Do crash-rated bollards require special installation?

Yes, proper installation is critical to achieving the tested performance. This typically includes specific foundation depths, reinforced concrete, and adherence to manufacturer and engineering guidelines.

How do I install a crash-rated bollard?

In order to ensure the bollard is offering its full protection, it’s important to install your bollards properly. Installation method will vary depending on your existing environment. Contact us for best practices.

What are your crash-rated bollards’ specifications?

To help you choose the right bollard, detailed spec sheets and submittals are available on each category and product page.

Do you offer crash-rated removable bollards?

Yes, crash-rated bollards are available in removable configurations when flexibility is required. These systems are engineered to maintain crash performance while allowing controlled access when needed.

What does ASTM F3016 mean for bollards?

ASTM F3016 is a standardized testing method used to evaluate how bollards perform under low-speed vehicle impacts. It provides measurable ratings based on speed and penetration, helping buyers choose proven protection.

What speed ratings are available for crash-rated bollards?

Crash-rated bollards are typically tested at 10, 20, and 30 MPH under ASTM F3016. The appropriate rating depends on your site conditions, traffic patterns, and potential vehicle speeds.

Can crash-rated bollards stop a vehicle completely?

Crash-rated bollards are designed to stop or significantly reduce the impact of a vehicle depending on the tested speed and rating. Performance is measured by penetration distance, not just whether the vehicle stops instantly.

Are crash-rated bollards required by code?

While not always mandated by building codes, crash-rated bollards are increasingly recommended for high-risk areas. Many jurisdictions and insurers are beginning to reference standards like ASTM F3016 when evaluating safety measures.

Where should crash-rated bollards be installed?

They are commonly installed in front of storefronts, outdoor seating areas, pedestrian walkways, fuel stations, and critical infrastructure. Placement should be based on risk exposure, traffic flow, and site-specific conditions.

How do I choose between 10, 20, and 30 MPH bollards?

Selection depends on the expected vehicle speeds and level of risk at your location. Higher-speed ratings provide greater protection but may require deeper foundations and more robust installation.

How long do crash-rated bollards last?

With proper installation and maintenance, crash-rated bollards can last decades. Stainless steel and powder-coated finishes provide excellent resistance to corrosion, wear, and harsh weather conditions.

Are crash-rated bollards customizable?

Yes, many crash-rated bollards can be customized with different finishes, colors, and covers. This allows you to maintain safety without compromising the aesthetics of your property.

How much do crash-rated bollards cost?

Costs vary based on rating, materials, installation requirements, and site conditions. While upfront costs may be higher than standard bollards, they often deliver long-term savings through risk reduction and durability. Contact TrafficGuard® for a quote tailored to your project’s specifications.

Crash-Rated Bollards: ASTM F3016 Crash Tested & Certified

TrafficGuard® crash-rated bollards deliver proven perimeter protection where it matters most. Engineered and tested to meet ASTM F3016 standards, these bollards are designed to mitigate vehicle impacts while maintaining a clean, professional appearance across high-security and high-traffic environments. From government facilities and critical infrastructure to commercial properties and pedestrian zones, they provide a reliable layer of defense without compromising accessibility or design.

TrafficGuard®, drawing on 20 + years of industry experience, is the first bollard company to test to ASTM F3016 as well as the first to offer a crash-tested and crash-rated product that meets ASTM F3016. Built for performance and durability, TrafficGuard® crash-rated bollards combine advanced engineering, high-strength materials, and rigorous testing to help protect people, property, and assets with confidence.

10 MPH Crash-Rated Bollards

View Products

20 MPH Crash-Rated Bollards

View Products

30 MPH Crash-Rated Bollards

View Products

SKU	Product Name	Type	Material	Crash Rating (mph)	Size	Height	Securing Method	Installation Type	Specs/CAD	Quote
RFP 5560R S S10	10 MPH Fixed Embedded Bollard – 304 Stainless, #4 Brushed Finish [RFP 5560R S S10]	Fixed	304 Stainless	10 MPH	5.563" OD	36"	-	Standard	Submittals CAD Details	Request a Quote
RFP 5560R S10	10 MPH Fixed Embedded Bollard – Carbon / Powder Coated [RFP 5560R S10]	Fixed	Carbon Steel / Powder Coated	10 MPH	5.563" OD	36"	-	Standard	Submittals CAD Details	Request a Quote
HL 2005 S S10	10 MPH Removable Bollard – 304 Stainless, #4 Brushed Finish [HL 2005 S S10]	Removable	304 Stainless	10 MPH	5.563" and lighter 4" diameter	36"	Helix Lock	Standard	Submittals CAD Details	Request a Quote
HL 2005 S10	10 MPH Removable Bollard – Carbon / Powder Coated [HL 2005 S10]	Removable	Carbon Steel / Powder Coated	10 MPH	5.563" and lighter 4" diameter	36"	Helix Lock	Standard	Submittals CAD Details	Request a Quote
RFP 8660R S S20	20 MPH Fixed Bollard – Stainless [RFP 8660R S S20]	Fixed	304 Stainless	20 MPH	8.625" OD	36"	-	Standard	Submittals CAD Details	Request a Quote
RFP 8660R S20	20 MPH Fixed Bollard – Carbon / Powder Coated [RFP 8660R S20]	Fixed	Carbon Steel / Powder Coated	20 MPH	8.625" OD	36"	-	Standard	Submittals CAD Details	Request a Quote
HL 2008 S20	20 MPH Removable Bollard – Carbon / Powder Coated [HL 2008 S20]	Removable	Carbon Steel / Powder Coated	20 MPH	8.625" OD	36"	Helix Lock	Standard	Submittals CAD Details	Request a Quote
HL 2008 S S20	20 MPH Removable Bollard – Stainless [HL 2008 S S20]	Removable	304 Stainless	20 MPH	8.625" OD	36"	Helix Lock	Standard	Submittals CAD Details	Request a Quote
RFP 8660RH S30	30MPH Fixed Embedded Bollards [RFP 8660RH S30]	Fixed	Carbon Steel / Powder Coated	30 MPH	8.625" OD	36"	-	Standard	Submittals CAD Details	Request a Quote
RFP 8660H S S30	30MPH Fixed Stainless Bollards [RFP 8660H S S30]	Fixed	304 Stainless	30 MPH	8.625" OD	36"	-	Standard	Submittals CAD Details	Request a Quote
HL 2008H S30	30 MPH Helix Lock Removable Bollards [HL 2008H S30]	Removable	Carbon Steel / Powder Coated	30 MPH	8.625" OD	36"	Helix Lock	Standard	Submittals CAD Details	Request a Quote
HL 2008RH S S30	30 MPH Stainless Removable Bollards [HL 2008RH S S30]	Removable	304 Stainless	30 MPH	8.625" OD	36"	Helix Lock	Standard	Submittals CAD Details	Request a Quote
CIF 5560 S S10	10 MPH Core-In Fixed Embedded Bollard – 304 Stainless, #4 Brushed Finish [CIF 5560 S S10]	Fixed	304 Stainless	10 MPH	5.563" OD	36"	-	Core-In	Submittals CAD Details CAD Details (w/ Signage)	Request a Quote
CIF 5560 S10	10 MPH Core-In Fixed Embedded Bollard – Carbon / Powder Coated [CIF 5560 S10]	Fixed	Carbon Steel / Powder Coated	10 MPH	5.563" OD	36"	-	Core-In	Submittals CAD Details CAD Details (w/ Signage)	Request a Quote
CIR HL2005 S S10	10 MPH Core-In Removable Bollard – 304 Stainless, #4 Brushed Finish [CIR HL2005 S S10]	Removable	304 Stainless	10 MPH	5.563" OD	36"	Helix Lock	Core-In	Submittals CAD Details CAD Details (w/ Signage)	Request a Quote
CIR HL2005 S10	10 MPH Core-In Removable Bollard – Carbon / Powder Coated [CIR HL2005 S10]	Removable	Carbon Steel / Powder Coated	10 MPH	5.563" OD	36"	Helix Lock	Core-In	Submittals CAD Details CAD Details (w/ Signage)	Request a Quote
CIF 6660 S S20	20 MPH Core-In Fixed Bollard – Stainless [CIF 6660 S S20]	Fixed	304 Stainless	20 MPH	6.625" OD	36"	-	Core-In	Submittals CAD Details	Request a Quote
CIF 6660 S20	20 MPH Core-In Fixed Bollard – Carbon / Powder Coated [CIF 6660 S20]	Fixed	Carbon Steel / Powder Coated	20 MPH	6.625" OD	36"	-	Core-In	Submittals CAD Details	Request a Quote
CIR HL2006 S S20	20 MPH Core-In Removable Bollard – Stainless [CIR HL2006 S S20]	Removable	304 Stainless	20 MPH	6.625" OD	36"	Helix Lock	Core-In	Submittals CAD Details	Request a Quote
CIR HL2006 S20	20 MPH Core-In Removable Bollard – Carbon / Powder Coated [CIR HL2006 S20]	Removable	Carbon Steel / Powder Coated	20 MPH	6.625" OD	36"	Helix Lock	Core-In	Submittals CAD Details	Request a Quote
CIR HL2004 S10	10 MPH Core-In Removable Bollard – Carbon / Powder Coated [CIR HL2004 S10]	Removable	Carbon Steel / Powder Coated	10 MPH	4.5" OD	36"	Helix Lock	Core-In	Submittals CAD Details	Request a Quote
CIR HL2004 S S10	10 MPH Core-In Removable Bollard – 304 Stainless, #4 Brushed Finish [CIR HL2004 S S10]	Removable	304 Stainless	10 MPH	4.5" OD	36"	Helix Lock	Core-In	Submittals CAD Details	Request a Quote
CIF 4560 S S10	10 MPH Core-In Fixed Embedded Bollard – 304 Stainless, #4 Brushed Finish [CIF 4560 S S10]	Fixed	304 Stainless	10 MPH	4.5" OD	36"	-	Core-In	Submittals CAD Details	Request a Quote
CIF 4560 S10	10 MPH Core-In Fixed Embedded Bollard – Carbon / Powder Coated [CIF 4560 S10]	Fixed	Carbon Steel / Powder Coated	10 MPH	4.5" OD	36"	-	Core-In	Submittals CAD Details	Request a Quote

Downtown Bay City

Bay City, MI, USA

Downtown Bay City

Bay City, MI, USA

10 MPH (HL2005 S10) entrance protection with the TrafficGuard® patented (U.S. Patent 8,297,873) Helix Locking Removable Bollard System. Crash tested to ASTM F3016 for an impact of a 5,000 lb. vehicle at up to 10 MPH.

Children's Health Plano

Plano, TX, USA

Children's Health Plano

Plano, TX, USA

30 MPH (HL2008H S30) entrance protection with the TrafficGuard® patented (U.S. Patent 8,297,873)Helix Locking Removable Bollard System. Crash tested to ASTM F3016 for an impact of a 5,000 lb. vehicle at up to 30 MPH.

Downtown Bloomington

Bloomington, IN, USA

Downtown Bloomington

Bloomington, IN, USA

20 MPH (HL2008H S20) streetscape pedestrian protection during the covid-19 pandemic with theTrafficGuard® patented (U.S. Patent 8,297,873) Helix Locking Removable Bollard System. Crash tested to ASTM F3016 for an impact of a 5,000 lb. vehicle at up to 20 MPH.

The Growing Need for Crash-Rated Bollards in Storefront Safety

Storefront vehicle incursions are becoming increasingly common, posing serious risks to people and property. Whether caused by driver error or intentional acts, these incidents are happening at an alarming rate. According to the Storefront Safety Council:

60+ vehicle-into-building crashes occur every day
3,600+ injuries are reported each year
Approximately 500 deaths occur annually

While these figures are estimates, even a quick search of incidents across the country highlights the growing scope and frequency of the problem.

As a result, the safety of employees, customers, and pedestrians is under greater threat than ever before. At the same time, business owners, property managers, and government agencies face increasing liability exposure when proper protective measures are not in place. Relying on general best practices is no longer sufficient.

To address these challenges, an ASTM International committee developed and approved ASTM F3016, a standard focused on surrogate testing of vehicle impact protective devices at low speeds. This standard establishes a benchmark for evaluating the effectiveness of bollards and other protective systems designed to mitigate storefront crashes.

With the adoption of ASTM F3016, the responsibility to safeguard vulnerable storefronts, outdoor seating areas, and pedestrian zones is shifting more directly to commercial property owners, retailers, and public agencies. At the same time, insurers are expected to increasingly incentivize the use of crash-tested and crash-rated protection to reduce risk and potential claims.

Proven Crash Protection You Can Trust

ASTM F3016 crash-rated bollards are rigorously tested to stop or mitigate low-speed vehicle impacts. This verified performance provides a higher level of confidence compared to untested or decorative alternatives.

Fixed & Removable Options for Flexible Security

Crash-rated bollards are available in both permanent (fixed) and removable configurations to match your site needs. This allows you to maintain strong protection while still enabling controlled access for deliveries, emergency vehicles, or special events.

Reduced Liability & Risk Exposure

Installing crash-rated bollards helps demonstrate a proactive approach to safety and compliance with recognized standards like ASTM F3016. This can reduce legal exposure and strengthen your position in the event of an incident.

Enhanced Pedestrian & Occupant Safety

Crash-tested bollards create a physical barrier between vehicles and vulnerable areas such as storefronts, sidewalks, and outdoor seating. They help protect employees, customers, and the public from accidental or intentional vehicle incursions.

Compliance with Emerging Safety Standards

As safety expectations evolve, ASTM F3016 is becoming a key benchmark for storefront protection. Choosing crash-rated bollards ensures you’re aligned with current standards and prepared for future regulatory requirements.

Increased Property Protection & Business Continuity

By absorbing and redirecting vehicle impact forces, crash-rated bollards help prevent costly structural damage. This minimizes downtime, protects assets, and keeps operations running smoothly after an incident.

About ASTM F3016

The ASTM F3016 standard details a testing method to determine a bollard’s ability to stop a 5,000 lb. test vehicle at 10, 20, and 30 MPH.
There are two passing penetration ratings: P1 & P2. P1 details a dynamic penetration of less than 1’. P2 details a dynamic penetration of less than 4’.
Recommended spacing of bollards is no further than 48” from inside edge to inside edge between bollards.
Bollard selection and placement decisions based upon site specific details and anticipated speeds shall be determined by the owner or their representatives.
Consulting a traffic engineer may be advisable.

ASTM F3016 Crash-Tested Bollard Purchase Checklist

Request a full-scale crash test summary from the bollard manufacturer that details actual test performance.
Verify that the tests were conducted to the ASTM F3016 standard at an accredited testing facility. Beware of unverifiable “independent” tests. Finite engineering analysis is not equivalent to an ASTM F3016 crash test.
Purchase the bollards directly from the manufacturer who has performed the testing.
Require steel certifications from the manufacturer to verify that the steel complies with what was actually tested.
Prior to any payment to the contractor for construction, you should require:
- Steel certifications from the rebar manufacturer
- Concrete specifications from the ready mix supplier
- Photos from the actual construction for each step, showing the tape measure in photos
  - Site excavation, verifying depth
  - Rebar photos of the layout before concrete is poured
  - Photos of the actual pour occurring

Crash-Rated Bollards: ASTM F3016 Crash Tested & Certified

10 MPH Crash-Rated Bollards

20 MPH Crash-Rated Bollards

30 MPH Crash-Rated Bollards

Explore Our Full Line of Crash-Rated Bollards

Traffic-Ready Design

American Made

Efficient Storage

Crash-Rated Bollards in Action: Real-World Case Studies

Downtown Bay City

Downtown Bay City

Children's Health Plano

Children's Health Plano

Downtown Bloomington

Downtown Bloomington

Crash-Rated Bollards: Applications & Use Cases

Park Bollards: Solutions for Safer Public Parks & Recreational Areas

Airport Bollards: Solutions for Safer Airside & Terminal Areas

Bike Path Bollards: Solutions for Safe & Secure Trails

Cemetery Bollards: Solutions for Protecting Sacred Spaces

Retail & Storefront Bollards: Solutions to Protect Commercial Properties

Financial Institution & Bank Bollards: Solutions for Trusted Protection

The Growing Need for Crash-Rated Bollards in Storefront Safety

Benefits of Crash-Rated Bollards: Why Buy ASTM F3016 Crash-Tested Bollards

Proven Crash Protection You Can Trust

Fixed & Removable Options for Flexible Security

Reduced Liability & Risk Exposure

Enhanced Pedestrian & Occupant Safety

Compliance with Emerging Safety Standards

Increased Property Protection & Business Continuity

About ASTM F3016

ASTM F3016 Crash-Tested Bollard Purchase Checklist

Crash-Rated Bollards: FAQ

Do crash-rated bollards require special installation?

How do I install a crash-rated bollard?

What are your crash-rated bollards’ specifications?

Do you offer crash-rated removable bollards?

What does ASTM F3016 mean for bollards?

What speed ratings are available for crash-rated bollards?

Can crash-rated bollards stop a vehicle completely?

Are crash-rated bollards required by code?

Where should crash-rated bollards be installed?

How do I choose between 10, 20, and 30 MPH bollards?

How long do crash-rated bollards last?

Are crash-rated bollards customizable?

How much do crash-rated bollards cost?

Have Questions or Ready to Get Started with TrafficGuard® Crash-Rated Bollards?