Land Rover emphasizes that the entirely new frame structure of its LR3 is not derived, copied, or modified from existing architecture. Instead, the foundation marks “the future of Land Rover”, as this platform will find its way into upcoming Rovers. The LR3 uses an integrated body structure that combines high strength steel frame rails and a one-piece body construction. It is neither a unit-body nor body-on-frame configuration, although Land Rover says the benefits of both are provided. Hydroforming, the process of using fluid pressure to form shapes from a tubular blank, was used throughout. Since hydro-forming allows more flexibility in shape, a more complex, yet efficient, frame design can be achieved. Safety is also enhanced, as the side members are more substantial and parts such as the fuel tank are better protected. Finally, and most importantly to off-road users, the new frame provides excellent approach and departure angles by minimizing front and rear overhangs.
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About Sue Mead
Sue Mead works as a photojournalist and features writer for more than two dozen publications. She has written for Parade, Popular Science, Open Road, the Road & Track Buyers Guide, Men's Journal, Popular Mechanics and Diversion and she has worked as an auto editor for CNN/fn. Sue has co-driven in two of the world's toughest off-road races, the Baja 1000 and the Paris-Dakar Raid. She attended four Camel Trophy adventures for Land Rover North America and has participated in several long-distance adventure drives. She recently completed her first book, "Monster Trucks and Tractors" published by Chelsea House. Sue lives in New England.
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