Best Australian Made Off Road Caravans : What to look for before you buy
If you’re researching the best Australian made off road caravans, you’ll quickly realise there’s no shortage of options. Every week I hear or see in my own social media, another manufacturer ive never heard of. And for us at Elross, there’s many of you that may stumble across this article that knew little of us until now.
Not all caravans are built the same — especially when it comes to off-road capability and off-grid performance.
Having been in the industry for just on twenty years, I can safely assess the difference between a caravan that looks the part and one that will actually handle Australian conditions. This comes down to a few key areas.
My following guide will walk you through what to look for, so you can make a properly informed decision. If your a bit impatient, you can always check out our FAQ’s page on other queries we often field.
What Defines a True Off Road Caravan?
There’s a lot of marketing in this space.
In reality, a true off road caravan should be built to handle:
corrugated roads
remote travel
uneven terrain
extended time in off-grid use
This comes down to how it is engineered — not how it looks.
Key metrics :
1. Chassis and Engineering
The chassis is the foundation of the entire caravan.
It’s not something most buyers see day to day, but it has one of the biggest impacts on how the caravan performs over time — especially in off road conditions.
Everything sits on it:
the body
the suspension
the internal fit-out
the load you carry
If the chassis isn’t designed and built properly, it doesn’t matter how good everything else is.
Why Chassis Design Matters
In off road touring, the chassis is constantly under load.
You’re dealing with:
corrugations
uneven terrain
twisting forces
braking and acceleration loads
dynamic weight shifts
A well-engineered chassis needs to absorb and distribute those forces without:
excessive flex
stress points forming
fatigue over time
Poor chassis design is one of the main causes of long-term issues in caravans.
What to Look For
When comparing caravans, I would look beyond just “heavy-duty” claims and focus on how the chassis is actually designed and built.
Key things to consider:
1. In-House Engineering
A chassis that is designed and built in-house is usually better integrated with the rest of the caravan Which every elross is.
better alignment with suspension
better weight distribution
more control over quality
2. Material Selection and Construction
Look at:
thickness and grade of steel
how cross members are designed and positioned
how drawbars are constructed
reinforcement in high-stress areas
It’s not just about using more steel — it’s about using it properly.
3. Integration with Suspension
The chassis and suspension need to work together as a system.
A good setup considers:
mounting points
load transfer
articulation
ride dynamics
Poor integration here can lead to unnecessary stress and reduced performance.
4. Weight Distribution and Balance
A well-designed chassis helps achieve proper weight distribution.
This affects:
towing stability
ball weight
handling on and off road
This is often overlooked, but it makes a noticeable difference when towing long distances.
Why It Matters in the Real World
A strong chassis isn’t about marketing — it’s about long-term reliability.
It helps:
reduce stress on the body and internal components
improve towing confidence
handle rough conditions without constant issues
When you’re travelling remotely, the last thing you want is structural problems.
What We Focus On at Elross
For us, chassis design comes back to two core priorities:
towing safety
long-term structural integrity
Everything else follows from that.
Towing Safety and Centre of Gravity
One of the biggest factors in towing performance is centre of gravity (COG).
It’s something that doesn’t get talked about enough, but it has a direct impact on:
towing stability
handling at speed
behaviour on uneven terrain
overall driver confidence
A lot of modern caravans sit higher than they need to. In many cases, this is driven by manufacturing efficiency rather than performance. Flat or laminated chassis designs can make it easier for mass production — particularly when it comes to interior fit-out — but they often come at the expense of centre of gravity.
At Elross, we take a different approach.
We design our chassis with a wheel arch (W/arch) configuration rather than a flat platform.
This allows us to:
keep the van sitting lower
improve weight distribution
reduce centre of gravity
deliver a more stable towing experience
It involves more design work, more fabrication and more cost — but the result is a better-performing caravan on the road.
Built Per Van, Not Batch Produced
Every Elross chassis is built per individual caravan, not in batches.
This allows us to:
match the chassis to the specific layout and load
control weight distribution more accurately
maintain consistent build quality
It also means we are not trying to make one design suit every application.
Engineering and Compliance
All of our chassis designs are:
approved within ROVER
engineered to meet Australian standards
supported by Finite Element Analysis (FEA)
This ensures the design is not just based on experience, but also validated through proper engineering analysis.
Materials and Protection
We use:
Australian-made steel (Ausmills)
protective coating systems suited to harsh conditions
Material selection and protection are critical for longevity, particularly in off-road and coastal environments.
The Reality of Good Design
There is no shortcut to a well-built chassis.
It takes:
more time
more design input
more fabrication work
But it delivers:
better towing behaviour
improved durability
a more refined end product
And to be honest, I also think the result looks better — but more importantly, it performs better where it counts.
2. Suspension System
Suspension is one of the most important parts of any off-road caravan, and in my view, it is also one of the most overlooked in todays vehicle manufacturer choices.
A lot of people look at a caravan and focus on the layout, styling or finishes first. But if you are planning to travel on corrugations, uneven tracks or remote roads, suspension plays a major role in how that caravan performs and how well it survives over time.
A proper suspension system does more than just make the ride smoother. It helps control how the van handles load, impact, articulation and road shock. That has a direct effect on:
towing stability
structural stress through the chassis and body
tyre wear
component longevity
overall control in rough conditions
In off road touring, the punishment is constant. Repeated vibration and impact loads can quickly expose weak suspension design or poor integration with the chassis.
That is why buyers need to look beyond brand names alone and ask better questions.
What to Look For in Suspension
When comparing suspension systems, I would look at:
how heavy-duty the arm design is
the quality and type of airbags or springs used
shock absorber design and damping control
load-carrying ability
serviceability and support in Australia
how well the suspension is matched to the chassis and intended use
Not every buyer needs the same setup.
Some travellers want a lighter touring configuration that still handles rough roads well. Others want a heavier-duty system for more aggressive off road use, higher payloads or extended remote travel.
XTF vs ATX Style Thinking
This is where understanding intended use matters.
A suspension like the Australian made Cruisemaster XTF is lighter and highly capable, making it a strong option for many off road touring applications. I usually would propose this option to clients with smaller capacity dual cab utes and 4WD that want high quality under their van, with out a significant weight penalty and the XTF airbag underpins our ECX model range.
A system like the Australian made Cruisemaster ATX is a step up again in terms of heavy-duty design, and available only on our premium ECXR models. Differences in arm construction, airbag specification and shock absorber setup generally allow for higher ATM loading.
Neither is automatically right for every person. The right choice depends on:
caravan size
loaded weight
where you plan to travel
how hard you intend to use it
That is the real conversation buyers should be having with a manufacturer. Other notable
Why It Matters
A quality suspension system is not just about comfort. It is about protecting the caravan as a whole.
Good suspension helps reduce stress transferred into:
chassis welds
cabinetry
plumbing
electrical systems
body joints and internal finishes
When suspension is properly chosen and integrated, the entire caravan performs better, lasts longer and tows safer! I can not stress the towing safety aspect more. Some other reputable brands such as Kedron’s own KSS and simplicity suspensions are other great sources to look for when selecting a manufacturer and their suspension choice.
3. Construction Method
This is one of the biggest differences between caravans — and it’s often misunderstood.
Traditionally, caravans were built using timber framing and external cladding. While that method still exists, it comes with limitations, particularly when it comes to long-term durability and resistance to water ingress.
Modern off road caravans are moving toward composite panel construction, and for good reason.
At a high level, this involves:
Structurally insulated panels (SIPs) for walls and roof
High-density foam cores (such as EPS or PIR)
Bonded internal and external skins, typically FRP glass
This creates a single, rigid panel rather than a framed structure.
Modern high-quality caravans these days routinely use:
composite panel construction
structurally insulated panels (SIPs)
one-piece flooring systems
Compared to traditional builds, this offers:
better thermal performance
increased structural strength
reduced risk of water ingress
Why This Matters in Real Use
From a practical standpoint, this type of construction offers several advantages.
1. Structural Strength
A properly bonded composite panel acts as a structural element in itself.
Increased rigidity
Better resistance to flex and twist
Improved performance on corrugations and uneven terrain
For off-road touring, this is critical.
2. Thermal Performance
Insulation is often overlooked until you start travelling in extreme conditions.
With thicker panels (for example 50mm walls and roof), you get:
better heat resistance in summer
improved insulation in colder conditions
more consistent internal temperatures
This directly impacts comfort when travelling off-grid.
3. Reduced Water Ingress Risk
One of the biggest long-term issues in caravans is water ingress.
With composite construction:
there is no timber frame to absorb moisture
fewer joins and penetrations
fully bonded panels reduce potential failure points
This significantly improves long-term durability.
4. Weight vs Strength Balance
Composite construction allows for:
strong structural integrity
without excessive weight
That balance is important when you are:
towing long distances
managing payload
travelling off road
What to Look For
Not all composite construction is equal. If you are comparing caravans, look at:
panel thickness (walls, roof and floor)
core material (EPS vs PIR vs alternatives)
bonding method used
internal and external skin material
These factors determine how well the caravan performs over time.
Where Elross Sits
At Elross, we use:
50mm EPS core panels for walls and roof
Colourbond steel skins internally and externally
a one-piece 28mm PIR insulated floor
This combination provides:
strong structural performance
excellent thermal efficiency
long-term durability suited to Australian conditions
4. Off Grid Capability
Off-grid capability is one of the main reasons people look at off road caravans in the first place.
But like most things in this space, there is a big difference between a caravan that is labelled “off-grid capable” and one that is actually designed to operate independently for extended periods.
A proper off-grid setup needs to be thought through as a complete system, not just a collection of components.
What Off Grid Really Means
In practical terms, off-grid capability is about how long you can travel without relying on powered sites or external services.
That includes:
power generation and storage
water capacity and management
system reliability
how efficiently everything works together
It is not just about having solar panels or a large battery. It is about how the entire system is designed and integrated.
Key Areas to Focus On :
When assessing off-grid capability, I would break it down into a few core areas.
1. Electrical System and Battery Storage
This is the backbone of any off-grid caravan.
Look at:
total battery capacity
type of battery (typically lithium in modern builds)
quality of the power management system
system monitoring and control
A well-designed system should be easy to understand and manage, not overly complicated.
2. Solar and Charging Capability
Solar plays a major role in maintaining your system while travelling.
Key considerations include:
total solar input
panel placement and efficiency
ability to charge while towing
integration with the power management system
The goal is to keep the system self-sustaining as much as possible.
3. Water Capacity and Management
Power is only part of the equation.
For true off-grid travel, water is just as important.
Look at:
fresh water capacity
grey water storage
how water is distributed and monitored
ease of refilling and management
Extended travel requires a setup that is practical, not just high-capacity on paper.
4. System Integration
This is where a lot of caravans fall short.
You can have good individual components, but if they are not integrated properly, the system becomes inefficient or difficult to use.
A properly designed off-grid caravan should have:
systems that work together seamlessly
clear monitoring of usage and capacity
reliable performance without constant adjustment
Why It Matters in Real Conditions
When you are travelling remotely, there is no backup.
You are relying on:
your power system
your water supply
your ability to manage both effectively
A well-designed off-grid system gives you:
confidence to travel further
less reliance on caravan parks
a more flexible travel experience
Where Elross Sits
At Elross, off-grid capability is built into the design from the beginning, not added as an afterthought.
We typically work with:
Redarc power management systems
MPS battery Systems
scalable battery and solar configurations
integrated electrical setups designed in house and are easy to work on and around how the customer intends to travel
The goal is not just capacity, but usability and reliability and serviceability.
What I Tell Customers
If off-grid travel is important to you, don’t just ask:
“How big is the battery?”
“How many solar panels does it have?”
Ask:
how the system is designed
how it performs over multiple days
how easy it is to manage in real use
That is where the difference really shows. Our biggest system at the time of running this article is 630A/H of lithium. We use MPS battery systems and their systems are fully made in Australia. So i know my clients are getting 630A/H of battery storage. A lot of systems on the market today spew out figures of 900A/H + but do they actually have that stated capacity? You have to have a balance of efficiency, weight management and cost as a factor. Most of our systems for clients 630A/H with 1.2kw-1.6kw of available solar array (panel efficiency plays a huge role here too!) is more than adequate for an extended period of time. These days sometimes i think its an internal Industry competition as much as it is for the client to say my system is this XX big around at the campsite. Egos you know…
5. Manufacturer Support and Build Quality
This is one of the biggest decision-making areas in my view, because it affects not only what you buy, but what happens after you take delivery.
A caravan might look good on paper. It might even look good on the showroom floor. But long-term ownership is where build quality and manufacturer support really show themselves.
Build Quality Is More Than Features
A lot of buyers compare caravans based on visible features:
battery size
solar wattage
appliances
layout
suspension brand
Those things matter, but they are only part of the picture.
Build quality is really about:
how well the chassis is engineered
how the body is assembled
how components are installed and finished
how well the systems are integrated
how consistent the workmanship is throughout the build
Two caravans can list similar features on paper and still be miles apart in terms of actual quality.
What Good Build Quality Looks Like
In practical terms, I would look for:
clean and consistent fabrication
properly planned cable and plumbing runs
quality sealing and finishing
strong integration between chassis, body and suspension
sensible design decisions that support serviceability and durability
These are the sorts of things that often do not show up in a brochure but make a major difference over time.
Why Manufacturer Support Matters
Even the best caravan is still a complex product. It has moving parts, systems, appliances and components that all need to work together.
That is why manufacturer support matters.
Buyers should ask:
can I actually speak with the people who understand this product?
is support local?
is the manufacturer still involved after handover?
do they understand the build in detail?
Good support gives buyers confidence not only before purchase, but long after delivery.
The Long-Term View
A caravan is a significant investment. The real test is not just how it looks on delivery day. It is how well it holds up after years of travel.
That is why I always encourage buyers to look deeper than surface-level features and ask:
how is this caravan built?
who stands behind it?
what happens if I need help later?
That is where quality and support become very obvious. You can book your very own factory tour with us and see the Elross Caravan difference.
6. Factory Direct vs Dealer Models
This is another area where buyers need to understand the difference in experience, not just the difference in sales model.
Both factory-direct and dealer-based models exist in the caravan industry, and each comes with its own structure. But they are not the same when it comes to customer involvement, communication and flexibility.
What Factory Direct Means
With a factory-direct manufacturer, you are dealing with the business that actually designs and builds the caravan.
That means the conversation is happening much closer to the source.
In practical terms, that usually gives you:
clearer communication
more direct answers
greater understanding of what is and is not possible
more flexibility in layout, options and finishes
stronger accountability from the people responsible for the build
It also allows the customer to have more visibility over the process, especially where factory visits and build-stage inspections are part of the experience.
What Dealer Models Can Look Like
With a dealer-based model, there is another layer between the buyer and the builder.
That does not automatically mean the product is poor, but it can change the experience.
In some cases, it may mean:
communication passes through multiple people
customisation is more limited
technical questions take longer to answer
the relationship is more focused on the retail transaction than the build journey itself
For some buyers, that is perfectly fine. They may want a standard product, available quickly, with minimal design involvement.
But if you want a tailored build and direct access to the people engineering it, factory direct is generally a much stronger fit.
If that sounds like your cup of tea, you can contact us and arrange a factory tour or VIP discovery meeting.
Why It Matters for Bespoke Caravans
The more customised the product becomes, the more valuable direct access becomes.
When you are making decisions around:
layout
component placement
electrical systems
colour schemes
off-grid capability
payload and intended use
it helps enormously to be working directly with the manufacturer.
That reduces misunderstanding and gives the buyer much more confidence in the final result.
Where Elross Fits In
At Elross, we focus on building caravans for real-world conditions in Western Australia.
That means:
heavy-duty in-house chassis
Cruisemaster airbag suspension systems
composite panel construction
off-grid capable electrical systems
direct access to the team building your caravan
We’re not a volume manufacturer.
Every build is designed around how the customer intends to use it and our stock models still observe careful and meticulous creation just like its ours.
What I Recommend to Buyers
If you’re comparing options, don’t just look at:
price
layout
features
Look deeper at:
how the caravan is built
who is building it
whether it suits your travel style
Track record and industry experience
The best caravan for you is the one that performs where you actually plan to take it.
Final Thoughts
There is no single “best” caravan for everyone.
But there is a clear difference between:
caravans designed for marketing
and caravans designed for real use
If you’re planning to travel off road and off grid across Australia, it’s worth taking the time to get it right.
The best caravan depends on build quality, chassis engineering, suspension, off-grid capability and how well it suits your intended travel. Australian-made caravans designed for local conditions generally offer better durability and support for off-road touring.
If you’re currently researching your options, feel free to:
It will give you a much clearer understanding of what sets us apart from other manufacturers.
If you’ve still got questions perhaps check out our FAQ’s page where we’ve prepared a bunch of routine questions we get about our products.
Regards
Declan O’Brien
