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You can initiate a product search by searching on any of the categories of search below and in any combination. You do not need to use all the functions if you don’t need them. For example, if you just want to look at all bollards then select ‘bollards’ and ignore all the other buttons.

The products listed here are not necessarily all the available products of this nature that are available in the HVM marketplace but those that are included here have all had their performance claims checked prior to listing.
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HT3-EM Matador

in HVM Bollards

Test passed:
IWA 14-1:2013 Bollard V/7200[N3C]/64/90:1.3

Tested by:
HORIBA-MIRA Ltd

Supplier:
Heald Ltd

Supplier Link:
https://www.heald.uk.com/

IWA 14-1:2013 Bollard V/7200[N3C]/64/90:1.3

7200: Weight in KG.

N3C: Vehicles designed and constructed for carriage of goods & having a maximum mass exceeding 3.5 tonnes but not exceeding 12 tonnes.

64: Speed in KPH (40MPH)

90: Impact angle of test in the horizontal plane, between the intended impact face and the approach path of the test vehicle intro the test item.

1.3: The penetration of the vehicle is measured from the original position of the FRONT face of the equipment
HT1-Shallow Mount Viper Roadblocker

in HVM Road Blockers

Test passed:
BSI PAS68:2010 V/7500[N3]/80/90:0.0/24.6

Tested by:
HORIBA-MIRA Ltd

Supplier:
Heald Ltd

Supplier Link:
https://www.heald.uk.com/

BSI PAS68:2010  V/7500[N3]/80/90:0.0/24.6

7500: Weight in KG.

N3: Vehicles designed and constructed for carriage of goods & having a maximum mass exceeding 3.5 tonnes but not exceeding 12 tonnes.

80: Speed in KPH (50MPH)

90: Impact angle of test in the horizontal plane, between the intended impact face and the approach path of the test vehicle intro the test item.

0.0: The penetration of the vehicle is measured from the original position of the REAR face of the equipment

24.6: Where major debris landed beyond the original position of the rear face of the equipment.
Shallow Mount HT1-Raptor

in HVM Bollards

Test passed:
ASTM: M50-91 Zero Penetration (SD-STD2.01 K12)

Tested by:
HORIBA-MIRA Ltd

Supplier:
Heald Ltd

Supplier Link:
https://www.heald.uk.com/

Shallow Mount HT1-Raptor

in HVM Bollards

Test passed:
BSI PAS68:2010 V/7500[N3]/80/90:3.3/18.9

Tested by:
HORIBA-MIRA Ltd

Supplier:
Heald Ltd

Supplier Link:
https://www.heald.uk.com/

BSI PAS68:2010  V/7500[N3]/80/90:3.3/18.9

7500: Weight in KG.

N3: Vehicles designed and constructed for carriage of goods & having a maximum mass exceeding 12 tonnes.

80: Speed in KPH (30MPH)

90: Impact angle of test in the horizontal plane, between the intended impact face and the approach path of the test vehicle intro the test item.

3.3: The penetration of the vehicle is measured from the original position of the REAR face of the equipment

18.9: Where major debris landed beyond the original position of the rear face of the equipment.
Shallow Mount HT1-Raptor

in HVM Bollards

Test passed:
ASTM-C40: P1 Zero Penetration

Tested by:
HORIBA-MIRA Ltd

Supplier:
Heald Ltd

Supplier Link:
https://www.heald.uk.com/

M30 Automatic Bollard

in HVM Bollards

Test passed:
ASTM-M30:P1

Tested by:
CTS

Supplier:
TiSO

Supplier Link:
https://tiso-blockers.com/

M50 High Security Road Blocker

in HVM Road Blockers

Test passed:
ASTM-M50:P1

Tested by:
CTS

Supplier:
TiSO

Supplier Link:
https://tiso-blockers.com/

M30 High Security Road Blocker

in HVM Road Blockers

Test passed:
ASTM-M30:P1

Tested by:
CTS

Supplier:
TiSO

Supplier Link:
https://tiso-blockers.com/

M30 Speedbump Series - Mobile

in HVM Road Blockers

Test passed:
IWA14-1:2013 V/7200[N2B]/48/90:5.3

Tested by:
CTS

Supplier:
TiSO

Supplier Link:
https://tiso-blockers.com/

IWA14-1:2013 V/7200[N2B]/48/90:5.3

7200: Weight in KG.

N2B: Vehicles designed and constructed for carriage of goods & having a maximum mass exceeding 3.5 tonnes but not exceeding 12 tonnes.

48: Speed in KPH (30MPH)

90: Impact angle of test in the horizontal plane, between the intended impact face and the approach path of the test vehicle intro the test item.

5.3: The penetration of the vehicle is measured from the original position of the FRONT face of the equipment
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