Enjoy Up Notch Level of Performance with Mazda Engine Innovations

With Mazda’s speed driving technology, every part of a Mazda engine is engineered to perform while maximizing power. Its valves, mounts, and cylinder caps are crafted from high grade and tough materials to ensure the daily rigors of driving. Its variable valve timing technology gave rise to their distinct marquee in optimizing fuel economy, emission control, and torque efficiency when following the course of your driving style. Over the decades, their artistry and craftsmanship in engineering and designing automobile have made a number of award winning and world class engine assemblies that raises the bar of standards in terms of performance in automotive manufacture. As a premier Japanese car manufacturer, you will never go wrong with any Mazda ride and investment. Crafted for excellent handling features and engine responses, every Mazda engine is housed within a sleek and elusive auto-body form that will surely attract envy and crowd attention. Stand out in street and off-road performance with premier Mazda engines. Two of the major breakthroughs Mazda engine has were the Renesis rotary engine and the MZR 2.3-liter engine. Taking their expertise on 4-cylinder engines a level up notch, Mazda engineers gave rise to MZR. To pay tribute to Mazda’s classic automobile lines, this engine type has been used in MAZDA3 and MAZDA6 i and in slightly modified 2005 Tribute i. the engine features an all aluminum alloy, deep skirt construction, DOHC head, Variable Induction System, lightweight pistons, and connecting rods. The secret to this engine type’s exceptionally seamless performance lies on its dual balance shafts with passenger car versions of variable valve timing even at high RPM. The Renesis engine is no ordinary engine. This award winning piece performs four processes of intake, compression, combustion, and exhausts in succession with a rotating triangular shaped rotor. Variations in compression introduce more pressure into the combustion chamber which therefore achieves more efficient output. Its cocoon shaped chamber generated more power compared to traditional internal combustion engines. Although this engine type is relatively smaller that conventional assemblies, it delivers smoother and high revving performance which adds ease in managing any possible road and traffic conditions. Truly, Renesis is more of a revolutionary leap to automotive engineering than marketing gimmick. Its smaller size, reduced weight, and lower center of gravity features make it a sure winner in terms of performance and fuel efficiency. Practical and more controllable high performance engines require consistent output over a certain rev range to sustain smooth operations with no fail. For that reason, Mazda engine innovations take focus on its construction, variable induction systems, variable valve timing, and dual shaft balancer features. To prevent getting trashed by vibrations or spring actions, you need to keep track of the working conditions of your Mazda engine assembly and supports to eliminate the risks of failure. Every Mazda Engine features a well-built construction that optimizes the stiffness of components and frame to withstand the rigors of daily driving. To boost combustion efficiencies, resonant frequency have always been the basic principal behind the engine’s variable induction technology which results in significantly enhanced performance and efficiency without any additional hardware like turbo or supercharger. Good torque and better driving control over the entire RPM band is the reason behind variable valve timing features. To counteract primary and secondary vibrational forces from the camshaft, Mazda engine features a dual shaft balancer that hold two precisely weighing countershafts that are bolted directly under the crankshaft. To keep these revolutionary and innovative features of your Mazda engine, nothing beats routine maintenance and regular car servicing scheduled to keep them running like new. In case of damage or failure, precision fitting engine component replacements are conveniently available as practical solutions to maintenance.