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Ready to turn your Jeep Cherokee XJ into a trail-worthy machine? Why not? With two available 4-wheel-drive systems, solid axles front and rear, and a torquey 4.0-liter straight 6, the Cherokee is a very capable machine, especially when it's modified the right way. This book isn't about cutting apart your Cherokee to build an over-the-top, off-road-only rock crawler (though you can take it there), and it isn't about building a jacked-up, chrome-covered show rig either. This book is about building a useful, capable Cherokee for mountains, the mud, the desert, the street, and everywhere in between. With the modifications explained on these pages, your Cherokee can take you and yours just about everywhere you want to go - and get you back safely. Author Eric Zappe explains how to upgrade your Cherokee's suspension, axles, differentials, engine, transfer case, wheels and tires, skid plates, and more, using aftermarket and salvage yard upgrades. Zappe even has special sections covering basic driving and recovery techniques, and a number of built-up Jeeps to give you ideas for your own Cherokee. Also included is a detailed account of a group of XJs making a run through the famous Rubicon trail. The photos in this edition are black and white
The Jeep Cherokee is one of the most prolific and rugged sport utility vehicles in history. Throngs of off-roading enthusiasts have chosen the Cherokee for navigating over the toughest terrain, climbing rocks, and trail driving, but these unibody 1984-2001 models have much room for improvement to become the best off-road vehicles. In Jeep Cherokee XJ Advanced Performance Modifications: 1984–2001, author Eric Zappe explains how to transform a stock Cherokee into the toughest and most capable off-road 4x4 SUV. The author details the buildup, right combination of parts and products, and modifications necessary to build an aggressive off-road rig. He also shows how to weld and gusset the frame in critical areas. Installing a three- and four-link suspension system is also profiled so the Cherokee delivers greater travel and better off-road handling. Suspension and frame modifications are necessary to run large wheels and tires. And these wheels and tires are essential for traction, performance, and ground clearance in extreme off-road situations. Swapping in Dana 44, Dana 60, and Ford 9-inch axles delivers superior performance and durability, which is covered as well. In addition, how to modify the Jeep inline 6-cylinder engine for increased displacement and performance is revealed. All of the most popular and effective mods, parts, and upgrades for a dedicated off-road Cherokee are covered. If you’ve been looking for the one guide to build the most capable off-road Cherokee, you’ve found it.
The venerable Jeep 4.0-liter inline-six engine has powered millions of Jeeps, including CJs, YJs, Wranglers, Cherokees, and Wagoneers. The 4.0 delivers adequate horsepower from the factory, but many off-road drivers want more horsepower and torque to conquer challenging terrain, which means these engines are often built and modified. The Jeep 4.0, or 242-ci, is affordable, abundant, exceptionally durable, and many consider it one of the best 4x4 off-road engines. In this Workbench title, veteran author and Chrysler/Jeep engine expert Larry Shepard covers the rebuild of an entire engine in exceptional detail. He also delves into popular high-performance modifications and build-ups. Step-by-step photos and captions cover each crucial step of the engine disassembly. He shows the inspection of all critical parts, including block, heads, rotating assembly, intake, and exhaust. Critical machining processes are covered, such as decking the block, line boring, and overboring the block. The book provides exceptional detail during the step-by-step assembly so your engine is strong and reliable. Installing a larger-displacement rotating assembly or stroker package is one of the most cost-effective ways to increase performance, and the author covers a stroker package installation in detail. With millions of Jeep 4.0 engines in the marketplace (which are subjected to extreme use), many of these engines require a rebuild. In addition, many owners want to extract more torque and horsepower from their 4.0 engines so these engine are also modified. Until now, there has not been a complete and authoritative guide that covers the engine rebuild and build-up process from beginning to end. Jeep 4.0 Engines is the essential guide for an at-home mechanic to perform a professional-caliber rebuild or a high-performance build-up.
In this fully updated third edition of Jeep 4x4 Performance Handbook, Jeep experts Jim Allen and James Weber give you all the information and expertise you need to build and drive your ultimate Jeep without breaking the bank.
Jeepers rejoice! Bring new life to your classic Jeep YJ with this new guide to off-road performance. More than 685,000 YJs were built from 1986 to 1995. They featured heavier wider leaf springs, trackbars, and sway bars for improved handling. A massive range of parts are offered for these vehicles, which include lift kits, wheels up to 37 inches, larger brake rotors, high-performance aluminum remote reservoir shocks, stronger driveshafts and U-joints, and Dana 60 conversions. In Jeep Wrangler YJ 1987-1995: Advance Performance Modifications, veteran author Don Alexander covers the 4.0 engine, transmissions (automatic and manual), transfer cases, axles, differentials, and driveshafts, steering boxes, brake upgrades, shocks, springs and lift kits, chassis strengthening, and interior upgrades. Also, following recent market trends, this book includes a complete Cummins turbo diesel swap into the YJ platform. Whether you want to do some simple upgrades, such as a lift and tire combination, or want to go all out with a rock crawler-style suspension and an engine swap, this book will guide you through the process.
Identifying the Jeep CJ series vehicles as the most popular off-road vehicles of all time may actually qualify as an understatement. They really are that popular. The CJ series arguably started after World War II with the CJ-2A being introduced to the masses, and while the early CJs have their share of enthusiasts, the largest group of enthusiasts began their love affair with the AMC-powered Jeep CJ-5s beginning in 1972. Joined by the longer-wheelbase CJ-7 models introduced in 1976, the CJ models were wildly popular through their discontinuation in 1986, when the Wrangler was introduced. These were the only models originally equipped with V-8 engines in any meaningful way. This era combined the ruggedness of the early Jeeps with some of the advancements and horsepower of a more modern era; it makes a platform that is both fun to own and to modify. Jeep guru Michael Hanssen covers all of the systems that can be upgraded to improve your Jeep's performance. Upgrades include suspension components such as springs, shocks, and steering modifications; driveline components including differentials, transmissions, transfer cases, and axles; engine upgrades including engine swaps; wheel and tire upgrades; aftermarket accessories; and armor such as skid plates, bumpers, brake upgrades, and more. Whether you are looking to get into serious off-roading or just want to make your classic CJ a little more fun, this book will be a valuable tool in your shop or library. p.p1 {margin: 0.0px 0.0px 0.0px 0.0px; font: 12.0px Arial}
The Jeep Cherokee XJ is a pioneering SUV that delivers commendable performance and off-road capability. More than 3 million Cherokee XJs were manufactured during its production run. However, when the XJs rolled off the production lines, they were built primarily for the street. As a result, XJs need crucial modifications and high-performance upgrades to make them better for off-road duty. In this updated edition, author and veteran Cherokee expert Eric Zappe guides you through each stage of an XJ build, so you can take the mild-mannered, bone-stock XJ and upgrade it to a capable off-road performer. Zappe delves into suspension bolt-on improvements, including lift kits to increase ground clearance and suspension travel. He also covers high-performance shocks and long-arm suspensions. Wheels and tires are your vital link to the terrain, and he reveals all the important considerations so you select the right combination. XJs need a heavy-duty steering system to negotiate challenging off-road conditions, and Zappe explains several ways to upgrade the steering. Driveline and axle upgrades are an important part of the performance equation, so these performance improvements are covered as well. But he doesn’t stop there; he also explores engine performance improvements for the 2.5-, 2.8-, 4.0-liter engines so the Cherokee has more power for off-road performance. In addition, he covers some basic tips for body strengthening and adding skid plates. If you’re ready to go off road with your Cherokee but you’re not planning to build a top-dollar off-road machine, this is the book for you. With the techniques and latest products described in this book, you will be able to upgrade your XJ to much higher level of performance and your XJ will be at home off and on road.
The light-duty vehicle fleet is expected to undergo substantial technological changes over the next several decades. New powertrain designs, alternative fuels, advanced materials and significant changes to the vehicle body are being driven by increasingly stringent fuel economy and greenhouse gas emission standards. By the end of the next decade, cars and light-duty trucks will be more fuel efficient, weigh less, emit less air pollutants, have more safety features, and will be more expensive to purchase relative to current vehicles. Though the gasoline-powered spark ignition engine will continue to be the dominant powertrain configuration even through 2030, such vehicles will be equipped with advanced technologies, materials, electronics and controls, and aerodynamics. And by 2030, the deployment of alternative methods to propel and fuel vehicles and alternative modes of transportation, including autonomous vehicles, will be well underway. What are these new technologies - how will they work, and will some technologies be more effective than others? Written to inform The United States Department of Transportation's National Highway Traffic Safety Administration (NHTSA) and Environmental Protection Agency (EPA) Corporate Average Fuel Economy (CAFE) and greenhouse gas (GHG) emission standards, this new report from the National Research Council is a technical evaluation of costs, benefits, and implementation issues of fuel reduction technologies for next-generation light-duty vehicles. Cost, Effectiveness, and Deployment of Fuel Economy Technologies for Light-Duty Vehicles estimates the cost, potential efficiency improvements, and barriers to commercial deployment of technologies that might be employed from 2020 to 2030. This report describes these promising technologies and makes recommendations for their inclusion on the list of technologies applicable for the 2017-2025 CAFE standards.
This offers honest and largely unedited glimpses into the world of social work of 40 years or so ago. Illustrated by the professional practice of one Colin Millwood, an enthusiastic but otherwise green social worker, it coincides with the early beginnings of his arrival at his local Social Services Department.