Tesla's next update will be update 2022.36 instead of 2022.32. Tesla's version naming is based on the year and the week number. So update 2022.36 would have been started around the 36th week of 2022.
Tesla traditionally releases an update every four weeks, but sometimes updates can take longer to develop, test, or fix bugs, causing the version number to fall behind the calendar.
Although it doesn't happen too often, Tesla has skipped update version numbers in the past.
Given that we're now in the 39th week of the year, Tesla has chosen to skip version 2022.32 and jump directly to 2022.36.
Update 2022.36 is right around the corner and we're now having our first look at the features included in this update.
Tesla is adding support for a new language bringing its total to well beyond 20 now. Update 2022.36 introduces Lithuanian as a supported language for the vehicle's on-screen controls.
About two years ago Tesla added the ability to notify you via your mobile phone if the car doors, trunk or windows were left open.
With 2022.32 they're adding on to this feature and will now notify you if the car has been left unlocked.
If you have the walk-away lock feature turned on your vehicle automatically locks when you walk away if you're using a phone key or key fob. You also have the option to exclude locking when at home.
When tapping on a Supercharger icon on the vehicle's navigation system will reveal a pop-up that displays additional information about that Supercharger location.
Tesla already shows you the number of stalls available, the price and available amenities at the location.
With 2022.36 Tesla has redesigned the pop-up and will display historical usage for each Supercharger location.
It appears that Tesla will display typical usage for the location by providing an hourly analysis of how busy the Supercharger typically is at certain times of the day.
This feature should let us easily view the busiest times at Superchargers, letting us plan our charging stops a little better.
New Energy Graph
The biggest feature of 2022.36 is by far a new energy graph.
Tesla has made tremendous improvements around its energy predictions in the last few updates and although they haven't changed the UI of the energy graph, it has resulted in much more accurate predictions that now take wind, humidity, the number of occupants, phone charging and more into account when predicting energy usage.
With 2022.36 Tesla delivers a brand new energy app that shows much more detail on how the vehicle is using energy.
The new Model S and Model X haven't had the energy graph available and now this may explain why. Tesla has likely been working on this new energy graph for a while and didn't want to spend time adapting the old app to fit the new vehicles. The new vehicles may finally receive an energy app with this update.
The new energy graph will not only let you view the energy the vehicle is using while driving but also the amount of energy that was used while the vehicle was parked.
Whether the vehicle is driving or parked, you'll now be able to see a complete breakdown of all the different systems in the vehicle and how much energy they've used. Unfortunately, Tesla doesn't display energy used in kW, but in percentage.
The vehicle will also provide suggestions on how to improve efficiency.
At the top of the energy graph where you normally have Consumption and Trip, you'll now have a new option called Park which displays energy used while parked.
The consumption screen looks similar to the way it did before. It displays the vehicle's energy usage on a graph over a chosen distance.
However, the Park and Trip views have been completely revamped.
On the Park screen, the vehicle will display various vehicle components and their energy usage. For example, the vehicle will break down its energy usage over several categories including the vehicle's screen, vehicle pre-conditioning, cabin overheat protection, Sentry Mode and mobile app usage and more.
Next to each category, the vehicle will display the percentage of the energy used for the feature and how it compares to the rest of the fleet. This could be helpful to let you know whether the amount of energy used for that feature is in line with expectations.
You'll also be able to change the timeframe since the last departure or other periods.
Similar to the Park screen, the new Trip screen also displays a breakdown of energy used across different vehicle systems, although it also adds a graph at the top, similar to what's available in the vehicle today.
The graph will automatically change colors, not based on the battery state of charge, but dependent on whether the vehicle used more or less energy in the given segment of the route when compared to its predictions.
Underneath the graph, Tesla will display the amount of energy used for driving, climate, battery conditioning, altitude, and other systems.
In addition to displaying the percent of the energy used for each system, Tesla will also compare your usage to its prediction and the percentage difference above or below the prediction.
Elon Musk started Tesla's AI Day 2022 by saying, "I want to set some expectations with respect to our Optimus Robot," just before the doors opened behind him. A robot walked out, waved at the audience, and did a little dance. Admittedly a humble beginning, he explained, "the Robot can actually do a lot more than what we just showed you. We just didn't want it to fall on its face." Musk's vision for the Tesla Robot, "Optimus is going to be incredible in five years, ten years mind-blowing." The CEO said other technologies that have changed the world have plateaued; the Robot is just starting.
Tesla's CEO envisions Optimus eventually being like Commander Data, the android from Star Trek the Next Generation, except it "would be programmed to be less robot-like and more friendly." Undoubtedly there is a long way to go to achieve what Doctor Noonien Soong created in Star Trek TNG. What was demonstrated onstage wasn't at that level, but several videos throughout the presentation highlighted what the Robot is capable of at its very early stage in development. The audience watched the Robot pick up boxes, deliver packages, water plants and work at a station at the Tesla factory in Fremont.
Development over 8 Months
The breakdown of some of the systems of the Tesla Robot
Tesla (Edited by Not a Tesla App)
The first Robot to take the stage at AI Day was not Optimus, but Bumble C, another acknowledgement to The Transformers, as Bumble Bee played a significant role in that franchise. However, Bumble C is far less advanced than Optimus, who did appear later but was on a cart.
Several Tesla engineers took turns on the microphone describing some of the most complex elements of the project that was first announced one year ago. Perhaps the best description of the project was the company moving from building a robot on wheels to a robot on legs. However, that may be oversimplifying. For example, the car has two motors, and the Robot has 28 actuators.
Overall Design and Battery Life
Tesla's brightest demonstrated how the production has come to life over the past eight months. It seems this group of computer masterminds had to become anatomist experts as Tesla took hints from the human body to create a humanoid robot. That is an essential factor in creating Optimus. Everything people interact with is made usable by a human, with two legs, two arms, ten fingers etc. If the Robot differed from what the world is already designed for, everything would have to change. However, recreating the human body and its countless movements would take far too long, so Tesla has stripped it down to less than 30 core movements, not including the hand.
Like the human torso contains the heart, the Robot's chest holds the battery. It's projected that a single charge would provide enough for a full day's work with a 2.3-kilowatt-hour battery. All the battery electronics are integrated into a single printed circuit board within the pack. That technology keeps charge management and power distribution all in one place. Tesla used lessons learned from vehicle and energy production to create the battery allowing for streamlined manufacturing and simple and effective cooling methods.
Tesla showed what the Robot sees, and it looked very familiar. That's because the neural networks are pulling directly from Autopilot. Training data had to be collected to show indoor settings and other products not used with the car. Engineers have trained neural networks to identify high-frequency features and key points within the Robot's camera streams, such as a charging station. Tesla has also been using the Autopilot simulator but has integrated it for use with the Robot programming.
Tesla shows off what the Optimus robot sees
Tesla (Edited by Not a Tesla App)
The torso also contains the centralized computer that Tesla says will do everything a human brain does, such as processing vision data, making split-second decisions based on multi-sensory inputs and supporting communications. In addition, the Robot is equipped with wireless connectivity and audio support. Yes, the Robot is going to have conversations, "we really want to have fun, be utilitarian and also be a friend and hang out with you," said Musk.
Motors Mimic Joints
The 28 actuators throughout the Robot's frame are placed where many joints are in the human body. Just one of those actuators was shown lifting a half-tonne nine-foot concert grand piano. There have been thousands of test models run to show how each motor works with the other and how to effectively operate the most relevant actuators for a task. Even the act of walking takes several calculations that the Robot must make in real-time, not only to perform but also appear natural. The robots will be programmed with a locomotion code; the desired path goes to the locomotion planner, which uses trajectories to state estimations, very similar to the human vestibular system.
Human hands can move 300 degrees per second and have tens of thousands of tactile sensors. Hands can manipulate anything in our daily lives, from bulky, heavy items to something delicate. Now Tesla is recreating that with Optimus. Six actuators and 11 degrees of freedom are incorporated into the robot hand. It has an in-hand controller that drives the fingers and receives sensory feedback. The fingers have metallic tendons to allow for flexibility and strength. The hands are being created to allow for a precision grip of small parts and tools.
Responsible Robot Safety
Musk wanted to start AI day with the epic opening scene from Terminator when a robot crushed a skull. He has heard the fears and people warning, "don't go down the terminator path," but the CEO said safety is a top priority. There are safeguards in place, including designs for a localized control ROM that would not be connected to the internet that can turn the Robot off. He sees this as a stop button or remote control.
Musk said the development of Optimus may broaden Tesla's mission statement to include "making the future awesome." He believes the potential is not recognized by most, and it "really boggles the mind." Musk said, "this means a future of abundance. There is no poverty. You can have whatever you want in terms of products and services. It really is a fundamental transformation of civilization as we know it." All of this at a price predicted to be less than $20,000 USD.
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