Hybrid Turbo Mini/ 1 3/1 4 75 – 17201-33010, CT09Toyota.. D hp

Hybrid
Hybrid Turbo 1.3 / 1.4d 75 hp 17201-33010, 17201-33020,  CT9 Turbo 1.3 / 1.4d 75, 17201-33010, 11657790867
  • Hybrid Turbo 1.3 / 1.4d 75 hp 17201-33010, 17201-33020,  CT9 Turbo 1.3 / 1.4d 75, 17201-33010, 11657790867
  • Hybrid Turbo 1.3 / 1.4d 75 hp 17201-33010, 17201-33020,  CT9 Turbo 1.3 / 1.4d 75, 17201-33010, 11657790867
  • Hybrid Turbo 1.3 / 1.4d 75 hp 17201-33010, 17201-33020,  CT9 Turbo 1.3 / 1.4d 75, 17201-33010, 11657790867
HYB-T10-M010
Year: from 1999 or 2001, depending on the vehicle
Power: 75 hp
displacement: 1,.,3 / 1,.,4
Engine code: Not specified
Exchange
Gasket kit
Preparation course
€300.00 VAT included

250 tax excl.

Quantity
Manufacturing time: 15-20 working days

Description

This hybrid turbocharger, designed for Mini and Toyota diesel engines producing 75 hp, is available in three performance levels. Its design combines a high-flow MFS compressor wheel, a 360° bearing retainer and high-speed balancing, with additional modifications depending on the selected performance level.

Documented applications include, amongst others, the Mini One 1.4 D, Toyota Yaris 1.4 D-4D and Toyota Yaris Verso 1.4 D-4D. Compatibility must be confirmed using the original turbo part number d.

Available versions — Stage 1, Stage 2 and Stage 2+

Stage 1
Compressor wheel: MFS high-flow
Bearing system: 360° thrust bearing
Balancing: high-speed at 150,000 rpm on a Cimat VSR test bench

This modification acts on the compressor impeller to d adjust the compression capacity and d air flow, whilst maintaining a configuration advertised as plug & play.

Stage 2
Compressor impeller: MFS high-flow oversized
d' intake housing: re-profiled for accommodate the new impeller oversized
Bearing system: 360° thrust bearing
Balancing: high-speed at 150,000 rpm on a Cimat VSR test bench

The Stage 2 combines a oversized compressor impeller with a reprofiled d intake housing. This modification is designed to correctly accommodate the new geometry and may alter the flow rate as well as the compressor’s performance.

Stage 2+
Compressor impeller: MFS high-flow oversized
Casing d: Inlet: re-profiled for to accommodate the new impeller oversized
Bearing system: 360° thrust bearing
Turbine impeller: high flow oversized
Turbine housing: re-profiled for ly to accommodate the new impeller oversized
Balancing: high-speed at 150,000 rpm on a Cimat VSR test bench

The Stage 2+ features modifications to both the compressor and turbine sides. The turbine impeller oversized and the re-profiling of its housing influence gas flow and may alter the response time as well as the optimal operating range.

What is a hybrid turbo?

A hybrid turbo utilises a turbocharger architecture adapted for to accommodate modified internal components. Depending on the stage, the modifications may involve the compressor wheel, the housings, the turbine wheel, the thrust bearing or the balancing.

The aim is d to adapt the compression capacity and air flow rate d. However, a hybrid turbo is not defined solely by the appearance of its impeller: the geometry of the components, their combination and the quality of the balancing are crucial.

MFS compressor wheel: standard or Performance?

MFS stands for ‘Milled From Solid’, meaning a wheel machined from a solid block. This manufacturing process alone does not guarantee an increase in airflow d. A standard MFS wheel can retain a geometry equivalent to that d of the original.

A standard MFS impeller can be just as shiny as an MFS impeller Performance. It is not its appearance that determines its performance, but its geometry and its ability to move more d'air. For this product, the high-flow MFS wheels and oversized versions are specified according to the stage. Their use requires appropriate engine tuning.

Why does the geometry of the blades influence the air flow rate d?

The compressor impeller draws in and then compresses the air sent to the engine. Its diameter, profile, height, width and blade arrangement all influence its aerodynamic behaviour. The result also depends on the casings, the turbine wheel, the boost pressure and the engine mapping. A larger wheel therefore does not automatically guarantee a better result and may alter the response time.

Reliability and balancing of the hybrid turbo

The 360° stop, documented during each production run, helps to distribute axial forces. The rotor undergoes d high-speed balancing at 150,000 rpm on a Cimat VSR test bench to minimise vibrations and mechanical stresses. However, this balancing does not compensate for installation faults, lubrication faults or d'oil supply issues.

Engine remapping and preparation

The engine management system must be adapted for to make full use of the hybrid turbo’s characteristics. The mapping, boost pressure and wastegate settings must be adjusted. Depending on the level of tuning, the fuel injection, exhaust system, cooling system and transmission must also be checked or adjusted. The turbo alone does not guarantee a power gain.

Turbo specifications

Type reference
CT09
Documented OEM part numbers
17201-33010
17201-3301084
17201-33020
11657790867
172013301084
7790867

Compatible vehicles and assignments

Mini
One 1.4 D — 75 hp
Engine variants 1.4 D — launched in 2001, month and end date unspecified
Engine code : unspecified
Toyota
Yaris 1.4 D-4D — 75 hp
Engine 1.4 D-4D — launched in 2001, month and end date unspecified
Engine code : unspecified
Yaris Verso 1.4 D-4D —75 hp
Engine 1.4 D-4D — launched in 1999, month and end date unspecified
Engine code : unspecified

Additional technical specifications

Product type: turbo hybrid
Specified engine variants: 1.3 / 1.4 D
Power Documented: 75 hp
Installation: plug & play configuration as advertised, with no installation modifications
Engine codes: not specified

Fitting advice

⚠️ WARNING — IMPORTANT BEFORE INSTALLATION

Before installation, identify and rectify the cause of the previous fault. Check the lubrication circuit, the oil supply and return lines d, and ensure the pipes are clean. Check the intake and ensure there are no foreign objects. Carry out the priming procedure in accordance with the applicable recommendations and follow the manufacturer’s instructions.

A lubrication fault that is not rectified may lead to the turbocharger failing again.

How do you identify the correct turbo?

Check the part number marked on the original turbo d, then compare the OEM part numbers and the type designation.. Also check the make, model, version, engine type, power output,Year and engine code where available.. An identical engine type is not always sufficient to confirm compatibility.

⚠️ Check your turbo’s part numbers

Before ordering, compare the part number marked on your original d turbocharger with the part numbers listed in this data sheet. An identical engine specification does not always guarantee compatibility.

If in doubt, please contact us with the full part number from your turbocharger.

Product Details
HYB-T10-M010
Hybrid
Attachments
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→ Identifying the symptoms d of a turbo failure

→ Understand the main causes of turbo failure d

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A turbocharger failure may be the result d of another engine problem. Before fitting d a new turbo or Cartridge, identify and rectify the cause of the original fault to d avoid d damaging the new part.

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