Concept
That would be a nice if Buick did take their cues from them. That isn't a bad looking ride.Would be cool If they dropped one of these Global LY7 3.6L. direct injection V6's and Turbocharged it. Have a nice economical and powerful V6 engine that gets 30mpg or more when you stay out of it and has the HP/power readily available when needed. Our old V6 Buicks don't do to bad for 20 year old technology. If you stay out of it you get decent gas mileage if you need to get up and go the power is there. With the technology they have now days they for sure can improve on all aspects, power, economy, durability,relaibilty .etc. etc and the Global V6 direct injection VVT LY7 and it's control module can definately get it done. This would be nice for us like jcj1407 said Maybe GM will take a hint and build something for those of us who don't want/afford a Camaro or Corvette.. Yeah that new 08 CTS-V is bad would be nice if it came in a coupe
2004 3.6L Global V6 Engine (LY7) Specifications
Configuration: 3.6L 60-degree DOHC V-6
Peak Power (SAE net): Estimated 190kW @ 6,500 rpm
Peak Torque: 339 Nm @ 2,800 rpm;
(90% of peak produced from 1,600 rpm to 5,800 rpm)
Displacement (cc): 3,564
Bore x Stroke: 94 mm x 85.6 mm
Valvetrain: Dual overhead camshaft
4-valve-per-cylinder
Roller-finger followers valvetrain
Hydraulic lash adjusters
Four-cam continuously variable cam phasing
Two-stage roller-chain camshaft drive
Variable Cam Timing: Intake: 132 degrees ATDC initial timing
50 crankshaft degrees advance authority
Exhaust: 111 degrees BTDC initial timing
50 crankshaft degrees retard authority
Compression Ratio: 10.2:1
Bore Centers: 103 mm
Firing Order: 1-2-3-4-5-6
Fuel Shutoff: 6,700 rpm
Engine Idle Speed: 600 rpm
Fuel System: Sequential port fuel injection (returnless)
Engine Management: Torque-based; Bosch Motronic ME 9 32-bit micro-hybrid controller
Intake Manifold: Dual-plenum, equal-length with 2-position variable volume control (resonance tuned)
Throttle: 68-mm single bore; electronic control (ETC)
Ignition: Individual coil-on-plug; individual cylinder knock control
Fuel Requirement: Premium fuel recommended
Emissions Controls: Dual close-coupled catalytic converters (1.15L ultra-thinwall ceramic)
Positive crankcase ventilation (PCV)
Intake- and exhaust-cam phasers (EGR)
Evaporative emissions system
Assembly Sites: St. Catharines, Ontario, Canada
Port Melbourne, Victoria, Australia
Material Applications
Block Material: Aluminium, precision sand-cast 319 with cast-in-place iron liners
Cylinder Head Material: Aluminium, semi-permanent mould 319
Intake Manifold: Upper: Aluminium, sand-cast 319
Lower: Aluminium, 356-T6
Exhaust Manifold: High-silicon moly cast iron
Camshaft Covers: Injection compression thermoset composite; vibration isolated
Front Cover: Diecast 380 aluminium; internal multilayer damping panels
Crankshaft: Forged steel
Connecting Rods: Sinterforged steel
Pistons: Aluminium, polymer-coated skirts, full-floating wristpins
Main Bearing Caps: 6 bolt caps, copper-infiltrated sintered steel
Oil Pan: Structural diecast aluminium, steel windage and baffle plates
Additional features: Pressure-actuated piston-cooling oil jets
Extended-life sparkplugs, coolant, accessory belts
Cartridge-style, top-access oil filter
Oil-level sensor
Wide