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Tesla Has a New Halloween Trick for Its Owners

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Tesla is getting into the Halloween spirit with a new software update that transforms its electric vehicles into rolling haunted houses. The latest Tesla Halloween Mode adds spooky graphics, sounds and lighting effects, giving owners a seasonal dose of entertainment through the company’s familiar Toybox feature.

Announced in early October, the update introduces a redesigned vehicle visualization and a series of Halloween-themed effects. Tesla describes the experience as a “haunted house on wheels,” turning the car’s central display into a digital playground filled with ghosts, pumpkins, skeletons and other Halloween imagery.

Tesla Halloween Mode Adds Ghosts, Pumpkins and a Haunted Graveyard

The most obvious change appears on the central touchscreen, where the vehicle visualization can now wear a ghost costume. Instead of the usual representation of the Tesla, the car is covered by what looks like a classic white sheet, complete with a distinctly Halloween-inspired appearance.

Tesla has also added a new “Trick or Treat” function. When activated, the vehicle can play spooky sounds while switching its exterior lights on and off as someone approaches the car. It is a simple feature, but one that fits neatly with Tesla’s long-standing habit of hiding playful software features inside its vehicles.

The parked-car display receives an even more dramatic makeover. Tesla’s videos show the vehicle sitting in a virtual graveyard beneath a full moon, surrounded by glowing pumpkins. A haunted house appears in the distance, while a skeleton and a mysterious hand emerging from the ground complete the scene.

It is considerably more elaborate than a simple change to the vehicle icon and demonstrates how Tesla continues to use software as a way of adding new experiences to its cars without changing any physical hardware.

Tesla Continues Its Toybox Tradition

Halloween Mode is the latest addition to Tesla’s Toybox collection, which has become one of the company’s most recognizable software features.

Tesla has previously used Toybox to introduce a variety of Easter eggs and seasonal features, including Santa Mode. That holiday-themed mode turns the vehicle visualization into a festive experience and has remained available beyond the Christmas season.

The arrival of Halloween Mode raises an interesting question: will Tesla continue expanding its collection of permanent seasonal themes?

If Santa Mode is any indication, Halloween Mode could remain inside the Toybox menu after October ends. That would allow Tesla owners to activate the spooky graphics and effects whenever they want rather than limiting the feature to Halloween.

For Tesla, it is another example of how software can give an otherwise familiar vehicle a completely different personality.

Tesla Takes Inspiration From Rivian

Tesla is not the first electric vehicle manufacturer to experiment with Halloween-themed vehicle software.

Rivian has offered similar seasonal features for several years. In 2024, the American EV manufacturer introduced three Halloween-themed “costumes” for parked vehicles.

Rivian’s implementation went beyond simple graphics. Pedestrians shown on the vehicle display could be transformed into zombies, while cyclists and motorcyclists could appear as Headless Horsemen.

Tesla’s approach is somewhat different, but the idea is fundamentally the same: use the vehicle’s cameras, displays and software to create a temporary digital world around the car.

As electric vehicles become increasingly software-defined, features like these are becoming another way for manufacturers to differentiate their products. They may not improve range, acceleration or charging speed, but they can make the ownership experience more entertaining.

Not Every Tesla May Get the Full Halloween Experience

There is one important technical limitation to Tesla’s Halloween update.

The most sophisticated full-screen 3D visualizations require the more powerful AMD Ryzen-based computers fitted to newer Tesla vehicles. Older models equipped with Intel processors are therefore not expected to support the complete graveyard scene shown in Tesla’s promotional material.

That does not necessarily mean older Teslas will miss out entirely. Other Halloween-themed additions, including some of the visual and audio effects, may still be available depending on the vehicle’s hardware and software configuration.

This is becoming increasingly relevant as Tesla continues to add software features that rely on increasingly powerful in-car computing hardware. While over-the-air updates allow Tesla to add new capabilities years after a vehicle has left the factory, hardware differences can determine which features older cars are able to run.

Tesla Teases Halloween With Optimus

Tesla began building anticipation for the update in early October with a post on X featuring the message “Halloween is coming.”

The short video showed a pumpkin, a Tesla dressed as a ghost and the hand of Tesla’s Optimus humanoid robot rising from the ground in zombie-like fashion.

The teaser fits Tesla’s broader strategy of turning software announcements into events of their own. Rather than simply listing the functions included in an update, the company has increasingly used visual Easter eggs and social-media teasers to generate interest among its owners and followers.

With Halloween Mode, the car itself becomes part of the celebration.

A Software Feature That Shows Tesla’s Unusual Approach to Car Ownership

Tesla Halloween Mode is not a feature that changes the way a Tesla drives. It does not increase performance, improve efficiency or add driving range. Instead, it illustrates another aspect of Tesla’s approach to automotive software.

Traditional carmakers typically rely on physical equipment, accessories and styling packages to differentiate vehicles. Tesla can use an over-the-air software update to give thousands of cars a completely different visual identity almost instantly.

That flexibility has become one of the defining characteristics of the modern Tesla ownership experience.

Whether owners actually use the Halloween features for more than a few minutes is another question. But features like these help reinforce Tesla’s reputation for treating its vehicles as software platforms as much as conventional automobiles.

And if Halloween Mode follows the same path as Santa Mode, Tesla owners may soon have a growing collection of seasonal personalities to choose from whenever they open the Toybox menu.

For now, however, Tesla’s latest software update gives its electric cars a suitably spooky makeover—complete with ghosts, graveyards, pumpkins, skeletons and a few tricks waiting for anyone brave enough to approach the car.

Source: Tesla via Instagram

NEW CARS

New Tesla Roadster Reveal Date Confirmed: What We Know About the Next-Generation Electric Supercar

Tesla has confirmed October 1 as the unveiling date for its next-generation Roadster, bringing an end to a nine-year wait since the electric supercar was first introduced in 2017. The announcement has reignited interest in one of the most ambitious performance cars in Tesla’s history, particularly after reports suggested that the reveal could include a dramatic demonstration involving SpaceX-inspired thrusters.

Tesla Roadster Reveal Set for October 1

The announcement came with a countdown and a teaser image featuring the date “10.01”, alongside the phrases “Go for launch” and “Where we’re going.” While Tesla has not disclosed every detail of the presentation, the wording appears to reinforce speculation that the new Roadster’s unveiling will be anything but conventional.

The October 1 reveal is expected to provide the clearest look yet at Tesla’s long-delayed electric performance flagship, including its design, powertrain, battery technology and production plans.

Could the New Tesla Roadster Actually Lift Off?

One of the most intriguing reports surrounding the new Tesla Roadster comes from The Information, which claims Tesla is preparing a demonstration at SpaceX’s rocket testing facility in McGregor, Texas.

According to the report, the demonstration could feature a limited-edition Roadster fitted with cold-gas thrusters capable of generating enough force to lift the car off the ground. The concept would turn Tesla’s long-standing promises about extreme performance into a highly theatrical display.

The reported demonstration would not involve a driver. The Roadster would reportedly be operated remotely, while spectators would remain several hundred meters away because of the thrusters’ force and noise.

Tesla has not publicly confirmed these specific demonstration details, so they should be treated as reported plans rather than established production specifications.

Tri-Motor Power and Advanced Battery Technology

The production version of the next-generation Tesla Roadster is expected to use a tri-motor electric powertrain, continuing Tesla’s focus on combining all-wheel-drive traction with supercar-level acceleration.

Advanced battery technology is also expected to play a central role. Tesla’s original Roadster announcement promised an unusually long driving range alongside acceleration figures that would challenge the world’s fastest combustion-powered cars.

The reported SpaceX thruster package is expected to be offered as an option on a special, limited-run variant. Such a version could potentially differ significantly from the standard production car and may not be street-legal.

A Nine-Year Wait for Tesla’s Electric Supercar

The original Tesla Roadster was presented as a car capable of redefining expectations for electric performance. Its successor, however, has faced a lengthy development period, making the October 1 unveiling especially significant.

The new Roadster is expected to occupy a unique position in Tesla’s lineup: a halo model designed not only to deliver extraordinary acceleration, but also to demonstrate the company’s ambitions in battery technology, electric powertrains and advanced vehicle engineering.

Whether Tesla ultimately delivers the promised performance, introduces a production-ready car or focuses on a spectacular technology demonstration remains to be seen.

When Will Tesla Reveal the New Roadster?

Tesla will unveil the next-generation Roadster on October 1. The event is expected to clarify the car’s final specifications, production plans and the extent to which the reported SpaceX-inspired technology will feature in the new model.

Until then, the Roadster remains one of the most closely watched electric performance cars in the world—and one of Tesla’s most intriguing unfinished stories.

Source: Tesla

News

Tesla Settles Fatal Autopilot Crash Case Before Trial

Tesla has reached a settlement with the family of a California man who was killed when his Model S, operating with Autopilot engaged, crashed into a fire truck blocking Interstate 680 in 2023. The settlement prevents the case from going before a jury, leaving unanswered questions about the responsibilities of both Tesla’s driver-assistance technology and the driver behind the wheel.

The family of Genesis Giovanni Mendoza Martinez, 31, sued Tesla in 2024 following the fatal crash. The agreement was reached less than two months before the case was scheduled to go to trial on October 26. Financial terms of the settlement have not been disclosed.

The case is the latest legal dispute involving Tesla’s Autopilot system and a fatal collision, and it once again raises difficult questions about the limits of Level 2 driver-assistance technology.

Tesla Model S Crashed Into Fire Truck on Interstate 680

The crash occurred at approximately 4 a.m. on February 18, 2023, on Interstate 680 in California. Martinez was driving a 2014 Tesla Model S with his brother, Caleb, in the passenger seat.

Emergency crews were responding to another accident on the highway. As part of the emergency response, a ladder fire truck had been positioned diagonally across the roadway to prevent traffic from entering the affected area.

Multiple emergency vehicles were reportedly present, with their warning lights activated.

Despite the highly visible emergency scene, the Tesla Model S continued toward the fire truck and eventually struck it. Martinez was killed in the collision, while his brother suffered serious injuries.

The circumstances made the crash particularly significant because Tesla’s Autopilot system was reportedly active when the collision occurred.

Autopilot Was Engaged for About 12 Minutes Before the Crash

According to allegations contained in the family’s lawsuit, vehicle data indicated that Autopilot had been engaged for approximately 12 minutes before the Model S hit the fire truck.

The data reportedly also showed that Martinez generally maintained contact with the steering wheel during that period.

However, steering-wheel contact does not necessarily establish that a driver was visually monitoring the road.

That distinction is critical when discussing Tesla Autopilot.

Autopilot is a Level 2 driver-assistance system. It can assist with functions such as steering, acceleration, and braking under appropriate conditions, but it does not make the vehicle autonomous. The driver remains responsible for monitoring the road and being prepared to intervene.

In other words, having a hand on the steering wheel is not necessarily evidence that a driver was paying attention to the road ahead.

There has also been no credible evidence identified in connection with this case indicating that Martinez was intoxicated at the time of the crash.

Could Tesla Autopilot Have Detected the Fire Truck?

This is where the case becomes more complicated.

The fire truck was not a small or difficult-to-see obstacle. It was positioned across the highway, and emergency vehicles were reportedly displaying flashing warning lights.

The central question, therefore, was not simply whether Martinez should have been paying attention. It was also whether Tesla’s driver-assistance technology should have detected the obstacle and provided sufficient warning or braking before the impact.

The Mendoza family argued that Tesla had misrepresented the capabilities of Autopilot and that the system was defective.

Tesla disputed those claims and attempted to have them dismissed.

However, U.S. District Judge Vince Chhabria allowed the family’s misrepresentation claims to proceed. Of particular significance was the judge’s conclusion that the name “Autopilot” itself was plausibly misleading in the context of the allegations.

That finding did not establish that Tesla was ultimately liable for the crash. Instead, it meant that the relevant claims could proceed toward trial.

Why the Tesla Autopilot Name Matters

Tesla has consistently described Autopilot as a driver-assistance system rather than fully autonomous driving technology.

The company instructs drivers to remain attentive and ready to take control of the vehicle.

Yet the name “Autopilot” has been the subject of debate for years because of the expectations it can create among drivers and the public.

The distinction between driver assistance and autonomous driving is crucial.

A Level 2 system can perform significant portions of the driving task, but it does not remove the human driver from the responsibility loop. A driver cannot simply activate the system and assume the vehicle will recognize and safely respond to every possible hazard.

At the same time, the technology’s ability to identify obstacles and respond appropriately remains an important part of any discussion surrounding a crash involving an active driver-assistance system.

The California fire truck collision illustrates the tension particularly well.

Tesla Autopilot and Driver Responsibility Remain at the Center of the Debate

The settlement means a jury will not determine how responsibility should ultimately have been divided in this particular case.

That leaves a difficult question without a public courtroom answer: how much responsibility should belong to the driver, and how much should belong to the driver-assistance system?

There are arguments on both sides.

A driver using Tesla Autopilot is still expected to monitor the road and respond to hazards. A large emergency vehicle blocking a highway is precisely the type of situation in which a human driver should be prepared to intervene.

But the presence of an active driver-assistance system also raises legitimate questions about what the technology should be capable of detecting and how it should respond when an obvious obstacle appears directly in its path.

The distinction between those two responsibilities is at the heart of many debates surrounding advanced driver-assistance systems.

Settlement Prevents Jury From Deciding the Case

The settlement closes the lawsuit without a jury verdict and without publicly disclosed financial terms.

That means there will be no trial determination establishing whether Tesla’s Autopilot system was defective, whether its marketing was misleading in this particular case, or how responsibility for the fatal collision should have been divided between the driver and the automaker.

For Tesla, the settlement avoids another high-profile courtroom battle over Autopilot.

For the broader automotive industry, however, the case remains noteworthy because it highlights a problem that is becoming increasingly important as advanced driver-assistance systems become more common.

Technology can assist the driver, but determining where human responsibility ends and technological responsibility begins remains far from straightforward.

What the Tesla Autopilot Crash Means for the Future

The California Model S crash is another reminder that the term “self-driving” should not be casually applied to modern driver-assistance systems.

Tesla Autopilot is designed to assist a driver, not replace one. The driver is still expected to monitor the road and intervene when necessary.

At the same time, the technology itself will continue to face scrutiny whenever an equipped vehicle fails to respond to a significant hazard.

That makes the unresolved questions surrounding this case more important than the settlement itself.

If a human driver and a driver-assistance system are both supposed to monitor the road, who should be held responsible when neither reacts appropriately to a highly visible obstacle?

In this case, a jury will never provide an answer.

The settlement ensures that the legal dispute is over, but the debate surrounding Tesla Autopilot, driver attention, and the limits of semi-automated driving is likely to continue.

Photos: Contra Costa Fire Department