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There are plenty of anime protagonists I'd gladly spend an afternoon with, whether it’s Megumi Fushiguro from Jujutsu Kaisen or Kikuri Hiroi from Bocchi the Rock! Yet Yaniko, the titular star of Netflix’s Chainsmoker Cat , isn't one of them. The young “beastfolk” is filthy and reeks of stale cigarettes. Her apartment is a biohazard of overflowing ashtrays, empty bottles, and garbage that seems to have fused with the floor. She's perpetually behind on rent, chronically broke, and so dependent on nicotine that she'll rifle through discarded cigarette butts just to get another drag.

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Denza has begun testing the hardcore Z Special Edition at the Nürburgring.

The high-performance EV will attempt to set a new record this fall.

Upcoming model has a tri-motor powertrain with more than 1,973 hp.

At the Goodwood Festival of Speed , BYD’s Denza introduced their new Z supercar. The company confirmed there will be Coupe, Spider and Racing variants as well as a Special Edition that will attempt to set a new Nürburgring Nordschleife lap record this fall.

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It seems like the company is getting in some early practice as a prototype was recently spied on and around the famous track. As you can see, the model appears to be based on the Z Racing, but is far more extreme.

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As a refresher, that variant comes equipped with a carbon fiber front splitter, underfloor vortex generators, and an assortment of vents. The model can also be equipped with an optional carbon fiber rear wing and these features enable the coupe to generate 2,337 lbs (1,060 kg) of downforce at 217 mph (350 km/h). The special touches don’t end there as the car’s rear seats can be replaced by a roll cage.

More: BYD’s New Denza Z More Than Doubles A 911 Turbo S’ Power For Less Than GTS Money

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The prototype seen by spy photographers builds on that, but is far more aggressive as it has multiple canards and a larger splitter. They’re joined by modified bodywork, a massive wing, and a diffuser that takes up roughly a third of the rear end. We can also see new wheels and tires as well as exposed carbon fiber bodywork.

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The latter shouldn’t be surprising as Denza has previously said the Z Special Edition will feature “race-grade dual-layer composite bodywork, including panels made completely from carbon fiber.” The company has also said the car will be equipped with a “drag-reduction system that coordinates a front active diffuser and a rear wing flap to cut drag by up to 40%, while producing more than 4,409 lbs (2,000 kg) of downforce at 186 mph (300 km/h).”

The regular Z has a 76 kWh Blade Battery that feeds a tri-motor powertrain developing 1,582 hp (1,180 kW / 1,604 PS) and 914 lb-ft (1,240 Nm) of torque. This enables the coupe to accelerate from 0-62 mph (0-100 km/h) in 2.25 seconds, before hitting a top speed of 186 mph (300 km/h). The Z Racing is even quicker as it hits 62 mph (100 km/h) in 1.96 seconds and has a top speed of 217 mph (350 km/h).

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However, the Z Special Edition is the star of the show as it will have a track-grade thermal management system and a combined output in excess of 1,973 hp (1,471 kW / 2,000 PS). Denza has claimed this will enable the model to rocket from 0-62 mph (0-100 km/h) in less than 1.7 seconds.

Denza has said the car will “undergo additional development assessment” ahead of the record-breaking attempt, and details will be released in “due course.”

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Denza Z Racing

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Quick facts

What it is: The collision-prone galaxy cluster MACS J0553.4-3342

Where it is: In the constellation Columba

When it was shared: July 2026

Around 100 years ago, Albert Einstein made an audacious prediction about space. The frequently right (but occasionally wrong) physicist theorized that, just as the curved lens of a magnifying glass bends light to increase an object's apparent size, massive celestial objects can curve the very fabric of the universe with their gravity — causing distant sources of light to bend, warp, and appear magnified as their rays pass through the region on their way to Earth.

Today, this phenomenon — called gravitational lensing — has been confirmed through dozens of telescope observations, and is a crucial tool that observatories like the James Webb Space Telescope (JWST) use to probe the light of the oldest, faintest galaxies in the universe. And in this newly released JWST image of a tumultuous young galaxy cluster, Einstein’s gravitational funhouse effect is on full display.

In the foreground, two bright white points of light ringed with white halos signify the gravitational center of MACS J0553.4-3342, a gargantuan collection of bound galaxies located in the constellation Columba (the dove). These two white beacons are massive elliptical galaxies, each wreathed in their own sub-cluster of smaller galaxies, according to a statement from the European Space Agency (ESA). And the two clusters are not getting along.

Studying the galaxies’ light as it appeared roughly 4.4 billion years ago, astronomers can tell the clusters are in the messy process of merging together. The two principal elliptical galaxies have already slammed through each other once, and now sit at a distance of around 1 million light-years apart (that’s about 10 Milky Ways lined up in a row). Eventually, that gap will close as the massive galaxies swoop back toward each other, finally combining into one.

A full-size view of JWST's observations (Image credit: ESA/Webb, NASA & CSA, S. Fujimoto) But the real jewels in this galactic trove are hidden in the contorted, orange arcs of light that bookend the cluster on either side. Here, the magnifying effect of gravitational lensing is acting in full force — allowing JWST to detect the light of several faint galaxies from less than a billion years after the Big Bang.

Three bright dots in the arc on the left are actually three repeated images of a single galaxy, according to ESA. The trippy effect appears several times throughout the image, with each elongated orange streak cracking open a warped window onto an ancient corner of the universe that would otherwise be impossible to see.

Through observations like these, scientists using JWST have discovered that the oldest stars and galaxies in the universe have grown larger and faster than our leading theories of cosmology predict should be possible. Using one cosmic oddity to uncover another, this gravitational lens could keep astronomers busy for decades to come.

See more space photos of the week:

'Human minds should not go through this'

The Artemis II crew recalls the unreal moment when Earth disappeared

Hidden structure in 1st Vera Rubin image

First-light images from the Vera C. Rubin Observatory reveal a 163,000-light-year stream of stars emanating from a nearby galaxy.

JWST peeps the 'Eye of God'

A spectacular James Webb telescope image reveals intricate structures inside the Helix Nebula.