Engineers at the Ufficio Tecnico Lamborghini, Sant'Agata-based Technical Department, have also improved traction, handling and stability at high speeds. The redesigned four-wheel drive transmission, the new suspension, the improved stiffness of the Spyder bodyshell and the optimized aerodynamics all contribute to the overall improvements in the vehicle, as do the reduced weight and decreased friction throughout the components.
Thus the Lamborghini Gallardo LP560-4 Spyder presents itself as a razor-sharp super sports car with the precision reactions of a high-performance athlete. The car is also surprisingly suited to long-distance driving and, despite its extreme performance capabilities, is easy to control while maintaining utmost stability. Above all, the impressive Lamborghini technology takes on a new, intense edge in the Spyder, with the glorious feel of the open air rushing by.
Powerful elegance
Each evolution of the Lamborghini form is strictly dictated by the demands of function. The redesigned front end lends the LP560-4 a firm, low stance that also contributes to its aerodynamic efficiency. In line with the increased engine output, the enlarged and clearly accentuated air intakes increase the air flow critical to such a high-performance automobile. The spoiler, positioned low between the air intakes, improves aerodynamic stability at high speeds.
Characteristic LED daytime running lights
The new headlights have characteristic daytime running lights integrated beneath the bi-xenon lamps. 15 LEDs are arranged in a Y form, with the same pattern repeating in the rear tail-lights. The rear and brake lights were inspired by the Miura concept, the Murciélago LP640 and the Reventón. The Y-shaped elements are now signature features of contemporary Lamborghini models, appearing most recently in theEstoque concept car, the innovative super sports sedan from Sant'Agata.
Significantly improved aerodynamics
The new exhaust system is beautifully finished by four chrome-plated tail pipes. The rear diffuser has been redesigned to deliver more downforce and, together with the smooth underbody, it contributes to the vehicle's excellent directional stability, even at very high speeds. Overall, aerodynamic efficiency in terms of downforce has been improved significantly in comparison with its predecessor - the Lamborghini Gallardo LP560-4 Spyder tackles fast curves with even greater refinement.
The purist approach to design is perfectly complemented by the immaculate attention to detail demonstrated by the designers at Sant'Agata Bolognese. The fuel and motor oil fill caps, intricately-crafted from aluminum bear testimony to this, as does the rear view camera, which has been integrated into a small fin in the automatically-deploying rear spoiler, as well as the finely-detailed grilles in the exhaust tail pipes.
Soft top perfectly suited to everyday use
The flow of the lines, regardless of whether the top is up or down, clearly demonstrates that the Spyder is a fully self-contained model within the Gallardo range. Compared with the Coupé, the open top version comes across as just a little more radical; its shoulders have been raised slightly in order to make room for the soft top.
The fully-lined fabric top - available in black, blue, grey and beige - is operated via two switches located on the center console. They set in motion a choreography that is over in just 20 seconds. One hydraulic pump, six hydraulic cylinders, one electric motor and two electric actuators work together to perform this technical ballet.
Rear windscreen functions as wind deflector
Whether open or closed, the Gallardo Spyder's soft top is designed for unrestricted high speeds. In order to ensure maximum safety, Lamborghini engineers have integrated two spring-loaded rollover bars behind the seats. Controlled by a sensor, they deploy in only 250 milliseconds should a potential roll-over situation arise. The seat belt tensioners spring into action at the same time.
Intelligent lightweight design
The design of the Lamborghini Gallardo LP560-4 Spyder utilizes the 'spaceframe construction method.' Cast aluminum nodes and extruded profiles form its frame, with integrated friction-locked and form-fitted aluminum panels creating the bodyshell. The bodyshell is not only extremely light, but also displays exceptional torsional stiffness and safety characteristics, thus forming the basis for the extraordinary handling characteristics of the LP560-4. The aerodynamic underbody panel is also integrated into the overall design for structural stiffness. The Spyder incorporates specially-developed additional stiffness elements within the spaceframe to compensate for the absence of a fixed roof.
Integrated pedestrian protection system
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