"Innovation for a brighter future"
Launched August 2020

Advanced TRS® Mercedes-Benz
Tractor Trailer

Utilising patented Active Flow Control technology, Ogab® has developed a breakthrough system that reduces aerodynamic drag on HGVs to reduce fuel consumption by up to 20%.

Making diesel vehicles go further…
much, much further.

Our breakthrough Advanced TRS® technology was implemented on the test case vehicle – A Mercedes-Benz Tractor Trailer Lorry.

The test results gave an impressive 40% reduction in drag coefficient which would yield a massive 20% saving in fuel consumption.
The result of this reduction in drag coefficient offers a huge fuel cost saving as well as increased performance and a significant reduction in C02 emissions.

It also puts less demand on the engine in a like-for-like journey scenario, therefore, extending the vehicle’s lifespan and reducing maintenance costs.

Commercial vehicle fleets of HGVs cover many thousands of miles each year at enormous cost to the fleet company in fuel consumption and also to the environment due to the fleet’s considerable carbon footprint via C02 emissions.

Vehicle design teams and other research groups are constantly looking for innovative ways to reduce these negative impacts, particularly through the reduction in drag on the vehicle. 

How Our Advanced TRS® System Works.

Ogab®’s Advanced TRS® technology has achieved an unprecedented 40.19% reduction in drag coefficient by only using energy that would otherwise be lost.

For the current tractor-trailer style lorry, the average fuel consumption is about 6 miles per gallon. This value is equal to 39.22 litres per 100 kilometres.

Deploying the proposed Active Flow Control strategy results in an additional 5.9 miles per gallon at highway/motorway speeds. This means that around 7.88 litres of fuel is saved per 100 kilometres that is driven by the tractor-trailer.

To find out more on how we achieved these breakthrough results through our Advanced TRS® technology, get in touch today.

Get the full facts and insight on the positive impact of a 20% reduction of fuel consumption.