Skip to main content
English €
English €
Open search engine
Search
Close search engine Clear Search
Open search engine
Search
Close search engine Clear Search
English €
English €
Products in the cart: 0. See details
Open search engine
Search
Close search engine Clear Search

ABS pump and control module Volkswagen Audi Seat Skoda ATE 1K0614117Q 25020700594 1K0907379P 10097003153

  • Part Type ABS pump with control module
  • Vehicle Make and Model Volkswagen, Audi, Seat, Skoda
  • OEM Part Number 1K0 614 117 Q / 1K0614117Q
  • ABS Pump Part Number 25.0207-0059.4 / 25020700594
  • ABS Pump Part Number 1K0 907 379 P / 1K0907379P
  • ABS Pump Part Number 10.0970-0315.3 / 10097003153
  • Warranty 6-month warranty
  • Testing & Inspection Device thoroughly inspected and tested by a certified technician
  • Condition Used, working, in good condition
Ate
with VAT without VAT
Price €250.00
Availability:
product-availability-module In stock
pcs.

Fast Delivery

DHL Express - 30 euro

6 Month Warranty

Returns Possible up to 14 days

Secure payments

Stripe - Paypal - Credit Card
Ask about the product
Shipping from €30.00 - shipping (Poland)

Price 30 euros applies shipments to 5 kg on worldwide. Above this weight, please contact us by email to check price


PRODUCT DETAILS

  • Part Type ABS pump with control module
  • Vehicle Make and Model Volkswagen, Audi, Seat, Skoda
  • OEM Part Number 1K0 614 117 Q / 1K0614117Q
  • ABS Pump Part Number 25.0207-0059.4 / 25020700594
  • ABS Pump Part Number 1K0 907 379 P / 1K0907379P
  • ABS Pump Part Number 10.0970-0315.3 / 10097003153
  • Warranty 6-month warranty
  • Testing & Inspection Device thoroughly inspected and tested by a certified technician
  • Condition Used, working, in good condition

1K0614117Q - is this the number on your ABS pump?

If so, this used, working ATE assembly could be the one for you. It comes from the Volkswagen, Audi, Seat and Skoda family of makes, and control module 1K0 907 379 P is included.

Go to full description

ATE ABS pump 1K0614117Q and MABS control module 1K0907379P

The control module bolted to the block constantly analyses the signals from the wheel speed sensors. When a wheel slows down too sharply, the module operates the valves of unit 1K0614117Q and the pump rebuilds the pressure. The label of this module bears the text ‘Steuergeraet MABS’, and a damaged sensor or wire can produce symptoms similar to a failure of the control module itself.

Markings worth comparing

  • 1K0614117Q - VAG number of the ABS pump (hydraulic unit): 1K0 614 117 Q
  • 25020700594 - ATE number of the hydraulic block (pump), on the sticker 25.0207-0059.4
  • 1K0907379P - VAG number of the ABS/ESP control module, on the module label: 1K0 907 379 P
  • 10097003153 - ATE number from the control module label: 10.0970-0315.3

The unit numbers are on a white paper sticker with a barcode on the pump motor, and the control module label carries the texts ‘Controller’ and ‘Steuergeraet MABS’. The same module 1K0 907 379 P also appears in our listings for pumps 1K0614117H; in total we have 5 other versions with a different suffix.

Typical symptoms of a faulty system

A prompt for diagnostics can be:

  • the diagnostic tool not connecting to the ABS control module,
  • an illuminated ABS warning light,
  • a stored pump motor fault.

Before replacement, read the fault memory and rule out the wheel sensors, fuses, wiring, plug and a weak battery. After fitting, bleed the system; on many VW Group cars the module also has to be coded with a diagnostic tool.

FAQ: unit 1K0614117Q

Which car does this pump fit?
Volkswagen, Audi, Seat and Skoda cars, as long as the numbers on your part match this unit.
Is it in working order?
Yes, it is a genuine, used, working part. The warranty period is given in the product features table.
Which number should I pay most attention to?
VAG unit number 1K0 614 117 Q with the letter Q, and then the control module number.
What do the ATE numbers mean?
25.0207-0059.4 is the ATE number of the hydraulic block, while 10.0970-0315.3 comes from the control module label.

Photograph the barcode sticker on your pump and the module label - we will reply whether it is the same version.

  • How to Check the Operation of a Transmission Control Module - Symptoms

    A faulty transmission control module (TCM) most often causes limp mode with the gearbox stuck in one gear, harsh jolts when you select D or R, erratic gear changes, flashing PRND letters and a gearbox or engine warning light. However, the same symptoms are often caused by a low gearbox oil level, a weak battery, a poor earth or a faulty sensor. To test a transmission control module, start by checking the battery and reading the fault codes with a diagnostic tool that can talk to the gearbox control unit, then check the power supply, the connector, the oil and the live data. Below we explain the symptoms, the diagnostic steps and what the most common fault codes mean.

    Read more
  • Burned Engine Control Unit: Symptoms, Causes, and the Optimal Solution

    A burned engine control unit (ECU) usually causes a sudden no-start: the engine cranks but will not start, the diagnostic tool cannot connect to the ECU, and the engine management light does not come on when you switch on the ignition. The most common causes are a voltage spike when jump-starting, reversed battery polarity, a faulty voltage regulator and a short circuit in the wiring loom or in an actuator. Below we explain how to tell a burned ECU from a power supply fault, what causes this kind of failure and how to choose a replacement ECU.

    Read more
  • Flooded Automatic Transmission Control Module or Burnt TCM - Symptoms

    A burnt-out or flooded automatic transmission control module (TCM) usually causes sudden symptoms: limp mode with the gearbox stuck in one gear, harsh thumps when you select D or R, no response to the gear selector, flashing or blank PRND letters and no communication between the diagnostic tool and the gearbox control unit. Flooding is most often caused by blocked scuttle panel drains, washing the engine bay or coolant in the gearbox oil, and a burnout by overheating, a short circuit or a voltage spike. Below we explain the symptoms, what to do straight away and why drying out or repairing such a control unit rarely gives a lasting result.

    Read more
  • Water-damaged ABS pump control module or a burnt-out one - what next?

    A water-damaged or burnt-out ABS pump control module most often lights up the dashboard like a 'Christmas tree' (ABS, ESP and the red brake warning light), leaves the diagnostic tool unable to communicate with the ABS module, makes the pump motor run non-stop or stops the speedometer working. Water usually gets into the module when the scuttle panel drains are blocked, after the engine bay has been cleaned with a pressure washer or after driving through a deep puddle, while a burnout is most often caused by a short circuit or a voltage spike. Below we describe the symptoms, what to do straight away and why drying or repairing such a module rarely gives lasting results.

    Read more
  • Flooded engine control unit - symptoms, consequences and what to do

    A flooded engine control unit (ECU) most often causes a no-start, a 'Christmas tree' of warning lights on the dashboard, no communication with the diagnostic tool, or rough running in limp mode. Water usually gets into the ECU from blocked scuttle drains, after the engine bay has been cleaned with a pressure washer, or after driving through deep water. Below we describe the symptoms of a water-damaged ECU, what to do straight after the ECU gets wet, and why drying or repairing it rarely gives lasting results.

    Read more
  • How to test an ABS module and pump - failure symptoms and checks

    The most common symptom of a faulty ABS pump or ABS module is an ABS warning light that stays on after the engine starts, often together with the ESP light. The brakes still work, but without ABS the wheels can lock under hard braking. To test an ABS module, start by reading the fault codes with a diagnostic tool that can talk to the ABS unit, then check the power supply, the earth and the wheel speed sensors. Only when all of these are fine is the module itself usually to blame.

    Read more