Australian Made is often understood as a statement of origin. At ATE, it also defines how we approach engineering and manufacturing.
Since achieving Australian Made certification in 2014, ATE has remained Australia’s only Australian Made certified road tanker manufacturer. The certification independently verifies that our road tankers are manufactured in Australia, but it also reflects a deliberate business model that has remained consistent since the company was established.
Engineering, design and manufacturing are undertaken from our Melbourne facility. Rather than separating these disciplines across multiple organisations or offshore supply chains, they operate as a single integrated process.
That structure influences every stage of a project. Design decisions are informed by manufacturing experience. Production teams work directly with engineering. Customers engage with the people responsible for the design as well as those responsible for its execution.
The result is a shorter path between concept, manufacture and delivery.
Engineering Without Separation
Road tankers are specialised transport assets operating within a highly regulated environment. Their performance depends not only on sound engineering, but also on disciplined manufacturing and consistent execution.
Maintaining these capabilities within a single organisation provides a level of continuity that is difficult to achieve when design and manufacture are separated.
Engineering changes can be assessed alongside manufacturing implications. Production feedback informs future product development. Design intent is retained throughout fabrication rather than interpreted through multiple suppliers.
This approach has shaped the way ATE has engineered road tankers for nearly three decades.
Built for Australian Operations
Australian operating conditions place unique demands on heavy transport equipment. Long distances, varied climates and stringent regulatory requirements require equipment designed specifically for the environments in which it will operate.
ATE road tankers are engineered to satisfy applicable Australian Design Rules, AS2809 and individual customer operating requirements. Compliance is not treated as a separate exercise but as an integral part of the engineering and manufacturing process.
Each tanker is developed around its intended application, recognising that operational requirements differ across fleet operators, fuel distributors and specialised transport tasks.
Accountability Through Local Manufacturing
Manufacturing locally provides a level of accountability that extends beyond production.
Customers have direct access to engineering expertise throughout the design and construction process. Design reviews, manufacturing inspections and technical discussions occur with the teams responsible for the work rather than through intermediaries.
The same organisation that designs the tanker also manufactures it, supports it in service and stands behind its performance.
This continuity has been a defining characteristic of ATE since its establishment and remains central to the way the business operates today.
A Continuing Commitment
Australian Made certification is an important recognition, but it is not the reason ATE manufactures in Australia.
Local engineering and manufacturing enable closer collaboration, greater oversight of production and direct responsibility for every tanker that leaves our facility.
Those principles guided the business before certification was achieved in 2014 and continue to define the way ATE designs and manufactures road tankers today.
Talk to ATE About Your Next Road Tanker
ATE Tankers was founded on a belief that Australian operators deserved equipment engineered specifically for Australian conditions. Nearly three decades later, that philosophy continues to define the business.
From its production plant in Melbourne, Victoria, ATE Tankers has grown from a two-person operation into one of Australia’s leading road tanker manufacturers, employing more than 100+ people across manufacturing, engineering, service and repair. Managing Director Dan Mejak says the company has never lost sight of what matters most: the long-term relationships built alongside customers.
“We’ve had customers start with a single second-hand tanker and over time build entire fleets with us,” Mejak says. “You watch their business evolve, and in many ways you grow together. That journey is one of the most rewarding parts of what we do.”
ATE first established itself in aircraft refuelling, identifying a gap in a market largely dominated by imported products. The company quickly earned a reputation for engineering tankers tailored to local operating conditions and customer requirements, a point of difference that remains central to the business today.
Since then, ATE has expanded across a broad range of road tanker solutions ranging from mini tankers, rigid tankers & tri-axle semis through to multi-combination units, bitumen tankers & vacuum tankers servicing critical infrastructure and waste management industries. ATE’s clients range from independent owner-drivers through to major commercial operators and government agencies including the Department of Defence.
What separates ATE from other manufacturers is its collaborative approach to design. Rather than working from rigid standard templates, each tanker is engineered around how it will practically operate in the field.
“It’s a genuinely collaborative process,” says General Manager David Gurrie. “We spend time understanding the customer, the operational environment and what the tanker needs to do. The result is a product designed for the specific application – with no compromises.”
That approach has become increasingly important as transport operators face tougher operating environments, higher compliance expectations, and greater pressure on uptime.
Customers regularly visit ATE’s plant facility during production to see their tanker take shape, from raw materials through to a finished product engineered for Australian roads, distances, and industries. The company controls the process end-to-end, from engineering and fabrication through to final fit-out and after-sales support.
For Mejak, the company’s commitment to local manufacturing goes beyond carrying the Australian Made logo. It is about preserving sovereign capability, supporting skilled local employment and building products designed for the realities of Australian industry.
“Australia is a very different operating environment to Europe or North America,” he says. “Distance, heat, road conditions, compliance requirements, everything is different. Our tankers are engineered for those realities because this is where we build them and this is where we work.”
That philosophy is increasingly resonating with operators seeking reliability, responsiveness, and long-term support rather than off-the-shelf imports. ATE’s continued growth into new markets reflects a broader shift occurring across Australian industry, a renewed appreciation for specialist local manufacturing and engineering expertise.
For ATE, the focus has remained unchanged throughout its growth.
“We’ve always believed that how you do business matters just as much as what you build,” says Mejak. “If you operate with integrity and deliver consistently, people remember that.”
“You can invest in equipment and facilities, but it’s the people behind the business who make the difference,” says Mejak. “That’s something we’ve never lost sight of.”
A road tanker is one of the longest-serving assets in a transport fleet. When properly maintained, it can provide decades of reliable service while operating in demanding environments & under strict regulatory requirements.
Preventative Maintenance Protects Long-Term Reliability
For fleet operators, purchasing a tanker is only the beginning of its lifecycle. Ongoing inspections, preventative maintenance & timely repairs all play an important role in protecting the asset & maintaining operational reliability.
Regular servicing helps identify wear before it develops into a larger issue, while also reducing the risk of unplanned downtime & supporting continued compliance with applicable standards & regulatory requirements.
Repairs & Upgrades Change as the Tanker Ages
As a tanker ages, maintenance priorities naturally change. Components reach the end of their service life, operating requirements evolve & new technologies become available.
A structured maintenance program allows fleet operators to plan repairs, component replacement & upgrades rather than responding to unexpected failures.
When Refurbishment or Replacement Makes Commercial Sense
Eventually, every fleet reaches a point where refurbishment, major repairs or replacement become commercial decisions.
Understanding the condition of the tanker, its maintenance history, expected operating life & future requirements helps operators determine whether extending the life of the existing asset represents better value than replacement.
At ATE Tankers, our involvement does not end when a tanker leaves the factory. Through servicing, repairs, inspections, refurbishment & technical support, we continue working with customers throughout the operational life of their equipment, helping maximise reliability, performance & long-term asset value.
A road tanker carries far more than product. Every journey places loads on the chassis, suspension, axles and tyres. How those loads are managed influences safety, compliance, vehicle performance and long-term operating costs.
While payload capacity is often the focus when purchasing a tanker, weight distribution is equally important and is considered from the earliest stages of design.
More than Payload
Weight distribution begins long before a tanker enters production.
Tank geometry, compartment configuration, axle placement and the intended operating conditions are all assessed to achieve an appropriate distribution of mass across the vehicle combination. The objective is not simply to maximise payload, but to achieve a balance between carrying capacity, vehicle stability and regulatory compliance.
Liquid Cargo Behaves Differently
Unlike solid freight, liquids move as the tanker accelerates, brakes and corners. As product is loaded and discharged throughout the day, axle loads and the vehicle’s centre of gravity also change.
Compartment sizes and layouts are therefore designed to support the operator’s delivery profile while maintaining appropriate vehicle loading throughout the journey.
Designing for Long-Term Performance
Weight distribution also influences the long-term performance of the asset.
Uneven loading can increase tyre wear, place additional demands on suspension components and contribute to higher maintenance requirements over time. These factors are considered during the design process because they influence how the tanker performs throughout its operational life—not just on the day it is delivered.
Every Operation Is Different
No two fleet operations are identical.
Vehicle combinations, delivery schedules, product types and operating environments all influence the most appropriate tanker configuration. For this reason, specifying a road tanker involves more than selecting a capacity. It requires an understanding of how the vehicle will be used every day.
At ATE, these operational requirements form part of the engineering process from the outset, ensuring each tanker is developed to suit its intended application.
When a leading Australian transport operator required a specialist solution for transporting rendered tallow, ATE Tankers engineered a purpose-built tanker capable of maintaining product temperature throughout long-haul transport under demanding operating conditions.
Transporting tallow presents unique challenges. As the product cools, it begins to solidify, making unloading difficult and, in some cases, impossible without reheating. While conventional insulated tankers may perform adequately during standard transit times, extended delays caused by road closures, traffic incidents or adverse weather can allow product temperatures to fall below operational requirements, resulting in costly downtime and delivery delays.
To address these challenges, ATE developed an insulated, electrically heated tanker incorporating a purpose-designed heating blanket system integrated within the barrel construction. Positioned between the inner and outer shells alongside high-performance insulation, the heating system maintains consistent product temperature throughout transport, helping ensure the tallow remains in a pumpable state, even during extended journeys.
Fully Integrated Heating System
The fully integrated electric heating system is powered by deep-cycle batteries and an advanced electrical control system housed within underslung compartments. Energy is supplied by high-capacity alternators on the prime mover, enabling autonomous operation throughout transit. Dual thermostat controls continuously regulate the heating system, maintaining product temperature while protecting both the product and the structural integrity of the tanker.
Unlike traditional steam-jacketed systems, which typically provide heat only during loading and unloading, ATE’s electric heating solution delivers continuous in-transit temperature control. Electric heating offers more consistent heat distribution, precise temperature management, reduced maintenance requirements and improved operational efficiency without reliance on external steam infrastructure.
ATE also engineered the tanker and transfer system to eliminate potential cold zones where product could solidify, including pipework, valves and low-flow sections of the transfer system. Every component was designed to maintain product flow from loading through to final discharge.
The project demonstrates ATE’s capability to engineer specialised transport solutions for products requiring controlled temperature throughout the transport cycle. By combining advanced thermal management, integrated electrical systems and purpose-built tanker design, ATE delivered a solution tailored to the customer’s operational requirements and the demanding conditions of long-distance transport.
“Every tanker begins with understanding the customer’s application,” said Todd Amiet, Director of Sales at ATE Tankers.
“Our engineering team designs every tanker around the product being transported, the operating environment and the customer’s requirements. That’s what allows us to deliver purpose-built solutions rather than adapting standard designs.”
Designed for performance, engineered for reliability and manufactured in Melbourne, this project highlights ATE Tankers’ capability to deliver specialised tanker solutions for the most demanding transport applications.
