A hybrid turbocharger is simply a turbo that is non-standard, but more specifically combines parts from different frame sizes and in some cases from different manufacturers.

A hybrid turbo, if designed properly, will allow the extra flow and pressure to be achieved at a safe and reliable turbine speed and at higher compressor efficiencies.

There are many variants of the hybrid theme ranging from a turbo with only one component changed or modified through to one with all the components being changed or modified in some form or another, therefore there are no hard and fast rules on hybrid designs or the performance you can achieve.

It is a bit like a modified engine, it looks the same from the outside but is crammed full of more expensive, more exotic material, higher flowing components on the inside.

The basic idea is to get more flow from the turbocharger at a given rotor speed… this can be achieved in various ways from larger or more efficient compressor wheels, higher flow compressor covers with a larger A/R, cut back turbine blades and larger A/R turbine housings etc.

Turbo Upgrades start from £395 +VAT depending on condition. Find out exactly what you are being offered for your money. To enquire about turbo upgrades or anything hybrid turbocharger related call us today on 01202 487497 or fill in our contact form here.

Have you seen our Hybrid Turbos website?

Click Here to view our website here.


We have the largest range of hybrid turbochargers in the world, If you can't find a hybrid turbocharger in our huge catalogue we can build a bespoke turbocharger to your specification. Our incorporating BorgWarner EFR technologies and Garrett GT Ball Bearing, makes us world leading specialists in hybrid turbo technology.

Simply “winding the boost up” is not the answer. Yes, in most cases it will give you more power but what are you doing? If you take a standard turbocharger and increase it’s boost pressure output you are doing two things that are or can be detrimental to the turbo and/or engine.

Firstly, you are making the turbo work harder/spin faster to make that extra pressure. The turbine is rated to rotate at a maximum reliable speed.

Spinning it faster could take you outside that zone and then you can run the risk of turbine blade failure.

Running the compressor wheel faster will certainly give you more flow and pressure but at the expense of a lower efficiency and therefore a higher charge temperature.

This can cause a higher likelihood of pre-detonation and limit power output.

So, more flow means more air, hopefully at a cooler temperature, (see Inter cooling below) which you can then add more fuel to and hey presto… more power!

Many people including some tuners become obsessed with ‘boost’ whereas the reality of professional tuning is all about flow through the engine.

But be warned not all hybrids are that good, there is usually a trade off for all this performance gain… lag!!… (Excluding the latest ball bearing & Variable Nozzle Diesel turbos).

It is very difficult to get improved performance/response all through the rev range with a standard journal bearing turbo and still get big output at the higher end of the rev range… that isn’t to say it can’t be done, it can be with careful design but on the whole there has to be a compromise.

We will always give you honest advice, not sell you up and then have you disappointed or upset. If you’re a person who likes to shop around and you find wildly differing prices, be warned, whilst there are occasionally bargains around when buying turbochargers, with Hybrids you do pay for what you get.

Find out exactly what you are being offered for your money. To enquire about turbo upgrades or anything hybrid turbocharger related call us today on 01202 487497 or fill in our contact form here.

View our services here



Our website uses Cookies and similar technologies, to give you the best online experience. To find out more, and how to change your settings, you can read our Privacy and Cookie Policy here. By continuing to use our site you agree to the use of cookies.