Bremar Automotion

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Bremar Automotion Significantly improve every step of your product development cycle, creating optimised products faster and more efficiently while significantly reducing costs.

At Bremar Automotion, we are passionate, hands on engineers with over 40 years’ combined experience across a range of industries such as automotive, truck & trailer, mining, industrial equipment and motorsport. Our team has gained their knowledge and experience working at global companies such as GM Holden, Toyota, HSV, Tata Motors and John Deere and our ultimate day is using our knowledge and tools to achieve big savings and great design solutions for our clients. We firmly believe in the benefits Computer Aided Engineering (CAE) can provide and in the importance of making these tools accessible to businesses both big and small. Using the same high-end software as major automotive and aerospace companies, we have validated our computer modelling with extensive physical testing. We save our clients time and money by shortening their development cycle and reducing reliance on physical testing and prototypes by validating their designs “virtually” on computer using the latest CAE software. Using these methods early in the design process can dramatically improve your development cycle, product result and consumer experience. We are confident we can use our knowledge and tools to add value to your next project, so contact us now for a one-on-one discussion about your requirements.

• 3D scanning • CAD modelling • Product design & visualisation • Engineering simulation & analysis using Computer Aided Engineering (CAE) • Physical prototyping & 3D printing • Automotive chassis and suspension design • FIA motorsport roll cage certification • Performance Based Standards (PBS) Assessments for heavy vehicles • CAE software sales & training

15/10/2026

Introducing Brett’s passion project: the B-Runner.
 
What started as an ambitious idea a few years ago has turned into a serious undertaking, combining countless hours of design, engineering, fabrication and problem-solving.
 
The result? A completely bespoke, V8-powered, long-travel prerunner, designed and built from the ground up, with the goal of achieving full road registration here in Victoria.
 
It’s a project that brings together a lot of what Brett loves: pushing boundaries, tackling complex engineering challenges and turning big ideas into reality.
 
He’s getting closer to a major milestone, and we’re looking forward to sharing more of the build, the challenges and the engineering behind it.
 
There’s still plenty of work ahead, but this is just the beginning. Follow along for the journey B Runner 
 
 
VehicleEngineering

09/10/2026

Sometimes it’s the little things that make a job a whole lot easier.
 
Stamping a VIN into a chassis isn’t exactly a complicated job, but getting 17 characters straight, evenly spaced and looking tidy can be a different story, especially when you’re working underneath a vehicle or trying to reach an awkward spot.
 
So we 3D printed a simple guide to take the hassle out of it.
 
Line it up, stamp the VIN and move on. No measuring every character, no trying to eyeball the spacing, and hopefully a little less frustration.

This is exactly where 3D printing makes sense. A simple, purpose-built tool that saves time every time you use it.
 
Want to give it a go? DM us your email address and we’ll send you the STL file.
 
 

29/09/2026

No angle left unexplored.

David and Sigfroy getting every side of this Ford Ranger Super Duty into the scan, including underneath the vehicle.

When you’re building a complete digital picture of a vehicle, there’s no such thing as a bad angle. Our 3D scanning services capture the details needed for CAD, reverse engineering, design and development.

If we can get the scanner in there, we’ll scan it!

Thanks to Marks4WD for the opportunity to work on this one.

ReverseEngineering CAD Engineering

24/09/2026

We recently enjoyed a great night out with the full Bremar team at the Society of Mobility Engineers Australasia (SME-A) 2026 awards night.
 
Brett had the honour of presenting some awards, recognising the impressive work happening across the mobility and engineering sectors. It was great to see so many engineers, students, researchers and industry professionals recognised for the work they’re doing, much of which happens quietly behind the scenes.
 
We were also proud to play a small part behind the scenes, with Tim and Sigfroy putting their 3D printing skills to work to produce the trophies for the evenings awards.
 
Congratulations to all of the award recipients, and well done to Society of Mobility Engineers Australasia for bringing the industry together for another great night.
 
It was also great to have the whole Bremar team together for the evening. A nice excuse to step away from the office, get dressed up and enjoy a night celebrating the industry we’re part of.
 
SMEAustralasia

25/08/2026

We had a great day at the Melbourne 4x4 Show last week, catching up with clients and seeing some of the projects we’ve been involved with come together in the real world.
 
It’s always a great change of pace for the team to step away from the computer, attend an event and see the end result of the engineering work that happens behind the scenes.
 
Our top picks of the day were the Fekete Fabrications PRF-1 prerunner and Marks4WD Ranger Super Duty on portals. 
 
We also loved seeing the creativity, innovation and engineering that goes into the incredible range of builds on display.

It was a great day out and a reminder of why we love what we do.
 

24/08/2026

What happens when extreme impact loads meet engineering simulation?
 
In one of our case studies, we investigated the impact of a high-velocity material load on a large industrial hopper.
 
The challenge was to understand how the structure would respond to an extreme impact and determine whether the design could withstand the resulting forces.
 
Using Finite Element Analysis (FEA) in Siemens Radioss, combined with Smooth Particle Hydrodynamics (SPH), we were able to simulate the interaction between the material and the structure.
 
SPH is particularly useful for modelling materials that behave like fluids or granular materials, allowing their movement and interaction with a structure to be analysed during an impact event.
 
The simulation provided insight into:
• Impact behaviour and load transfer
• Structural stresses and deformation
• Areas requiring additional strength
• Potential design improvements

Importantly, the analysis also helped develop a simpler approximation of the impact loads that could be used for future designs, reducing the need for complex simulations every time.
 
Simulation isn’t just about understanding what happens. It’s about using that information to make better engineering decisions.
 
 
ImpactAnalysis StructuralEngineering Engineering CAE Simulation

19/08/2026

VSB14 Suspension Assessment
 
How do you know a modified suspension system can handle the loads it will experience on the road?
 
VSB14 provides guidelines for assessing suspension, steering and related components, including the loads they need to withstand and how suspension geometry should behave throughout its range of movement.
 
At Bremar Automotion, we can use a combination of FEA and Multibody Dynamics (MBD) to assess these systems virtually.

Our analysis can include:
• Bump, braking and cornering loads
• Component stresses and strength
• Full suspension and steering travel
• Camber and toe changes
• Bump steer and roll steer
• Springs, bumpstops and flexible bushes

This allows us to assess both component strength and suspension behaviour before committing to physical testing or new hardware.

Simulation also gives us the opportunity to test different design and material options, helping identify potential issues and refine a system early in the development process.
 
VSB14 compliance is about more than making sure components are strong. It is also about understanding how the suspension behaves.
 
VehicleDynamics AutomotiveEngineering EngineeringSimulation CAE SuspensionEngineering

06/08/2026

Our additive manufacturing team has been keeping the printers running around the clock, producing everything from metal components to Onyx jigs and fixtures, along with food-grade dies, tooling and custom manufacturing solutions.

Every print is different, but the goal is the same: helping our clients solve problems, reduce lead times and bring ideas to life.

That's the beauty of additive manufacturing. It's not just about printing parts, it's about delivering smarter engineering solutions.

04/08/2026

Ever wondered how you safely double the reach of a 100-tonne excavator?
 
When RK Findlay Engineering needed to extend a Komatsu excavator arm from 14m to 29m for underwater profiling work at Port Kembla’s outer harbour, they partnered with us to validate the design before it hit the field.
 
Using Finite Element Analysis (FEA), we assessed stress, displacement and structural performance across a range of load cases, ensuring the modified boom and dipper arm were ready for the job.
 
With a solid design from RK Findlay Engineering and engineering refinements guided by FEA, the final solution met every performance target.
 
This is where Virtual Engineering delivers real value, helping reduce risk, optimise designs and build confidence before fabrication and testing even begin.
 
Read the full case study via the link in our bio.
 
StructuralAnalysis HeavyMachinery Komatsu Excavator Simulation EngineeringLife DesignEngineering

27/07/2026

Virtual testing. Real engineering insights.
 
Before a prototype ever hits the road, we can evaluate how a vehicle will behave using Multi-Body Dynamics (MBD) simulation.
 
By modelling every suspension link, steering component and tyre interaction, we’re able to:
• Predict vehicle handling characteristics
• Analyse forces throughout the suspension system
• Optimise designs before manufacturing
• Reduce costly physical testing and development time
 
At Bremar Automotion, we don’t just use these tools ourselves. As a Siemens software partner, we can also help your business access industry-leading simulation software and provide guidance on Multi-Body Dynamics (MBD) and Finite Element Analysis (FEA) applications.
 
Whether you need engineering support, software licensing or both, we’re here to help.
 

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