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

2016 Chevy Camaro gets 272-horsepower turbo four-cylinder and lighter chassis

Add as a preferred source on Google

When I say “Camaro”, you say “…turbo four-cylinder?”

Yes, according to Automobile Magazine, Chevrolet has added a 2.0-liter turbocharged four-cylinder to the 2016 Camaro powertrain lineup.

The 2.0-liter turbo is new to the Camaro, but it’s been seen before in the Cadillac CTS. Under the sedan’s hood, the engine made 272 horsepower and 295 pound-feet of torque. Chevy hasn’t confirmed the 2.0-liter’s output in Camaro guise yet, but we don’t expect it to stray incredibly far from the Caddy’s numbers.

The Camaro’s forced induction four-pot is the latest example of smaller, turbocharged engines making appearances in V8-bound muscle cars. Ford beat GM to the punch, though; the 2015 Mustang offers a 2.3-liter Ecoboost unit with around 300 hp.

Other engines for the 2015 Camaro include a carry over 3.6-liter V6 and, in SS trim, the new 455-hp LT1 V8 from the 2014 Corvette Stingray. No word yet on powertrains for the Z28 and ZL1 models.

The sixth-gen Camaro will also ride on a new chassis: a lighter, nimbler framework known as the Alpha Platform. Alpha is also found in the Cadillac CTS, and it replaces the older, bulkier Zeta platform of previous generations. The change will reportedly save the ‘Maro “several hundred pounds.”

Despite it’s lighter frame, the new platform will increase the size of the new car slightly. The Alpha Platform gives the Camaro a 114.6 wheelbase, 2.3 inches more than before. It’s also a full 7.5 inches longer than the Mustang.

As we previously reported, the aesthetics of the 2016 may remain relatively unchanged, but other reports have surfaced that contrast that information. Automobile Magazine reports that the 2016 model will be influenced by the insect-eyed second generation, and Edmunds says the new muscle car will feature an “evolutionary look” that will refresh the current generation.

For conformation, stay tuned to Digital Trends as we inch closer to the 2016 Camaro’s full reveal.

Andrew Hard
Andrew first started writing in middle school and hasn't put the pen down since. Whether it's technology, music, sports, or…
Chinese drivers have figured out a silly way to fool Tesla Autopilot and it involves doll heads
God forbid a Tesla wants to drive itself!
Tesla Autopilot

Tesla's driver-monitoring systems are designed to ensure drivers keep their eyes on the road while using Autopilot and other assisted-driving features. But in China, some Tesla owners have reportedly found an unusual workaround: tiny plastic doll heads.

According to a recent Wired report, a growing niche market has emerged around figurines and gadgets designed to trick Tesla's in-cabin camera into believing an attentive driver is sitting behind the wheel. The most popular version involves miniature celebrity heads, often resembling actors or public figures, mounted near the rearview mirror to block the camera's view of the actual driver.

Read more
Tesla FSD update adds a new dialog that previews your car’s parking plan
Version 14.3.4 surfaces the car's intended parking method on screen before it begins the maneuver, a change that makes supervised autonomy feel more predictable.
Tesla FSD Supervised featured

Tesla has started rolling out Full Self-Driving (Supervised) version 14.3.4, and one of its standout additions makes the end of a trip feel notably more polished. The update introduces a new dialog box that appears as the car approaches its destination, showing the driver exactly how it plans to park before it begins the maneuver.

A robotaxi-style arrival experience

Read more
This tiny sensor could help self-driving cars and robots see better in the dark
Penn State researchers have developed a light-adaptive photomemristor modeled on the human eye that achieves over 95% visual accuracy in shifting light conditions.
Waymo Jaguar I-PACE sensors close up

Penn State researchers have developed a light-adaptive sensor component that could make autonomous vehicle cameras and robots far more reliable in shifting lighting conditions. The work, published Monday in Nature Communications, takes direct cues from how the human eye adjusts between bright and dark environments.

Biology as a blueprint

Read more