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Lincoln Continental Mark VII

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Lincoln Continental Mark VII - information: Lincoln Continental Mark VII is a very good car, that was released by "Lincoln" company. We collected the best 11 photos of Lincoln Continental Mark VII on this page.

Brand Name Lincoln
Model Lincoln Continental Mark VII
Number of views 15869 views
Model's Rate 8.3 out of 10
Number of images 11 images
Interesting News
  • Audi’s electrified future.

    The introduction of mild hybrids to Audi’s model range is set to edge efficiency ever closer to the kind of economy figures enjoyed by TDI owners. But it doesn’t mean the death of the diesel engine, as the introduction of cutting edge technology can be paired to both TDI diesel and TFSI petrol engines. Audi says that within ten years, its entire model range will feature the technology. The key elements of the new system are an 11 Ah capacity lithium-ion battery pack and belt starter generator, with the latter replacing the current starter motor. Coasting becomes possible from around 9mph upwards, so that if the driver takes their foot off the accelerator, the car will coast along for a short time with the engine off, saving fuel. It’s possible to recuperate up to 5kW (7bhp), with the generator returning that power, reducing fuel usage and boosting economy as a result. And while this system can be integrated into current 12-volt systems, Audi is on the verge of announcing that it will put a new 48-volt system into production, with a capacity of harnessing 12kW (16bhp), that will allow coasting for up to 30 seconds, delivering even better efficiency compared to the 12-volt system. The company first gave a glimpse at the technology in the Prologue Concept car last year at the Los Angeles motor show. Other benefits of the introduction of a 48-volt electrical system includes the ability to have much smaller cable cross sections, reducing the weight of the wiring harness, and because it has four times the power, there’s opportunities to add additional innovative technology for the suspension and drivetrain. Further into the future, Audi’s engineers plan to convert the auxiliary systems, like pumps, superchargers for the engine, transmission and air conditioning system to 48 volts. Today these are driven hydraulically or by the engine, but in the future they will be powered by electricity and lighter and more compact. Audi will soon announce an electromechanical active roll stabilisation system, which features an electric motor and a three-stage planetary gearbox that separates the two halves of the stabiliser from each other. For relaxed and comfortable driving, the two halves are decoupled, resulting in cossetting ride comfort. For the sportier driver, the tubes are interconnected and twist against each other, delivering a tauter, more dynamic ride, and less roll when cornering. The front and rear stabilisers can also be adjusted independently allowing even greater degrees of fine tuning. The system is also capable of harnessing energy, and the motor can act as a generator, converting it to electrical energy. But Audi’s engineers are already looking at a second, more advanced project using the 48-volt setup, though it is still in the very early prototype stage. Being developed under the working title of eROT, an electromechanical rotary damper replaces today’s hydraulic item. The system isn’t too far apart from the active roll stabilisation arrangement in terms of basic principles, but a strong lever arm absorbs all of the forces that occur on a bumpy road, and via a series of gears, the force is transmitted into an electric motor, which then converts it to electricity. Recuperation is, on average, around 150 watts on an average road, with a freshly resurfaced road generating as little as 3 watts, while a badly maintained country lane may generate as much as 613 watts. Over a cross section of different roads, CO2 emissions savings could be as much as 3g/ km or four to five mpg.
  • California Touring SE.

    California 1400 Touring SE is the latest heir to the successful project with which Moto Guzzi redesigned the concept of luxury motorcycle at the end of 2012.
  • NEW 2016 KAWASAKI ZX-10R.

    With World Superbike regulations becoming ever stricter with regard to modifications, manufacturers have to make sure their production models already have the proper pieces in place. And after winning two World Superbike championships in the past three years, Kawasaki shows that it’s serious about staying at the top of the superbike heap with its all-new 2016 ZX-10R. All of the extensive updates to Team Green’s new literbike were gleaned from lessons learned in WSBK competition and intended to make sure the factory team has a solid base to start from for the coming season. Engine Other than the previous engine’s bore and stroke, there’s little carried over between the old and new ZX-10R. The new crankshaft is lighter for quicker response and improved handling, with a correspondingly lighter balance shaft and rod journals that have a new coating for reduced friction at higher rpm. New 5-gram-lighter pistons, cams with more overlap, and a new airbox (25 percent more volume and air filter with 60 percent more surface area for better fl ow) work with an all-new cylinder head featuring reworked and polished intake and exhaust ports (previously only the intake ports were polished) plus revised combustion chambers. The titanium exhaust valves increase in size 1mm to 25.5mm, and cylinder-wall thickness was increased slightly for a more rigid engine block. The titanium alloy headers use a new heat-resistant alloy that allows thinner wall thickness for reduced weight, and the titanium exhaust canister has 50 percent more volume for better fl ow without increased sound levels. The intake portion of the frame’s steering head was modified to quell intake honk, allowing some freedom in the exhaust for more power without exceeding strict noise restrictions. The transmission remains a racing-style cassette design for quick and easy internal gearing changes. Gear ratios are closer for track use, with shorter ratios in all but first gear. The slipper clutch is 130 grams lighter, and some of the gears have dry-film lubricant coating to reduce friction. A contactless- sensor-equipped quickshifter similar to the H2R is standard, with the optional Kawasaki race ECU offering clutchless downshifts as well. Electronics The new ZX-10R utilizes a Bosch five-axis IMU with software developed in-house at Kawasaki that allows the unit to calculate yaw rate from other sensors, resulting in six-axis operation. This allows the IMU to sense changes in pavement elevation, camber, and the motorcycle’s position relative to them, as well as discern different tire profiles so that the bike is not restricted to just the OEM tires. The Sport-Kawasaki TRaction Control (S-KTRC) system now has five modes of operation instead of three as with the previous ZX-10R. Modes 1 and 2 are designed for racing, while mode 3 is for a “dry circuit with highgrip tires,” mode 4 is for “dry canyon roads or commuting,” and mode 5 is intended for wet pavement use. The Keihin 47mm throttle bodies utilize an electronic ride-by-wire throttle system to control power in addition to ignition retardation. With the Bosch IMU, Kawasaki was able to produce its own version of the cornering ABS that has seen usage on KTM and BMW motorcycles. Kawasaki’s system is called Cornering Management Function and changes braking pressure according to the bike’s lean and pitch angles to prevent it from standing up under braking in a corner. Another new addition is the Kawasaki Launch Control Mode (KLCM), with three modes available. And Kawasaki Engine Braking Control-first seen on the supercharged H2R-manages engine back-torque. Lastly, there are three selectable power modes for the new ZX-10R: Full, Middle (providing approximately 80 percent power), or Low (allowing 60 percent power). Chassis The new Ninja’s frame has also been redone, with the steering head moved rearward 7.5mm closer to the rider, while the swingarm has been lengthened 15.8mm (in addition to extra bracing for more torsional rigidity), resulting in more front weight bias. Wheelbase is now listed as 56.7 inches, almost a half inch longer than its predecessor. An all-new Showa Balance Free Fork featuring an external damping valve chamber utilizes a design similar to the ?hlins TTX/FGR concept, with the rebound and compression damping valves completely separated so that the oil only flows in one direction through the valves; in conjunction with nitrogen pressurization in the damping chamber, this keeps the pressure on both sides of the valves as consistent as possible, drastically reducing cavitation that results in inconsistent damping. The rear Showa Balance Free Rear Cushion (BFRC) shock uses the same concept in its damping valves, and the shock linkage has been revised to allow a broader range of adjustment. Brakes have also been fully upgraded, with Brembo M50 monoblock aluminum calipers with 30mm pistons biting on huge 330mm discs for awesome stopping power. A Brembo radial-action master cylinder equipped with steel-braided brake lines ensures positive and responsive feel at the lever as well as better consistency. Wheels are one of the few components that haven’t been changed, though they are now shod with Bridgestone RS10 street/track rubber in 120/70-17 front and 190/55-17 rear sizes. Bodywork has undergone some restyling, with the windscreen improved for better aerodynamics. Overall weight is claimed at 450 pounds wet with all fluids and a full tank of fuel for the non-ABS model, 454 pounds wet for the ABS model. List prices are $14,999 for the standard ZX-10R, $15,299 for the Special Edition paint, $15,999 for the ZX-10R ABS model, and $16,299 for the ZX-10R ABS with Special Edition paint scheme. How will all of these changes affect Kawasaki’s performance in World Superbike and on the showroom floor? We can’t wait to find out.
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