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Speed comes at a price, however. The top-end Shimano Dura-Ace Di2-equipped Giant Trinity Advanced SL will run a hefty US$14,000.
Photo credit © James Huang

Giant claims the odd looking seat tube's vertical leading edge produces less drag than an angled one.
Photo credit © James Huang

Consumers will be able to buy virtually the same exact bike as what Rabobank uses in time trials come September.
Photo credit © James Huang

Orienting the stem inline with a level top tube has become a popular way to decrease drag - but Giant may have been the first to do so.
Photo credit © James Huang

The AeroDrive front end includes the head tube, upper stem, lower stem, and integrated base bar.
Photo credit © James Huang

Some team stem assemblies are still made from machined aluminum but all production bikes will use carbon fiber exclusively.
Photo credit © James Huang

The internal cable routing entry and exit points are sized for use with Shimano's new Dura-Ace Di2 electronic drivetrain.
Photo credit © James Huang

The 'reverse ISP' seatpost design doesn't rely on a clamp to fix its position so only a very minimal one is used here to eliminate play. A molded rubber cap will seal things up and provide a nicely finished appearance.
Photo credit © James Huang

The three-position seatpost head will simulate seat tube angles from 74-78 degrees.
Photo credit © James Huang

Some team bikes still have their rear brakes mounted on the seat stays but production bikes move them to below the bottom bracket for cleaner lines.
Photo credit © James Huang

The aluminum fork crown directs the cables straight back towards the down tube. Giant says extra flexible sections of housing such as Nokon are necessary in this area for optimum function and full production bikes will feature an aluminum ring to protect the edges of the down tube access hole.
Photo credit © James Huang

The internally routed cables come down through the lower stem and then jump over into the bottom of the down tube.
Photo credit © James Huang

The profile of the proprietary front brake is perfectly matched to the contours of the fork crown, thus effectively hiding it from the wind.
Photo credit © James Huang

Giant claims its AeroDrive front-end design was the first to use an aerodynamic lower stem extension - and it apparently will vigorously defend the patent.
Photo credit © James Huang

The integrated proprietary aero bars offer a multitude of adjustments to fine tune the fit.
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The press-fit bottom bracket cups save weight and allow for a wider and stiffer lower half of the bike than a standard 68mm-wide shell.
Photo credit © James Huang

The underside of the bottom bracket is a busy area but it's already in turbulent air so it supposedly doesn't matter much.
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The Trinity Advanced SL requires a proprietary rear brake caliper as the cable pull arm is moved to the other side of the mounting stud. Giant claims the front derailleur still works well despite the tight cable routing.
Photo credit © James Huang

The enormous down tube/bottom bracket junction actually comes up above the height of the outer chainring.
Photo credit © James Huang

The extensions mount to sturdy looking aluminum clamps.
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Extension height is adjusted by adding or removing spacers.
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Team bikes typically use straight extensions but most consumers can't maintain that hand position so Giant will likely include the S-bend extensions as stock equipment instead.
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A short supplementary lever arm is used on both brakes to amplify power.
Photo credit © James Huang