Undocumented Change Detected on Latest Update: Enhanced Connectivity, Intuitive Reverse

Tesla’s recent holiday update keeps giving as a couple of undocumented yet significant changes have been introduced. The 2023.44.30.8 update improves the transition from WiFi to cellular data in Tesla vehicles. Many may not notice this subtle update, but it ensures constant connectivity for Tesla drivers. It also took a few double takes to see another interesting update in the holiday update that will change how Tesla drivers reverse.

Seamless Transition: The End of Connectivity Gaps

Previously, Tesla owners experienced an everyday inconvenience. While backing out of their garage or simply driving away from their homes, the vehicle would lose its WiFi connection, resulting in a short period where voice commands and other connected features were unavailable until a cellular connection was established. However, the latest update addresses this issue. When the vehicle is put into drive or reverse, it seamlessly switches from WiFi to a cellular connection, eliminating connectivity gaps.

The mechanics behind this improved transition suggest that Tesla may proactively activate the cellular connection when the driver enters the vehicle. This approach differs from the previous protocol, where the car waited until it was put into drive to establish a cellular connection. By keeping the cellular connection active or turning it on upon the driver’s entry, Tesla ensures that the vehicle remains constantly connected, enhancing the overall user experience.

Owners have reported noticeable improvements in connectivity since the update. Our tests corroborate these findings, demonstrating a significant enhancement in WiFi speeds and a smoother transition to cellular data. This improvement is especially beneficial for features that rely on internet connectivity, such as voice commands and navigation, ensuring they remain functional even when transitioning from a home network to cellular data.

Intuitive Reverse Lane Markers

The holiday update introduces reverse lane markers in the vehicle’s visualization. Similar to those seen in the reverse camera, these markers now appear in the main display, clearly indicating the vehicle’s path while reversing. X user @KeaganGigatexas discovered the change while turning the wheel.

This is something neat I just noticed! Have you ever seen this before? @tesla pic.twitter.com/loqnWjvAVL

— KEAGAN (@KeaganGigatexas) January 5, 2024

For vehicles equipped with Ultrasonic Sensors, the update brings an innovative feature – the displayed distance to nearby objects now dynamically changes based on the steering wheel’s position. This feature gives drivers a more accurate sense of their surroundings, especially in tight parking scenarios.

Interestingly, vehicles without USS no longer show distances to objects, coinciding with the introduction of high-fidelity park assist. While these vehicles benefit from the new lane markers, they do not display the distance of the ‘aimed’ object, differentiating the experience for drivers with different Tesla configurations.

While the 2023 holiday update paled compared to previous holiday updates, Tesla continues to sneak in more subtle changes, further improving the vehicle free of charge.

Tesla appears to be ready to unveil some changes to the Model S and Model X.

The Model S and Model X will gain updated “efficiency” packages in 2024. References to these hardware changes were spotted by Tesla enthusiast Greentheonly in the 2023.44.30.8 vehicle firmware. Green goes on to say that Tesla makes efficiency package changes when there are changes to the battery or drivetrain that affect the vehicle’s range.

However, these changes don’t necessarily mean the changes will improve efficiency or increase the vehicle’s range.

Former Tesla service technician, Anthony Spina mentions that Tesla last changed an efficiency package in 2021 when they increased the battery pack for the Model 3 and Model Y from a 77 kWh battery to a 82 kWh battery. Tesla also added more efficient motors at the time.

Tesla recently updated their EPA mileage for new models in the U.S. and Canada due to government-required testing changes. Although vehicle hardware didn’t change, the EPA estimates are now lower than before across most Tesla models, including other EVs.

This is because the EPA now requires vehicle manufacturers to account for all acceleration modes and averaging them when determining the vehicle’s range.

To combat less efficient stopping modes, Tesla is removing roll and creep modes on new Model 3 and Model Ys in these countries.

Center Horn

While looking through the firmware’s code, Green also found a reference to a new yoke for the Model S and Model X. The new wheel will finally feature a mechanical horn in the center. Since the new Model S was revealed in 2021, it has used a small button on the steering wheel to activate the vehicle’s horn.

We’ve heard that this center horn has been coming for a while now, but given that it’s now showing up in Tesla’s firmware, it looks like a release may finally be near.

Ambient Lighting and Bumper Camera Also Coming

The Model S is due for a new seat design. A few months ago, the parts catalog displayed a different seat design with a much higher and more narrow headrest. Directly below the headrest is a Plaid badge that looks like it could be swapped out for different designs. The seat design is similar to the RECARO or Sparco racing seats, two leaders in the performance automotive seat field.

The ambient lighting in the new Model 3, and Cybertruck has been a popular feature, adding an option to the vehicle’s cabin that resonates with the high-tech feel of these vehicles. The ambient lighting addition is certainly coming to other models, including the Model S and Model X. Remember the Model Y refresh, code name Juniper is underway.

The front camera is also featured in the Cybertruck and will undoubtedly be added to the rest of the fleet. The camera removes the blind spot just in front of the car for those tight parking spaces and has been a welcome addition after removing other sensors. Our source previously confirmed that the front bumper camera will also be arriving on the Model S and X. Could it be tied to these additional updates?

It’s the start of a new year, but the same ol’Tesla, a company that continues to make changes, adapting to new testing and customer preferences.

Tesla’s latest software update, version 2023.44.100, has brought an innovative feature to its vehicles in China – a countdown for traffic lights. The update displays the traffic light status and the remaining seconds for the next intersection in navigation mode. The feature requires Tesla’s premium connectivity.

The concept isn’t entirely new; Audi introduced a similar technology years ago using vehicle-to-infrastructure technologies. Audi’s Traffic Light Information system, part of Audi Connect PRIME, also offers a countdown for traffic lights and other benefits like recommended driving speeds for fuel conservation.

How Does It Work?

The functionality of Tesla’s new feature is likely to be based on principles similar to Audi’s TLI. It’s speculated that Tesla might be using signals from traffic lights or government data accessed via the internet in China. This method would align with Audi’s approach, where data on traffic light patterns is collected and analyzed to provide real-time updates to drivers.

The traffic light countdown is more than a convenience feature. It can improve traffic flow and reduce fuel consumption by advising drivers on optimal speeds and reducing unnecessary idling at traffic lights. Cities can use the aggregated data to optimize signal timing, further enhancing traffic management.

Trip Progress Bar

At the bottom of the photo, we can also see that Tesla has added a “progress bar” in the bottom navigation module that typically displays additional nav options and your estimated arrival time, distance to travel, and more. The progress is displayed with a red triangle marking the vehicle’s trip progress along the gray and blue line.

It seems that Tesla could add this feature to any additional regions in the future, as it doesn’t depend on any additional data, unlike the traffic light countdown.

The Future of Connected Driving

The adoption of 5G-powered cellular vehicle-to-everything technologies will enhance these systems. Such advancements could allow for near-instantaneous communication between vehicles and infrastructure, increasing driver safety and efficiency. There has been speculation of this before from Tesla when talk of the HELP system surfaced. Not only would it change the hazard light features, but if a Tesla encountered a hazard, it would alert other vehicles approaching the area of the danger.

Audi’s journey in traffic management technology dates back to the mid-2000s with their Travolution project in Ingolstadt, Germany. This project involved direct wireless communication with traffic signals to relay information, significantly reducing time spent at traffic lights and decreasing fuel consumption. The expansion of Travolution to other cities and the evolution into TLI marked Audi’s commitment to innovative traffic management solutions.

Introducing this technology will allow municipalities to improve traffic flow and pedestrian-friendly intersections. The continuous data exchange helps optimize traffic signal timings and reshape road layouts based on traffic patterns. For drivers, this translates to a smoother driving experience with fewer stops and starts, ultimately leading to more efficient and less stressful journeys.