02-06 Nissan Altima/Sentra 2.5 Crankshaft Seal Replacement *Detailed* Removal & Install QR25DE

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 guide details the process of removing and installing an alternator on a 2002-2006 Nissan Altima 2.5L. It covers disconnecting the battery, releasing serpentine belt tension, removing mounting bolts, and addressing potential obstructions like the fuse box. The video emphasizes careful handling of electrical connectors and provides tips for dealing with seized components.

This guide details the process of replacing the rear wheel bearing hub on a 2002-2006 Nissan Altima. It covers removing the caliper, rotor, and old hub, then installing the new hub and reassembling the brake components. The guide emphasizes using a slide hammer for stuck hubs and proper torque specifications for bolts and lug nuts. It also touches on e-brake adjustment and the difference for ABS models.

This guide details the process of replacing rear brake pads and rotors on a 2002-2006 Nissan Altima. It covers removing the wheel, caliper, and bracket, then replacing the rotor and pads. Key steps include dealing with seized bolts, adjusting the emergency brake, compressing the caliper piston, and properly torquing components. The guide emphasizes safety and proper re-seating of the brake pedal after installation.

This guide details the process of replacing front brake pads and rotors on a 2002-2006 Nissan Altima. It covers loosening lug nuts, removing the wheel, caliper, and old rotor, preparing the hub, installing new components, compressing the caliper piston, and reassembling everything. Specific torque specifications for caliper bracket bolts, caliper bolts, and lug nuts are provided, along with crucial safety warnings about supporting the vehicle and re-seating the brake pedal after the job is complete.

This video from Buckeye Ballistics provides a practical, albeit unconventional, comparison of five common pistol calibers (.22LR, .380 ACP, 9mm, .40 S&W, .45 ACP) by shooting watermelons. The expert demonstrates varying levels of terminal performance, from the .22LR's significant splitting to the .45 ACP's complete watermelon fragmentation, highlighting the differences in hydraulic shock and expansion. The test utilizes specific hollow-point ammunition, including Speer Gold Dot, Aguila Super Maximum, and Underwood XTP, showcasing their effects.

This video provides a practical, safety-conscious comparison of common pistol calibers (.22LR, .380 ACP, 9mm, .40 S&W, .45 ACP) against concrete blocks. The host, demonstrating high authority and expertise, details the testing methodology and results, emphasizing the risks of ricochet. None of the tested pistol calibers fully penetrated the concrete block's second wall, suggesting their limitations for certain penetration scenarios.

This review of the Taurus TX22 .22 LR pistol details its features, including a 16+1 capacity and excellent trigger. While initial testing with CCI Mini-Mags was flawless, subsequent tests with various ammunition types revealed cycling issues and culminated in a catastrophic failure. The failure was attributed to a squib load followed by a second shot, causing a barrel bulge and ruptured casing, highlighting potential ammunition inconsistencies. The review provides a detailed look at disassembly and damage assessment.

This video from Buckeye Ballistics provides an experimental comparison of three popular rimfire calibers: .22LR, .22WMR, and .17HMR, using cantaloupes as ballistic mediums. The host, an experienced shooter, demonstrates the distinct terminal ballistics of each round, highlighting how bullet construction and velocity affect target interaction. The comparison offers practical insights into the performance differences between these rimfire cartridges on soft tissue simulants.