Lingenfelter Corvette ZR1 runs a quarter mile in 9.8 seconds (video)

by Alex Patrick

Chevrolet Corvette ZR1 has proven that it can be a very fast car on the track(faster on the Nürburgring than Nissan GT-R or Porsche 911 Turbo) and on the straight line.

Lingenfelter Performance Engineering is well known for their work on Corvette models. Their C6 Corvette ZR1 recently made three 9 second runs, hitting a best of 9.813 quarter-mile at 145.74 mph at the Maryland International Raceway.

The Lingenfelter ZR1 has been upgraded with the company’s LS9 components designed to provide 739 rear-wheel horsepower and 740 rear-wheel torque.

Upgrades to the Lingenfelter ZR1 include:
– Lingenfelter cast aluminum supercharger air intake snout
– Lingenfelter 8.5″ diameter harmonic balancer – 11 rib
– Lingenfelter 2.60″ diameter supercharger pulley – 11 rib
– Lingenfelter S&B air filter
– 4′ diameter air intake tube with mass air sensor
– Ported stock throttle body
– Lingenfelter C6 ZR1 Supercharger Cast Aluminum air inlet
– Double capacity intercooler heat exchanger
– Larger capacity intercooler reservoir system
– Mickey Thompson ET Street Radials R345/35R18 rear tires
– M&H Racemaster P185/50R18 front tires
– CCW aluminum wheels

You may also like

Leave a Comment

This site uses Akismet to reduce spam. Learn how your comment data is processed.

SpeedLux

SpeedLux is a high-authority automotive blog providing the latest automotive news and reviews. SpeedLux covers everything related to cars, bikes, and motorcycles, from news and reviews, to troubleshooting guides, tips and tricks, and more. SpeedLux was launched in 2009 and it reached over 20,000 articles published. We thank all our readers, as well as our partners, without whom we could not have reached this level.

© 2009 – 2026 SpeedLux – Daily Automotive News and Reviews. All Rights Reserved.

SpeedLux
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.