What are the differences between an OEM oil filter and a genuine oil filter manufactured by an aftermarket supplier?
This article primarily explores the differences between OEM oil filters and those manufactured by aftermarket suppliers.
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News, updates, product development & releases.
What are the differences between an OEM oil filter and a genuine oil filter manufactured by an aftermarket supplier?
This article primarily explores the differences between OEM oil filters and those manufactured by aftermarket suppliers.
Why Scientific Calculation Tools Are Essential for Mach5 Performance’s Manufacturing Process
At Mach5 Performance, we leverage COMSOL to deliver optimized, high-performance solutions tailored to customer needs.
Working Principle and Optimization Methods of Four-Stroke Engines
You can learn how to enhance engine power by optimizing the conversion of chemical energy into kinetic energy.
Mercedes-Benz V260 Ultimate Guide to Enhancing Power
After tuning, this V260 MPV with the M274 engine has gained 75 horsepower, boosting output from 135.8 hp (101.3 kW) to 210.8 hp (157.2 kW).
Core Functions and Limitations of the CPC Module
The modern CPC module limits torque output and boost pressure even after ECU tuning. Upgrading the CPC removes these restrictions.
TCU Tuning Remap Performance and Efficiency
A concise guide on how TCU tuning optimises shift timing and torque management to enhance vehicle performance and driving dynamics.
Why TIG Welding is Essential and Irreplaceable in Automotive Tuning at Mach5 Performance
Mach5 Performance uses TIG welding for turbo downpipes, manifolds, and suspensions, ensuring ISO 3834 and ISO/TS 16949 compliance with precise fish-scale welds for durability.
Electrical System DTC Codes Overview
Electrical system DTC codes identify issues within the vehicle's electrical circuits and components
How to Improve the Efficiency of the Exhaust Stroke
Optimizing engine performance involves each of the four strokes: intake, compression, power, and exhaust.In this article, we focus on the exhaust stroke
Comparison Between Mach5 Performance Ceramic Insulation Solution and Non-Insulated Systems
Real-World Exhaust Heat Testing: Comparing Mach5 Performance’s Ceramic Insulation Solution with Non-Insulated Systems
Engine Bay Cable Materials, Temperature Resistance, and ISO Standards
This article covers engine bay cable materials, ISO 6722 standards, and how Mach5 Performance’s heat management improves safety and durability.
How to Improve the Efficiency of the Power Stroke
We delve into theoretical foundations and practical applications of these concepts, providing scientifically grounded advice to engine performance.
Intake and Cooling System DTC Codes Overview
Intake and cooling system-related Diagnostic Trouble Codes (DTCs) are crucial for diagnosing issues that affect airflow, engine temperature, and cooling efficiency.
What is the CPC Module: Its Origins and Functions
the reasons behind these restrictions, and how upgrading the CPC can overcome them to unlock your vehicle's full potential.
A Pioneer in Exhaust System Insulation and Performance Optimization of Mach5 Performance.
Optimising engine efficiency with F1-inspired insulation, ceramic wraps, and seamless 3D-engineered downpipes.
Optimizing the Sound and Performance of Custom Exhaust Systems for Mach5 Performance Using COMSOL
Mach5 Performance uses COMSOL to design exhaust sounds—balancing deep, resonant tones with smooth airflow, ensuring optimal performance and an exhilarating driving experience.
The Role of COMSOL in Optimizing Mach5 Performance Automotive Solutions and Physical Testing Details
COMSOL enhances Mach5 Performance by optimizing exhaust, intake, and structural performance through thermal conduction, fluid dynamics, and stress analysis, ensuring efficiency and durability.
Reverse Engineering and How Mach5 Performance Optimizes Automotive Parts Development with Technology
Mach5 Performance uses 3D reverse engineering to optimize turbo downpipes, exhausts, wheels, and intercoolers for peak performance.
Safety and Assistance DTC Codes Overview
Safety and driver assistance-related Diagnostic Trouble Codes (DTCs) provide critical insights into malfunctions in systems like airbags
How to Improve the Efficiency of the Compression Stroke
We delve into the theoretical underpinnings and practical considerations of these modifications, providing scientifically grounded advice for enthusiasts and professionals alike.
Temperature Requirements for Exhaust Backfire and Combustion Efficiency
Ceramic-insulated exhausts retain heat to ignite unburned fuel, creating backfire sounds and boosting engine performance while ensuring durability under extreme conditions.
Potential Smoking Issue During the First Use of Ceramic Insulated Aftermarket Exhaust Systems
Slight smoking during the first use of ceramic-insulated exhausts is normal, part of the curing process, and does not impact safety or performance.
Upgrading to Electronic Turbochargers (If Applicable)
This chapter examines the electronic turbochargers (E-Turbos), highlighting the differences between E-Turbos and conventional turbochargers.
Boost System DTC Codes Overview
Boost system-related DTC codes are critical for identifying problems in turbocharged and supercharged engines.
The Formation of Thermal Radiation and Its Impact on Engine Bay Airflow
Mach5 Performance uses ceramic insulation to reduce exhaust heat, improving engine cooling and efficiency.
ECU Internal Error DTC Codes Overview
ECU internal error DTC codes indicate malfunctions within the Engine Control Unit (ECU), often involving memory corruption, faulty processors, or timing discrepancies.
Enhancing Engine Performance by Introducing Auxiliary Fuels (Such as Alcohol)
We delve into the principles, benefits, and practical considerations of using alcohol as an auxiliary fuel in automotive applications.
Optimizing Engine Performance with Heat-Insulated Intake Manifolds
This chapter delves into the significant differences between intake manifolds with heat insulation and standard intake manifolds, focusing on their design, materials, and performance characteristics.
Transmission and TCU Module DTC Codes Overview
Transmission-related Diagnostic Trouble Codes (DTCs) focus on faults within the transmission control system