Australia’s freight industry is no stranger to tough terrain, long distances, and razor-thin margins. That’s why the release of Scania’s new Super 11 engine is sending waves of excitement through the transport sector. Touted as lighter, leaner and smarter, the Super 11 is a significant addition to Scania’s high-performance Super powertrain family—one that could be a game-changer for weight-sensitive and energy-efficient haulage right across the country.

A New Class of Engine for a New Era of Transport

Positioned neatly between Scania’s proven 9-litre and 13-litre engines, the Super 11 delivers up to 7% better fuel efficiency than the 9-litre and is 85 kg lighter than the Super 13. That’s not just spec-sheet fodder—it’s real-world potential for increased payload capacity and lower fuel bills, especially critical for tipper work, bulk freight, and metro delivery runs where every kilogram counts.

Product Manager, Trucks Sales and Marketing at Scania, Ayyoob Zarmehri sums it up:

“This engine opens new possibilities for energy-efficient and cost-effective transport… It’s a smart choice for operators who need to balance performance, payload and sustainability in their daily work.”

Engineering the Future – Inside the New Scania Super 11

When Scania set out to expand its Super-powertrain portfolio, the mission was clear: to deliver a lightweight, highly efficient, and intelligently engineered engine that could meet the growing demands of weight-sensitive and fuel-conscious operators. The result is the new Scania Super 11, an 11-litre engine that’s anything but mid-range in its performance, refinement, and innovation. Years of deep mechanical research, computational simulations, and rigorous real-world testing have culminated in an engine that redefines expectations across the long-haul and regional transport segments.

Origins of the Software – Learning from the Super 13

At the heart of the Super 11’s performance lies a sophisticated software suite, derived and refined from Scania’s Super 13 platform. The engineering teams took what they had learned from the larger 13-litre sibling—particularly in engine mapping, thermal management, and torque delivery—and adapted these systems for a more compact and responsive 11-litre configuration.

With over 85% of components shared between the Super 11 and Super 13, including many of the same modular architecture principles, Scania was able to preserve proven reliability while tailoring the software for different torque bands, weight class expectations, and fuel efficiency goals. The engine control unit (ECU) has been recalibrated to work in harmony with new cam phaser technology, allowing the Super 11 to perform real-time valve timing adjustments. This dynamic optimisation ensures that both performance and emissions targets are met in every conceivable driving condition.

Advanced Thermal and Combustion Control

The new cam phaser system, unique to Scania, enables variable valve timing (VVT) to directly manipulate thermal conditions within the combustion chamber. This provides two major benefits: it significantly enhances cold start emissions performance—critical in Euro 6 compliance—and allows for fine-tuned combustion under load, resulting in better fuel economy and lower NOx output.

Alongside this, the integration of balance shafts has noticeably reduced vibration levels in the cabin. This doesn’t just contribute to a smoother, quieter drive; it also reduces fatigue for drivers over long distances, further enhancing productivity and safety.

Robust Retarder: Scania’s Variable Valve Brake (VVB)

Braking efficiency in modern trucks is as vital as engine performance. The Super 11 is fitted with Scania’s Variable Valve Brake (VVB), which delivers up to 344 kW of braking power. Unlike conventional engine braking systems, which simply use exhaust back pressure to slow the vehicle, Scania’s VVB leverages the cam phaser and variable valve control system to open the exhaust valves at the optimum moment in the compression cycle.

This technique maximises internal resistance and slows the engine more effectively, without requiring additional hardware like separate compression release brakes. The result is a retarder that’s not only highly effective but compact, lightweight, and maintenance-friendly, making it ideal for long descents and high-GVWR applications without the wear and tear of traditional service brakes.

Fuel Flexibility and Emissions Innovation

Scania understands that fuel is a defining factor in total cost of ownership. That’s why the Super 11 is built with multi-fuel compatibility, supporting HVO (Hydrotreated Vegetable Oil) across all variants and FAME (Fatty Acid Methyl Ester) in most emission standards (Euro 4 and 5, and Euro 6 for 390 and 430 hp variants). This flexibility gives fleet operators more freedom in fuel sourcing and helps meet low-emissions or renewable energy targets with confidence.

Further enhancing efficiency is Scania’s patented turbo dosing system, which optimises AdBlue injection directly into the exhaust flow post-turbo. This not only improves NOx reduction but also reduces AdBlue consumption by ensuring precise dosing under all engine loads.

Efficiency Refined for the Long Haul

The Super 11 delivers up to 7% better fuel economy than Scania’s outgoing 9-litre engine, while also being 85 kg lighter than the Super 13. That makes it the perfect solution for operators balancing payload, fuel economy, and regulatory compliance. With three performance levels—350, 390, and 430 hp—the engine covers a wide range of applications from general freight to fuel and tanker haulage.

Scania has once again proven that real innovation lies in refinement. By drawing on existing engineering triumphs and layering in next-generation software and mechanical intelligence, the Super 11 doesn’t just meet the demands of the modern transport operator—it anticipates them.

Engineered with Aussie Roads in Mind

The Super 11 is available in three power steps—350 hp, 390 hp, and 430 hp—with torque output ranging from 1,800 to 2,200 Nm. Whether you’re hauling temperature-sensitive cargo on the Hume, powering through the Pilbara with a flatbed and crane, or manoeuvring a hooklift in urban Sydney, this engine delivers the flexible performance needed to get the job done.

And with compliance across Euro 4, 5, and 6 standards, it’s tailor-made for Australia’s diverse regulatory landscape.

What Makes It “Super”? It’s What’s Inside.

Beneath its compact exterior lies a symphony of intelligent engineering:

• Cam Phaser Technology: Offers real-time thermal management via variable valve timing for optimal combustion.
• Variable Valve Brake (VVB): Up to 344 kW of braking power, providing confidence on descents and smoother gear transitions.
• Patented Turbo Dosing: Enhances AdBlue efficiency, reduces emissions, and supports high-efficiency combustion modes.
• Balance Shafts: Reduce vibration for a quieter, smoother ride—ideal for long-haul fatigue management.

Built for Australia’s Working Fleet

The Super 11 is designed with practical versatility in mind. It’s already proving to be a strong fit for:

• Tipper & Bulk Freight
• Fuel Tankers & Volume Haulage
• Refuse Collection
• Recovery Vehicles
• Hooklift, Crane & Flatbed Applications
• Fire & Emergency Response Fleets

Whether it’s a metro run or a regional load, this engine adapts to the task without compromise.

Available in Australia mid 2026

The Scania Super 11 will be ready for delivery across Australia from mid-2026, giving fleet operators the opportunity to embrace a new standard in light, efficient transport. With its unmatched blend of power, payload potential, and sustainable performance, it’s set to become the new benchmark for operators who demand more from every litre, every shift, and every truck.

Final Word: A Smart Investment in the Future

Fuel costs, environmental responsibility, and vehicle versatility have never been more critical in fleet decision-making. With the Super 11, Scania delivers on all fronts. This is more than just a new engine—it’s a strategic move for forward-thinking operators ready to future-proof their business.

In the words of many Scania engineers, “We didn’t just build a smaller engine—we built a smarter one.”