
This video shows a step-by-step process of disabling the EGR system on a Renault Megane II using the Titanium program. It shows how to open the original firmware, find and deactivate the EGR parameter, save the modified file (_EGR_OFF) and then write it to the car's ECU, which helps to increase the reliability of the engine.
This video demonstrates the step-by-step process of chip tuning Volkswagen Touran 1.9 105 hp, covering opening the original firmware, modifying parameters such as disabling EGR or DPF, saving the modified file and writing it to the engine control unit, followed by checking the car's performance.
This video presents a step-by-step guide to chip tuning the Audi EDC16CP34 ECU. It covers the entire process: opening the original firmware, finding and changing parameters (e.g. disabling EGR/DPF, adjusting fuel maps), saving the modified version and writing the new firmware to the car's control unit, ending with a performance test.
This video demonstrates the step-by-step process of chip tuning Mercedes ML 280CDI (EDC16CP31). It shows how to open the original firmware, change the parameters, for example, disable EGR or DPF, and adjust the fuel maps and limits. Next comes saving the modified file, writing it to the engine control unit using programs such as KESS or KTAG, and a final check of the car's performance.
This video presents a step-by-step guide to chip tuning an Opel Astra with a Z13DTH engine. It covers opening the original firmware, disabling the EGR system and adjusting the Stage 1 parameters to increase power and engine response. Then it demonstrates saving the modified firmware and writing it to the car's ECU, followed by checking its functionality and test driving.
This video is a step-by-step guide to chip tuning a BMW 320d on Stage 1. It shows how to prepare and modify the original firmware (increase fuel delivery, boost, torque limits) using programs like WinOLS or Titanium, then save and write the new firmware to the ECU via KESS, KTAG or MPPS, finishing the process with a test drive and checking the car's functionality.
This video presents a step-by-step guide on chip tuning a Mercedes with a CRD3 ECU on Stage 1. It covers preparing and modifying the original firmware (increasing fuel supply, boost, torque limits) using programs like WinOLS, then saving and writing the new firmware to the ECU via KESS, KTAG or similar tools, finishing the process with a test drive and checking the car's functionality.
Chip tuning is one of the most effective ways to optimize and repair modern vehicles. In this course, you will learn how to modify ECU firmware using WinOLS, ECM Titanium, and professional tools like KESS and KTAG. Whether you are a beginner or a professional, this training will guide you through real-world examples of ECU tuning and calibration.
We begin with the most practical topics — EGR and DPF OFF. These systems often cause problems when the valve gets stuck or the filter becomes clogged. You will learn how to safely disable them in ECU firmware, avoiding errors and ensuring reliable engine operation.
Next, we move to Stage 1 tuning, where you will increase engine power and torque while keeping reliability in mind. We will analyze and edit maps such as torque limitation, boost control, injection duration, SOI, and smoke limitation, giving you a clear understanding of how each calibration impacts performance and fuel consumption.
What makes this course unique is the practical approach with real car projects. We will tune ECU files from Renault Megane, VW Touran, Audi EDC16, Mercedes ML EDC16, Opel Astra Z13DTH, BMW 320d, and Mercedes CRD3. You will see exactly how to read, modify, and write ECU firmware step by step.
By the end of this course, you will have the knowledge and skills to confidently perform EGR/DPF OFF operations and Stage 1 tuning on different cars, opening the door to professional ECU remapping services or personal tuning projects.
This course contains the use of artificial intelligence.