‘We saw the capability of the E-Ray and how we could take advantage of it. The design and structure of the ZR1s were always being designed to handle performance at the pinnacle.’<\/em><\/p><\/blockquote>\nRather than parallel and separate development tracks, think of Corvette engineering teams as more like DNA strands, their genetic data informing and cross-pollinating the whole.<\/p>\n
For one, Chevrolet created a core development team exclusively for all-wheel drive. Using the E-Ray as a test bed, they applied those learnings to push every boundary of the ZR1X\u2014enough to confidently take on seven-figure models like the Ferrari F80 and McLaren W1.<\/p>\n
“We intentionally kept that core of intelligence together,” Badgley says.<\/p>\n

\nPhoto by: Chevrolet<\/p>\n
The ZR1X, Badgley says, helped validate key metrics for a ZR1 that went to showrooms first. That includes a shared aero program for design efficiencies and commonalities in manufacturing; The models can share an assembly line in Kentucky, allowing Chevrolet to instantly adjust production based on customer orders. Credit the ZR1X for a shared, optional carbon-fiber wheel whose performance bandwidth was assured by a \u201chigher-load program\u201d for the heavier AWD car.<\/p>\n
“Otherwise, we would have had to spend time validating the ZR1 loads and then validating again for the ZR1X,” Badgley says. “So even though there\u2019s a ZR1 team and a ZR1X team, we\u2019re dealing with the same problems, helping each other to solve them and make these two great cars come together.”<\/p>\n
The ZR1 upsized the Z06\u2019s brakes, but deceleration requirements for the more-powerful ZR1X demanded a clean-sheet solution. The largest brakes in GM history feature 10-piston front calipers, ridiculous 16.5-inch rotors front and rear, and new continuously woven carbon-fiber brake discs.<\/p>\n
During ZR1X development at the N\u00fcrburgring, engineers clocked a stunning 1.9 g\u2019s of deceleration at the Tiergarten corner, a wicked-technical right-hand sweeper near a lap\u2019s end that saw test drivers shed speed from 180 to 120 mph.<\/p>\n

\nPhoto by: Chevrolet<\/p>\n
Badgley says the \u2018Vette\u2019s most-resilient brake discs in history survived 2,500 miles of brutal track testing\u2014on four cars, more than 600 miles per car\u2014without a brake change. The ZR1X will bequeath that standard “J59” brake package to the ZR1, which adopts it as an option for 2026.<\/p>\n
ZR1X trickle-down will even benefit the entire family. Every 2026 Corvette gets the new PTM Pro traction manager, designed with ZR1X in mind. For daring types, it offers easy screen access to turn off traction and stability control, while maintaining launch control functions. For the ZR1X, PTM Pro also keeps brake-based torque vectoring active, actively managing inside-front braking for maximum traction while exiting corners.<\/p>\n
The ZR1X is on schedule to arrive by Christmas, ideally wrapped in a Corvette-red bow for good boys and girls. Badgley says the teams are still tinkering, trying to unlock more speed. That includes a quarter-mile that the ZR1X dispatched in less than 9 seconds just a few weeks ago, on a prepped surface at US 131 Motorsports Park in Michigan. Corvette fans may argue about the line of succession. But in a straight line at least, the all-wheel-drive ZR1X will wear the undisputed Corvette crown.<\/p>\n
“We\u2019re actually looking to see how much below nine seconds we can get, so we\u2019re excited for that,” he says.<\/p>\n
<\/p>\n","protected":false},"excerpt":{"rendered":"
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