Hostile Vehicle Mitigation (HVM) Bollards Canada | ANNT

ANNT Bollards — HVM Specialists — Canada

Hostile
Vehicle
Mitigation
Bollards

Certified to stop a 15,000 lb vehicle. Engineered for Canadian government, institutional, and commercial sites that cannot afford to fail.

ASTM M50 / K12 PAS 68 IWA 14-1 200mm Shallow Mount Available Canadian Manufacturer
Request a Specification Consultation 905-873-2727
140+ Documented vehicle ramming events worldwide since 2014
15,000 lbs Maximum vehicle weight ANNT bollards are independently certified to stop
$100K Available per applicant — City of Toronto HVM Grant Program

What is Hostile Vehicle Mitigation?

Hostile Vehicle Mitigation (HVM) is a protective security discipline focused on preventing vehicle-borne attacks from reaching their targets. It integrates physical barriers, traffic management, threat assessment, and operational protocols into a coordinated perimeter security strategy.

HVM addresses two primary threat categories: vehicle-borne improvised explosive devices (VBIED), where a vehicle carries a bomb, and vehicle-as-weapon (VAW) attacks, where the vehicle itself is the weapon. The 2016 Nice attack, the 2017 Westminster Bridge ramming, and the 2018 Toronto Yonge Street attack all fall into the VAW category — no explosives required.

Physical bollards are the most visible and reliable output of HVM planning. To perform as specified, they must be independently crash-tested, correctly specified through a Vehicle Dynamics Assessment (VDA), and installed to the manufacturer’s certified dimensions. A bollard that is “engineered to M50 performance” without third-party crash testing is not a certified M50 product.

ANNT hostile vehicle mitigation bollards installed at a high-security Canadian facility
ASTM F2656 North American Standard
PAS 68 UK / International
IWA 14-1 ISO International
M50 / K12 Highest Impact Rating
200mm Shallow Foundation Option
Crash-rated ANNT bollards protecting a Canadian public space

HVM in Canada: Policy, Funding, and Response

On April 23, 2018, a van drove into pedestrians on Yonge Street in Toronto, killing 10 people and injuring 16. It was the most significant vehicle-as-weapon attack on Canadian soil — and it permanently changed how municipalities, institutions, and property owners approach perimeter security.

In December 2024, Toronto City Council committed $2.5 million to a dedicated HVM Grant Program offering up to $100,000 per eligible organization to fund TVRAs, site engineering, and certified bollard installation. Public Safety Canada’s Community Security Program separately funds fixed crash-rated bollards for organizations facing a credible threat of vehicle ramming near public gathering areas.

ANNT is one of the only Canadian manufacturers of HVM bollards independently tested and certified to stop a 15,000 lb vehicle — giving Canadian buyers domestically sourced, certified protection with local technical support and shorter lead times than imported alternatives.

Explore Grant-Eligible Products

Crash-Rated HVM Bollards

Every ANNT HVM bollard is independently crash-tested and certified — not just engineered to spec. Fixed, automatic, shallow-mount, and portable options available to cover every site condition.

ANNT FB275 fixed crash-rated bollard M50 K12 government facility
M50 / K12 — Highest Rating

Fixed HVM Bollards

Permanently installed, in-ground bollards for high-security perimeters. No moving parts. Maximum passive stopping power. Ideal for government, embassy, and critical infrastructure applications.

  • Peak rating ASTM M50 / K12
  • Foundation depth 600–2,000mm
  • Standards ASTM F2656, PAS 68
  • Starting from $4,695
View Fixed Bollards →
ANNT AE275 automatic retractable crash-rated bollard M50 K12
M50 / K12 Automatic

Automatic Retractable Bollards

Crash-rated bollards with automated raise/lower operation. Up to 2,000 cycles per day. Emergency Fast Operation (EFO) available for heightened-threat response. Designed for managed access points that require both security and throughput.

  • Rating M50 / K12
  • Daily cycle capacity Up to 2,000/day
  • Service life 3M+ cycles
  • EFO option Available
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ANNT FXSF275K12 shallow foundation crash-rated bollard 200mm K12
200mm Shallow Foundation — K12

Shallow Foundation Bollards

K12-rated protection with a 200mm foundation depth — 10x shallower than standard in-ground bollards. Independently certified to K12/M50, PAS 68, and IWA 14-1. Designed specifically for suspended slabs, parkade decks, and sites with underground utilities where standard bollards cannot be used.

  • Foundation depth 200mm only
  • Rating K12 / M50, PAS 68, IWA 14-1
  • Impact energy Up to 2,000,000J
  • Starting from $18,320
View Shallow Foundation →
ättaGard portable crash-certified bollard no foundation required
Portable — No Foundation Required

Portable & Deployable HVM

Surface-mounted crash-rated bollards with zero foundation requirement. Rapid deployment for public events, temporary venue security, or locations where ground penetration is not possible. The ättaGard delivers certified stopping power without excavation.

  • Foundation None — surface mount
  • ättaGard from $5,960
  • Mobile Road Blocker M30 rated
  • Best for Events, plazas, retrofits
View Portable HVM →

Understanding HVM Crash Ratings

ASTM F2656 is the primary crash testing standard referenced in North American government procurement. It replaced the US Department of State’s K-rating system, though both designations are still used side by side in product specifications and procurement documents.

All three ASTM ratings use the same test vehicle — a 15,000 lb (6,800 kg) medium-duty truck. The rating reflects the impact speed at which the bollard stops that vehicle. A penetration rating of P1 (one foot or less of payload travel past the barrier) is the highest level of protection available.

PAS 68 and IWA 14-1 are UK and ISO international standards widely used by global specifiers. Both have been superseded by ISO 22343 (published September 2023), but products tested to the earlier standards prior to March 2024 retain their certification validity.

ASTM F2656 Reference

M-Rating K-Rating Vehicle Test Speed P1 Penetration
C40 Varies Entry-level certified Contact ANNT
M30 K4 15,000 lbs 30 mph (48 km/h) ≤ 1 ft (0.3m)
M50 K12 15,000 lbs 50 mph (80 km/h) ≤ 1 ft (0.3m)

ANNT products are crash-certified from C40 through M50/K12. M40/K8 exists as an ASTM F2656 rating but is not part of ANNT’s certified product range. Contact us to confirm the appropriate rating for your application.

ANNT HVM bollard crash rating certification ASTM PAS 68 IWA 14-1 ANNT bollard crash test certification documentation

Where HVM Bollards Are Specified

Vehicle ramming is not a single-sector threat. The following industries regularly specify crash-rated bollards as part of their perimeter security strategy.

Government Buildings

Federal offices, courthouses, and service centres. Typically M50/K12 minimum. Referenced in PSPC and RCMP Physical Security guidelines.

Transit Hubs

Airports, train stations, and bus terminals. Landside HVM has expanded significantly since 2016 to cover high-density pedestrian areas.

Public Plazas

Pedestrianized streets, markets, and open gathering spaces. Toronto, Ottawa, and Vancouver all have active municipal HVM programs underway.

Places of Worship

Mosques, synagogues, churches, and temples. Public Safety Canada’s Community Security Program funds certified bollard installation for at-risk organizations.

Schools & Daycares

Drop-off and pick-up zones create predictable, high-density pedestrian exposure. ANNT products are actively deployed in Ontario school and daycare applications.

Critical Infrastructure

Data centres, power stations, water facilities, and telecoms. Vehicle-based sabotage is a documented threat vector with potential national-security consequences.

Stadiums & Events

Fixed perimeter bollards plus portable deployable solutions for event access management. Insurance requirements and public assembly licensing are the primary drivers.

Retail & Commercial

Ram-raid protection for high-value retail, dispensaries, ATMs, and financial institutions. Often triggered by insurer mandate following an incident at a nearby property.

HVM Bollard Specification Table

Use the table below to identify the appropriate product for your site. All products listed are independently crash-tested. Contact ANNT for current data sheets, CAD drawings, and installation specifications.

Product Category Crash Rating Foundation Standards Starting Price
Fixed Bollards
FX150/C40-900 Fixed C40 Standard Certified $1,030
FB275/K4-900 Fixed M30 / K4 Standard deep ASTM F2656 $3,500
FB275/M30-1000 Fixed M30 / K4 Standard deep ASTM F2656 $3,165
FB275/K12-900 Fixed M50 / K12 Standard deep ASTM F2656, PAS 68 $4,900
FB275/M50-1000 Fixed M50 / K12 Standard deep ASTM F2656 $4,695
Fixed Shallow Foundation
FXSF275K4-900 Fixed Shallow K4 200mm ASTM F2656 $10,900
FXSF275K12-900/1200 Fixed Shallow K12 / M50 200mm ASTM F2656, PAS 68, IWA 14-1 $18,320
Removable Bollards
RM150/C40-900 Removable C40 Standard Certified $1,955
RM275/K4-900 Removable M30 / K4 Standard ASTM F2656 $12,270
RM275/M30-1200 Removable M30 / K4 Standard ASTM F2656 $14,720
RM275/K12-900 Removable M50 / K12 Standard ASTM F2656 $21,375
Automatic Retractable
AE275/K4-900 Automatic M30 / K4 Contact for spec ASTM F2656 $19,835
AE275/M30-1200 Automatic M30 / K4 Contact for spec ASTM F2656 $22,745
AE275/K12-900 Automatic M50 / K12 Contact for spec ASTM F2656 $32,800
AE275/M50-1200 Automatic M50 / K12 Contact for spec ASTM F2656 $36,800
Portable & Deployable
ättaGard Bollard Portable Crash-Certified None — surface mount Certified $5,960
Mobile Road Blocker Portable M30 None — surface mount ASTM F2656 $16,240

Prices shown are starting prices in CAD. Specifications and pricing subject to change. Contact ANNT for current data sheets, CAD drawings, and installation specifications.

What Separates ANNT from the Field

01

Canadian Manufacturer

One of the only Canadian manufacturers of HVM bollards independently crash-tested to stop a 15,000 lb vehicle. Shorter lead times, local technical support, and a domestic supply chain that simplifies government and institutional procurement.

02

200mm Shallow Foundation

Standard in-ground HVM bollards require 600–2,000mm of foundation depth. ANNT’s shallow-mount line achieves K12/M50 certification with a 200mm foundation — enabling certified installation on suspended slabs, parkade decks, and sites with underground utility conflicts where standard bollards are not viable.

03

Single-Bollard Certified

Many crash-rated barriers require a specific array configuration to achieve their published rating. ANNT products are certified as individual units, giving specifiers and security engineers greater flexibility in layout, spacing, and retrofit applications.

04

Full Rating Range — One Supplier

C40 through K12/M50. Fixed, removable, automatic retractable, shallow-mount, and portable deployable — plus architectural cover systems that pass municipal planning approvals. A complete certified HVM portfolio from one Canadian source.

Frequently Asked Questions

What crash rating do I need for a government building?
Most Canadian federal facilities reference ASTM F2656 M50/K12 as the minimum rating for high-risk perimeter points. This certifies the bollard to stop a 15,000 lb vehicle at 50 mph. Lower-traffic or lower-risk access points may be specified at M30/K4. The appropriate rating is determined through a formal Threat, Vulnerability and Risk Assessment (TVRA) and Vehicle Dynamics Assessment (VDA) conducted by a qualified security consultant (CPP, PSP, or P.Eng).
What is the difference between M30 and M50?
Both ASTM F2656 ratings use the same test vehicle — a 15,000 lb medium-duty truck. The difference is impact speed: M30 tests at 30 mph and M50 tests at 50 mph. A higher rating does not mean a heavier vehicle — it means the bollard stops the same vehicle moving faster, requiring significantly greater structural performance. The paired penetration rating (P1, P2, P3) indicates how far the vehicle’s payload travels past the barrier after impact — P1 (one foot or less) is the highest designation. M40/K8 also exists as an ASTM rating but is not part of ANNT’s certified product range. ANNT products are crash-certified from C40 through M50/K12.
Can crash-rated bollards be installed on a suspended slab or parkade deck?
Standard in-ground HVM bollards typically require 600–2,000mm of foundation depth — making installation on a suspended slab or in locations with utility conflicts impractical. ANNT’s shallow-foundation FXSF series achieves K12/M50, PAS 68, and IWA 14-1 certification from a 200mm foundation depth, making high-security HVM installation viable in applications where standard in-ground bollards cannot be used.
Are there grants available for HVM bollard installation in Canada?
Two programs are currently available. The City of Toronto HVM Grant Program offers up to $100,000 per eligible not-for-profit or charitable organization for TVRA assessments, site engineering, and fixed crash-rated bollard installation (December 2024, $2.5M total fund — automatic and retractable bollards are not eligible under this program). Public Safety Canada’s Community Security Program funds fixed crash-rated bollards for organizations at credible risk of vehicle ramming near gathering areas. Contact ANNT to confirm product eligibility for your application.
What is a TVRA and do I need one before installing bollards?
A Threat, Vulnerability and Risk Assessment (TVRA) is a formal process that determines whether a credible vehicle-borne threat exists at your site and what level of protection is appropriate. Under Toronto’s HVM grant program, a TVRA conducted by a qualified security consultant is a mandatory prerequisite before installing any HVM measures in the public right-of-way. Even where not mandated, a TVRA ensures your bollard specification is proportionate to the actual threat level and satisfies the duty of care required to protect occupants and the public.
Does deviating from the installation spec void the crash certification?
Yes. Crash certifications are awarded to a specific product installed to specific dimensional requirements. If the foundation depth, bolt pattern, surface preparation, or spacing deviates from the manufacturer’s certified installation specification, the product’s crash rating is void — regardless of how the product performed in testing. Always install to the current manufacturer-supplied installation drawings and obtain written confirmation that the installation meets the certification requirements.
What is the difference between a K-rating and an M-rating?
K-ratings (K4, K8, K12) are from the original US Department of State crash testing standard (SD-STD-02.01), developed in the 1980s for embassy and diplomatic facility protection. M-ratings (M30, M40, M50) are the successor system under ASTM F2656 (2007). Both systems test using a 15,000 lb vehicle — the number reflects the impact speed in mph. K4 = M30 (30 mph), K8 = M40 (40 mph), K12 = M50 (50 mph). ANNT products are listed with both designations for specifier convenience, as procurement documents still use both systems depending on the agency and project vintage.
How long does HVM bollard installation typically take?
Installation time varies significantly by product type and site conditions. Fixed standard-depth bollards typically require 1–3 days per installation point, including concrete work and cure time. Shallow-foundation bollards (FXSF series) reduce foundation excavation time significantly and are often faster to complete on constrained sites. Automatic retractable bollards require electrical rough-in and commissioning in addition to the foundation work. Portable surface-mount products (ättaGard, Mobile Road Blocker) can be deployed in hours. Contact ANNT for site-specific installation timelines and certified installer requirements.
What is standoff distance and how does it affect bollard placement?
Standoff distance is the physical separation between a potential vehicle-borne explosive device (VBIED) and the protected asset. It is the single most critical variable in blast damage modelling — doubling the standoff distance reduces blast overpressure by a factor of eight. HVM bollards serve two functions: they physically stop a vehicle from reaching the target (VAW protection) and they enforce a minimum standoff distance in VBIED scenarios (blast mitigation). Required standoff distance is determined through a VDA based on the credible threat level and the sensitivity of the asset being protected.

Ready to Specify
Certified HVM Protection?

ANNT works directly with architects, security consultants, and facility managers across Canada. Specification data sheets, CAD drawings, and technical consultation available on request.

Phone 905-873-2727
Location Georgetown, ON, Canada