ebollard is a specialist bollard engineering and project-support brand based in the UAE.
We help consultants, architects, security professionals, contractors and owners understand what a bollard must achieve before selecting the product that should be used.

Our work covers crash-rated Hostile Vehicle Mitigation (HVM) systems, our own engineered impact-rated bollards, safety and protection bollards, automatic and removable systems, architectural solutions, HVM planters and project-specific custom bollard designs.

Who Is ebollard?

ebollard focuses exclusively on bollards and the technical decisions surrounding them.
A bollard may appear to be a simple post, but its purpose can range from protecting pedestrians or equipment against accidental vehicle movement to forming part of a certified HVM system designed to mitigate a deliberate vehicle attack.

For that reason, we do not believe that bollard selection should begin with a catalogue model number.
It should begin with the site, the risk, the vehicle movement, the people or assets being protected, the available foundation depth, the required operation and the architectural environment.

ebollard brings together product selection, engineering, SIRA-approved security consultant support, performance verification, manufacturing support, technical documentation, installation and maintenance so these decisions can be considered as one coordinated process.

Why ebollard Exists

Many bollard inquiries begin with a diameter, material or familiar rating such as K4, K12 or M30.
Those details may be important, but they do not by themselves establish whether a bollard is appropriate for a project.

For example, an HVM bollard should not be selected solely because it has a high crash rating.
The achievable vehicle speed, approach geometry, required penetration performance, foundation conditions and position of the barrier line all influence the correct solution.
Similarly, a protection bollard around electrical equipment has a different purpose from a bollard protecting pedestrians at a busy entrance.

This is why the first objective of ebollard is education.
We want clients, consultants and contractors to understand the difference between security, safety and asset protection; between physical crash testing, simulation verification and engineering calculations; and between a product that looks suitable and a system that actually addresses the project requirement.

The ebollard Learn section, our application guides and technical resources are being developed around the same principle:
provide useful technical guidance first, then help the reader identify the appropriate solution.

Bollard Engineering and Our Own Designs

ebollard has its own range of engineered impact-rated bollards.
These solutions are developed around defined project loads, impact requirements, dimensions, materials, foundations and installation conditions rather than being treated as physically crash-tested products when they are not.

Depending on the requirement, engineering work can include bollard section selection, material properties, base plates, anchors, foundations, reinforcement, impact-energy assessment, structural calculations and project-specific detailing.

This engineering capability also allows ebollard to respond when a standard catalogue product does not fit the site.
Restricted foundation depth, podium slabs, existing structures, architectural finishes or unusual client requirements can all require a project-specific solution.

Where a physically crash-tested product is required, the certified test configuration remains the design basis and should not be represented as equivalent to an engineered calculation.
ebollard maintains a clear distinction between crash-tested, simulation-verified and engineered/calculated performance.

From Engineering to Manufacturing

Bollards designed and calculated by ebollard can be manufactured through our sister manufacturing company in accordance with ebollard drawings, specifications and engineering requirements.

This arrangement allows us to develop custom metal bollards while retaining control of the design intent, dimensions, material requirements and technical documentation.
It is particularly useful for engineered protection bollards, architectural designs and project-specific solutions where an off-the-shelf model is not suitable.

Manufacturing is therefore not presented as a substitute for certification.
The required performance basis is defined first, and the fabrication route follows that requirement.

Crash Simulation and Performance Verification

When additional verification is required, ebollard works with specialist crash-simulation providers to evaluate impact behaviour for ebollard-designed bollards and for custom bollard designs submitted by clients.

A common method is Finite Element Analysis (FEA), a computer-based engineering technique that models how a vehicle, bollard, foundation and surrounding components may behave during impact.
It can help identify deformation, stresses, likely failure mechanisms and areas where a design requires improvement.

Simulation verification should not be confused with a physical crash test.
A physical crash test involves an actual vehicle impacting a complete barrier installation under specified test conditions.
ebollard identifies the performance basis clearly so consultants and clients understand exactly what evidence supports each proposed bollard.

HVM Security Design, VDA & SIRA-Approved Security Consultant Support

For Dubai projects requiring security coordination, ebollard works with SIRA-approved security consultants as specialist sub-consultants.
Their involvement can include Vehicle Dynamics Assessment (VDA), HVM bollard layouts, security-design coordination and support through the applicable SIRA approval process.

A Vehicle Dynamics Assessment studies how a vehicle can realistically approach the protected area.
It considers factors such as approach routes, available acceleration distance, bends, turns and other site constraints that may limit achievable impact speed.
This helps the project team select an appropriate HVM performance requirement instead of simply specifying the highest available rating.

The HVM layout must then coordinate the required barrier line with pedestrian routes, entrances, emergency access, architecture, underground services and the physical constraints of the project.

For more detail, see our guidance on
SIRA bollards in the UAE
and
Vehicle Dynamics Assessment.

Supporting Consultants and Project Designers

ebollard regularly receives requests from consultants and designers for assistance in developing bollard requirements rather than simply pricing a predefined product.

Support may include performance selection, specifications, foundation concepts, bollard layouts, drawings, calculations, material selection, architectural sleeves, control requirements, technical submittals and responses to consultant comments.

In some projects, the requirement leads to a modification of the architectural appearance while the security core remains unchanged.
In others, the site condition requires a completely different engineered concept.
The objective is to help the project team arrive at a technically appropriate and buildable solution.

Installation and Project Delivery

A correctly selected bollard still needs to be installed correctly.
For an HVM product in particular, the bollard, foundation, reinforcement and surrounding construction operate together as one system.

ebollard provides turnkey installation support covering the civil, mechanical, hydraulic and electrical elements applicable to the selected bollard system.
Manufacturer installation requirements and commissioning procedures are followed where required.

ebollard is also authorized to install systems from major bollard manufacturers including ATG Access, Avon Barrier, RISE and Swaraj, allowing the installation team to work with different international systems as well as ebollard-engineered solutions.

Installation support can extend to commissioning, maintenance, spare parts, refurbishment and replacement of architectural sleeves.
For automatic bollards, this may also involve hydraulic power units, controls, safety devices, traffic signals and access-control integration.

Solutions Beyond the Visible Bollard

The visible post is only one part of many bollard projects.
Depending on the application, ebollard can support:

From the UAE to the Wider Region

ebollard currently serves projects across Dubai, Abu Dhabi and the Northern Emirates.
Our UAE experience includes commercial buildings, hotels, shopping destinations, banks, parking areas and other locations requiring vehicle security, access management or physical protection.

At the same time, ebollard is expanding its technical and commercial support across the Middle East and nearby regional markets.
We are already receiving inquiries from Saudi Arabia, Qatar, Bahrain, Kuwait, Oman, Lebanon, Jordan, Iraq, Syria and Djibouti.

The long-term objective is to develop ebollard as a regional reference for bollard engineering, HVM, specification, product selection and practical project support rather than limiting the business to the UAE market.

Building a Bollard Knowledge Reference

The website at ebollard.ae is intentionally being developed as more than an online product catalogue.
It is intended to become a practical reference for consultants, engineers, architects, contractors and clients who need to understand bollards.

The knowledge base covers subjects such as bollard purposes, materials, layout, design, crash ratings, HVM planning, VDA, foundations, automatic controls, installation, maintenance, documentation and project applications.

Our approach is simple:
help the reader understand the problem before presenting the product.
This supports better specifications, better installations and better long-term project outcomes.

Explore ebollard