FAQs

Find answers to common questions about our technologies, products, and innovations, and learn how FBR is transforming the future of construction and fabrication.

General

About FBR

FBR specializes in designing, prototyping, and deploying stabilized long-boom robotics to help industries tackle complex challenges and achieve sustainable growth. Our breakthrough Dynamic Stabilisation Technology™ (DST®) allows our machines to perform complex tasks with precision and reliability, no matter the environment.

What is Dynamic Stabilisation Technology™?

DST® is a system that measures dynamic interference and movement in real-time, counteracting it to maintain stability and deliver unprecedented precision in variable conditions. It is the technology that allows Hadrian® to place product with such precision through a 32-metre boom, and enables Mantis™ to weld with exceptional stability, even at full 8-metre reach.

How well is FBR's technology protected?

FBR hold global patent protection for Hadrian® and associated technologies.

What is the best way to stay up to date and engage directly with FBR?

You can join FBR's InvestorHub, where investors and stakeholders can connect directly with our management team, access exclusive updates and videos, and be the first to hear about company news. FBR is a publicly traded company on the ASX (FBR) and OTCQB (FBRKF) markets, and InvestorHub is the best way to stay informed about our progress and opportunities. Join here.

How do I access or update my shareholding details?

Share Registry Details

FBR's share register is managed by Computershare Investor Services Pty Ltd. Through online services, security holders can view their holdings, obtain statements and maintain their personal information. For online and other support, please contact Computershare directly through the details on this page. You will need your Security Reference Number (SRN) or Holder Identification Number (HIN) - displayed on Issuer Sponsored/CHESS statements. We encourage security holders to confirm any charges for requested support with Computershare before proceeding.

Computershare Investor Services Pty Limited

Phone: 1300 733 043 (within Australia) or +61 3 9415 4801 (outside Australia)
Online: www.investorcentre.com/contact
Email: web.queries@computershare.com.au
Mailing Address: GPO Box D182, Perth, Western Australia, 6840, Australia
Street Address: Level 17, 221 St Georges Terrace, Perth, Western Australia, 6000, Australia

Hadrian®

What is Hadrian®?

Hadrian® is the world's most advanced construction robot, offering significant improvements in speed, safety, accuracy, waste and ultimately cost over traditional block construction methods. Hadrian® takes the precision and efficiency of indoor robotics into outdoor, uncontrolled environments for the first time, thanks to DST®.

What type of blocks can the Hadrian® lay?

Hadrian® can lay blocks made from commonly used materials, up to a maximum size of 600mm x 400mm x 300mm.

How many blocks does Hadrian® lay per hour?

Hadrian® can lay over 300 blocks per hour. Using the largest format blocks Hadrian® is designed to handle, this equates to over 70 square metres of wall per hour.

What type of mortar or adhesive system does Hadrian® use?

Hadrian® applies a special construction adhesive to each block as it is laid. The adhesive cures in approximately 45 minutes, is significantly stronger than traditional mortar, and allows for continuous high-speed building without waiting for drying times. It also offers environmental benefits by reducing material waste.

Can Hadrian® work on a standard home building site?

Yes. Thanks to its 32-metre boom reach, Hadrian® can typically build from the roadside on most standard residential sites.

How long will it take to build the walls of a standard home?

Hadrian® can build the walls of a standard free-standing, single storey, four-bedroom, two-bathroom home in as little as one day.

How many homes per year can Hadrian® build?

It is anticipated that one Hadrian® will build up to 150 homes a year.

Will Hadrian® make it cheaper to build a home?

Yes. By building structures faster, safer, and more accurately while producing less waste, Hadrian® naturally reduces the overall cost of construction.

How do I get my house built with Hadrian®?

Speak to your builder about using Hadrian® on your project.

What are the advantages of building with Hadrian®?

  • Faster, safer, and more accurate construction.
  • Reduced on-site waste and environmental impact.
  • Ability to reuse offcuts or build directly from sequenced pallets with zero masonry waste.
  • Compatibility with offsite prefabrication of finishing items (e.g. roof trusses, kitchens, bathrooms).
  • Faster project delivery and earlier move-in dates.

Can Hadrian® be used for both residential and commercial projects?

Yes. Hadrian® is suitable for both residential and commercial construction.

Can Hadrian® build multi-storey structures?

Yes. Hadrian® can build up to four storeys in some conditions, and up to three storeys for standard residential homes.

Can Hadrian® adapt to different designs and materials?

Yes. Hadrian® builds from a Computer Aided Design (CAD) model, which serves as its set of instructions. Builders can submit wall plans within certain parameters, and Hadrian® will construct them. Hadrian® can lay blocks made from a wide range of materials, including clay, concrete, autoclaved aerated concrete (AAC), and calcium silicate, providing versatility across projects.

Are there limitations to the types of structures Hadrian® can build?

While versatile, Hadrian® may face limitations with extremely complex or highly specialised designs that require unique construction techniques.

Can I buy a Hadrian®?

Yes, Hadrian® is now available to purchase for select partners ready to lead the future of construction. Contact us via the form here.

Is Hadrian® safe?

Yes. Hadrian® is designed to ensure safety during both the building process and after project completion. FBR operates under a SHEQ (Safety, Health, Environment, and Quality) framework, which includes:

  • Strict training in safe work methods, hazard detection, and injury prevention.
  • Use of sensors such as LiDAR, which detect humans near the boom or lay-head.
  • Elimination of manual handling risks, sun exposure, and working at heights for structural non-cosmetic wall erection.

Hadrian® helps extend the careers of bricklayers by removing hazardous manual tasks while improving safety outcomes on site.

How many people are required to operate Hadrian®?

Hadrian® typically requires a crew of two to three people, depending on the size and complexity of the project and local regulations.

What tasks still require human involvement?

Human operators are still involved in:

  • Reviewing and approving build plans.
  • Site surveying and preparation.
  • Supervising aspects of machine operation.
  • Troubleshooting as needed.

This ensures a collaborative approach between people and robotics.

What does Hadrian® mean for bricklayers?

Hadrian® is designed to be a tool for bricklayers, much like a trowel or saw today. By handling heavy, repetitive, and structural masonry tasks, Hadrian®:

  • Improves working conditions.
  • Reduces injury risks.
  • Allows skilled masons to focus on intricate or specialised work (like 'face brick').
  • Extends career longevity in the trade.

By automating repetitive tasks, Hadrian® reduces reliance on manual labour and allows human workers to focus on higher-skill construction activities

How is FBR addressing public concerns about robotics in construction?

FBR is committed to:

  • Public education on the safety and benefits of Hadrian®.
  • Transparency in implementation.
  • Engagement with governments, regulators, and industry stakeholders.

How does Hadrian® contribute to sustainability in construction practices?

Hadrian® builds directly from a CAD model, which means it knows exactly how many blocks are required. It can also cut blocks to size for later use, which:

  • Reduces on-site waste.
  • Minimises over-ordering.
  • Cuts down on waste removal costs.

This results in a more sustainable and efficient construction process.

How does Hadrian® compare to 3D concrete printing technology?

Both Hadrian® and 3D concrete printing build from a 3D CAD model in a CNC-like manner. However:

  • Hadrian® is fully mobile with a long-boom reach,
  • it uses standard, off-the-shelf blocks, rather than requiring a bespoke material,
  • and the structures are certified to meet applicable building codes and standards.

Mantis™

What is Mantis™?

Mantis™ is an advanced 8-metre reach robotic welding system designed for heavy fabrication and defence sectors, including mining, shipbuilding, and large-scale industrial manufacturing. Compact yet powerful, it integrates seamlessly into existing workflows and directly addresses challenges such as skilled labour shortages, productivity bottlenecks, and automation adaptability.

What makes Mantis™ different from other robotic welders?

Mantis™ is powered by FBR's proprietary Dynamic Stabilisation Technology™ (DST®), which actively counteracts vibrations and movement in real time. This allows the robot to deliver exceptionally precise, consistent welds even at full 8-metre reach - performance that traditional robotic arms or gantry systems cannot match.

What welding systems can Mantis™ use?

The standard configuration includes a Fronius TPS400i single-wire welder. For high-deposition applications, Mantis™ can be equipped with dual Fronius TPS500i welders in a tandem setup, achieving deposition rates of up to 25 kg/hr. Mantis™ is also designed to integrate with other leading welding equipment brands to suit your specific operations.

How is Mantis™ programmed?

Complex paths can be programmed easily with Verbotics, while simple welds and operations can be managed through onboard controls. Mantis™ is also adaptable to other software packages, giving flexibility for integration into your workflow.

What is a pendulum workflow?

Mantis™ can operate in a pendulum style across 1, 2, or 4 workspaces. While the robot welds in one bay, operators can prepare parts in the others - enabling parallel setup and continuous operation that maximises throughput and minimises downtime.

How productive is Mantis™ compared to manual welding?

Mantis™ delivers up to 4x the productivity of manual welding. With deposition rates of up to 25 kg/hr and welding speeds of up to 4,000 mm/min, Mantis™ combines the speed of sub-arc welding with the flexibility of a robotic arm, significantly reducing part manipulation and setup times.

What is the footprint and working area of Mantis™?

Mantis™ requires only a 3 x 3 m footprint and does not need bulky gantries or linear rails. Depending on the configuration, it supports:

  • Single Bay: 12 x 5 x 5 m
  • Dual Bays: 9 x 4 x 5 m
  • Quad Bays: 6.5 x 4 x 5 m

Is Mantis™ safe to use?

Yes. Mantis™ is designed for integration into an AS 4024-compliant safety work cell. It features advanced sensors, laser scanning for seam tracking, and standardised safety protocols to ensure safe operation for workers on the floor.

How much does Mantis™ cost, and what's the payback period?

Mantis™ is offered at $990,000 AUD, plus optional extras, site-specific installation, and integration. In high-utilisation settings, customers can expect payback in under two years, thanks to major savings on manual welding costs and throughput improvements.

When will Mantis™ be available?

Deliveries of Mantis™ are scheduled to begin in Q1 2026. Companies can apply now to become early adopters and secure priority access. Contact us via the form here.