Skip to main content
  1. Home
  2. Cars
  3. Legacy Archives

2014 Chevrolet Camaro Z/28 sweats the small stuff with aerodynamic “Flowtie” badge

Add as a preferred source on Google

The Chevrolet Camaro Z/28 is a no-compromise car.

In the age of infotainment and motion-activated tailgates, the Z/28 is sold without air conditioning, and the only speaker is for the door chime. It’s not surprising, then, that even the iconic Chevy Bowtie badge was subjected to some tweaking to maximize performance.

Recommended Videos

As GM recounts, it became apparent during aerodynamic testing that the stock Bowtie was displacing air away from the radiator, which limits its ability to coll the engine. Not good.

Obviously, removing the badge altogether would invite the ire of Chevy loyalists and the marketing department, so, in what is sure to become a piece of Camaro lore, engineer Richard Quinn took a cutoff wheel to the badge, removing the gold trim around the edges.

The slimmed-down Bowtie allowed an extra three cubic meters of air into the engine per minute, dropping engine coolant and oil temperatures by 2 degrees Fahrenheit during extended track sessions, according to GM.

 Chevrolet Z28-Flowtie

Christened “Flowtie”, it was made standard equipment for the production Z/28. Presumably GM has figured out a way to make them without the need for cutting tools.

A modified badge might seem inconsequential, but it speaks volumes about the Z/28.

Like its Trans Am ancestor, the latest Z/28 was built to conquer racetracks. It’s less powerful than the supercharged Camaro ZL1, but also lighter. Consequently, Chevy says it beat the more muscular Camaro around its test track during development.

Even more impressive is the Z/28’s Nurburgring lap time of 7:37:40, which faster than the exotic Lexus LFA.

How many tenths do you think that “Flowtie” was worth?

Stephen Edelstein
Stephen is a freelance automotive journalist covering all things cars. He likes anything with four wheels, from classic cars…
Your next car’s software update could become its biggest security risk
Your next car could receive updates like your smartphone. That's also becoming a cybersecurity nightmare.
OTA technology allows manufacturers to remotely deliver software updates.

Modern cars are no longer machines that stay the same after they leave the showroom. Increasingly, they're becoming software-defined vehicles that receive new features, bug fixes, and security patches wirelessly, much like smartphones. But while over-the-air (OTA) updates have made vehicle maintenance easier and cheaper, cybersecurity experts are warning that the same technology could also become one of the automotive industry's biggest security challenges.

Researchers and policymakers are now calling for stronger oversight as connected vehicles become increasingly dependent on remote software updates. Their concern isn't just about hackers stealing personal data. It's about someone potentially interfering with the operation of a moving vehicle.

Read more
This sleek Chinese EV pairs supercar styling with three AI brains
The Xpeng L03 is an AI supercomputer disguised as a stylish family SUV
Xpeng L03

Xpeng’s latest electric vehicle carries enough processing power to make the term "smart car" actually sound more realistic than it actually is. The new Xpeng L03 debuted simultaneously in Europe and China on July 16, with the company presenting it across 65 markets. Available as a fully electric vehicle and an L03 Power X range-extender, the coupe-SUV is Xpeng’s most internationally focused model so far. Market-specific prices and sales dates remain unannounced.

Three AI chips and Google Maps built right in

Read more
A new sodium battery posts wild four-minute charging numbers, but don’t expect it in an EV yet
The breakthrough could improve fast charging and battery life, but the study hasn’t demonstrated those results in a production-sized pack
EV Charger

A new sodium-metal battery has posted a charging number that makes today’s EVs look painfully slow. In laboratory testing, the cell operated at a 15C rate, equivalent to completing a charge or discharge in roughly four minutes.

That doesn’t mean researchers plugged in an electric car and watched it fill up before the driver finished buying coffee. The result came from a small experimental cell using a new quasi-solid electrolyte, while the larger pouch-cell prototype delivered far less dramatic performance.

Read more