructure and high-traffic areas.
Proven performance
Verified penetration depths, impact energies, and protective effects in accordance with ISO specifications.