Videos tagged with Engine Modification

This video demonstrates an advanced gunsmithing technique for relocating a cam hole on a 1973 Shovelhead Harley-Davidson alternator motor. The process involves welding the original hole, precisely locating the new position using a milling machine with a digital readout and dial indicator, and then carefully machining the new hole to accept a cam bearing. The instructor emphasizes the importance of using the right equipment for accuracy and efficiency.

This guide details the complex installation of BBK shorty headers on a 2011-2017 Ford Mustang 3.7L V6. It highlights the significant challenges, including extremely tight bolts, the necessity of using provided hardware, potential steering shaft interference, and the critical gasket break-in procedure. Proper tool selection, patience, and attention to detail are paramount for a successful installation.

This video focuses on the installation of "Auto Mafia Racing Ported Manifolds" for a 3.7 Cyclone Mustang, specifically an AMR Upper & Lower Intake Manifold. While the title and description heavily feature automotive parts and installation tools, there are no mentions or implications of firearms, ammunition, manufacturers, or any related topics. The included links are for automotive tools such as jack stands, jacks, tire irons, and impact guns, further reinforcing the non-firearms nature of the content.

This guide details the installation of a 2J Racing lightweight aluminum crank pulley on a 2006 Nissan Altima with the QR25DE engine. The process involves removing the front wheel, serpentine belt, and the old pulley, then installing the new pulley and torquing the bolt to 87 ft-lbs. The video emphasizes the importance of proper tools like an impact gun and slide hammer, and offers advice for achieving correct torque without specialized tools, while also noting the potential for increased horsepower and mid-range torque.

This video demonstrates the process of relocating a cam hole on a Harley Davidson motor case. While the title and description clearly indicate a mechanical procedure related to motorcycle engines, they do not contain any information or mentions of firearms, calibers, manufacturers, or related topics that would qualify for the 'Firearms' categories. The content appears to be solely focused on motorcycle engine mechanics.

This video details the installation of an MMR water pump pulley on a 2014 Ford Mustang equipped with the 3.7 V6 engine. The description includes affiliate links to essential tools such as jack stands, a hydraulic jack, a tire iron, an impact gun, and an electric ratchet, highlighting the practical, hands-on nature of the project for automotive enthusiasts looking to perform modifications on their vehicles. The focus is on a specific performance upgrade for this Mustang model.

This guide details the installation of aluminum pulleys on Kia Rio, Soul, and Veloster models. It covers the removal of stock pulleys, installation of lighter aluminum components, and critical torque specifications for reassembly. The process emphasizes the need for specialized tools like a flywheel locking tool due to the engine's tendency to rotate. Proper belt tensioning and torque values are crucial for optimal performance and longevity.

This video provides a step-by-step guide on how to install a cold air intake (CAI) system on a 2012-2017 Kia Rio or Hyundai Veloster equipped with the 1.6 GDI engine. The content focuses on the modification of the vehicle's engine for improved airflow. While the title and description clearly indicate a focus on automotive performance, there is no mention or relevance to firearms.

This video focuses on a "Boomtube Camaro" featuring a 396 stroker engine and an LT1 setup. The description highlights a "Boomtube exhaust" and "Pacesetter longtube headers." While the title and description heavily emphasize automotive performance and modifications, there is no mention of firearms, calibers, manufacturers, or firearm-related topics. The content appears to be solely about car modifications and performance.