Tesla FSD Hardware 4.0 Revealed: More Cameras, New Placements

By Nuno Cristovao
Tesla's FSD hardware 4.0 is uncovered
Tesla's FSD hardware 4.0 is uncovered
@GreenTheOnly/Twitter

News and rumors have been heating up about Tesla's upcoming FSD hardware 4.0. Now, thanks to @GreenTheOnly, we have our first look at Tesla's latest FSD hardware, version 4.0.

The new hardware will not only include a faster computer and higher resolution cameras but it will include HD radar, additional cameras and new camera placements.

Cameras

It's been rumored for a while now that Tesla will use upgraded camera sensors with increased resolution. We reported last year that these new cameras are also expected to have LED flicker mitigration that will aid in reading digital signs. 

Tesla's current cameras produce 1.2 megapixels, and while we don't know for a fact what the updated resolution will be, numerous rumors have pointed at them having 5 megapixel sensors.

One of our sources says that while the increased resolution will be useful in certain scenarios, it won't be 'critical' because the higher resolution also comes with some downsides, such as more noise and will require additional processing power.

However, we expect that it will be useful in certain scenarios and Tesla may even be selective about when the increased resolution is used. The new cameras will also provide a better picture and will benefit non-FSD features such as Sentry Mode.

However, the increased resolution of the new cameras is only a small part of the upcoming camera changes.

Camera Placement

Tesla's hardware 4.0 features 12 camera connectors
Tesla's hardware 4.0 features 12 camera connectors
@GreenTheOnly/Twitter

Tesla's hardware 4.0 has 12 camera connectors on board, with one being labeled spare. All current Teslas feature nine cameras in total. Three of them are forward-facing cameras and located underneath the windshield, two are on the fenders, two on the B-pillars, one in the rear and one for the cabin camera.

A leak last month revealed that Tesla plans to reduce the number of front-facing cameras to two, down from three. This is likely due to the higher-resolution cameras, making the third telephoto lens unnecessary.

That means there may be up to three additional cameras in hardware 4.0, or possibly four if you count the spare. According to Green, these three cameras appear to be destined for the vehicle's front bumper, although it's not clear in which direction they'll be aimed.

There have been various documented issues where Tesla has a blindspot when the vehicle is coming out of a secondary road that is obstructed by buildings or other objects. Having a camera that could look to the sides near the front of the vehicle would solve these situations, by giving it better than human vision since they'd be placed near the front of the vehicle.

FSD struggles with obstructed views like these
FSD struggles with obstructed views like these
Cyber Owners/YouTube

According to the camera port names, it appears that Tesla may also be repositioning some of its cameras. The B-pillar cameras, which look forward, may be moved onto the vehicle's fenders to presumably help provide a better view as well.

Another leak last month revealed that Tesla is added a heater element to cameras in the B-pillar of the vehicle, which will help with fog build-up underneath the glass. 

Processing Power

Hardware 4.0 was previously rumored to be about 2-4x faster than hardware 3.0. Some of this power will undoubtedly go toward processing the new camera feeds and additional pixels the new cameras are providing. However, the additional power is crucial given that hardware 3.0 is nearing its processing limit.

Green provided the specs from the new hardware's chips, revealing it contains 20 cores, up from 12, and it maxes out at 2.35 GHz. Green also talked about the number of TRIP cores increasing from two to three and maxing out at 2.2 GHz.

While the number of cores and its frequency don't reveal how powerful this new hardware may be, Green says that the new hardware has 'a lot less improvement than many hoped for.'

It's not clear how much faster hardware 4.0 will be compared to hardware 3, but it sounds like the improvement may be toward the lower limit of the 2-4x speed bump we were expecting.

The hardware specs provided are per node, with the board having two nodes, which are expected to be used for redundancy.

Redundancy

Tesla's FSD hardware 4.0 is uncovered
Tesla's FSD hardware 4.0 is uncovered
@GreenTheOnly/Twitter

When Tesla introduced hardware 3.0, they also built it for redundancy in case of emergencies. Each board was built with two identical nodes. Both nodes could compute the same data and compare the outputs, letting the vehicle know if there was an issue. If one node failed, the vehicle could also continue driving itself long enough to pull over safely.

However, as Tesla's processing requirements increased, redundancy was removed on hardware 3.0 so that Tesla could leverage the processing power of both nodes.

With hardware 4.0, Tesla has once again added redundancy into their hardware, not only in terms of chips and processing but power redundancy as well.

Retrofits

During Tesla's earnings call last month, Elon talked a little bit about hardware 4.0, saying that it would not be economically feasible to perform retrofits.

However, given this look at Tesla's latest FSD hardware, it all but confirms that Tesla has no plans to offer any sort of retrofit.

Hardware 4.0 is also much more than just a faster computer. The power draw is much higher on hardware 4.0 than on hardware 3. The form factor is also completely different and will not fit in a previous model without modifications.

Tesla's previous FSD hardware upgrades were either camera upgrades or a computer upgrade, both of which were easily swappable. However, the hardware 4.0 suite now includes additional cameras, new camera placements, a new computer form factor, and an HD radar, making a retrofit unrealistic in every way.

There may be hobbyists that will dedicate their time and money to retrofitting their vehicles, but that's as far as we expect retrofits to go. The time and money Tesla would spend on retrofitting a vehicle would not make 'economical sense.'

Radar

Tesla's hardware 4.0 package augments vision with an HD radar.

Tesla started removing radar from their vehicles in 2021 with the Model 3 and Model Y. They later removed radar from their Model S and Model X vehicles as well in favor of a vision-only system.

However, with hardware 4.0, Tesla is reintroduced radar with a high-definition radar named Phoenix. HD radar is a step up from traditional radar, letting Tesla more accurately create an image with radar alone.

The inclusion of an HD radar isn't a surprise, as Elon Musk has previously said vision with high-res radar would be better than pure vision.

With hardware 4.0 Tesla is also going the extra distance with protecting its sensors. Not only will some of the cameras contain heaters to prevent weather-related issues, but Tesla will include a heater for the radar as well.

The radar heater will prevent snow and ice from accumulating on the front of the vehicle and blocking the radar signals.

Power Consumption

Since hardware 4's chips are more powerful it isn't a big surprise that they also require additional power. 

According to Green, hardware 3 consumed about 100 watts max, which is about the same as hardware 2.5. Hardware 3 was created with the same power restrictions as hardware 2.5 since it needed to be easily retrofitted.

However, since hardware 4.0 isn't going to be retrofitted, it didn't come with the same design restrictions. We don't know what hardware 4's max processing power is based on the information disclosed, but it will apparently idle at 80 watts, which is about double the idle power of hardware 3.

Which Models Will Have Hardware 4.0

Green believes that Tesla is producing Model S and Model X vehicles with hardware 4.0 now. However, Tesla is hanging on to them and they're not being delivered yet.

Tesla has their upcoming March 1st event titled Investor Day, where they may reveal hardware 4.0 to everyone. Possibly with a surprise announcement that all current vehicles contain hardware 4.0.

It's not clear whether the Model 3 and Model Y are currently being manufactured with the new hardware, the Model 3 and Y lines in China are currently paused for retooling which could be related to hardware 4.

Elon: Tesla Robotaxi Ahead of Schedule, First Autonomous Delivery Next Month

By Karan Singh
Not a Tesla App

Following yesterday’s news that the Tesla Robotaxi network is ahead of schedule and set to launch on June 12th, overnight, Elon confirmed that the Robotaxi network is far ahead of expectations.

With Elon back and working full-time at Tesla, SpaceX, and xAI, we’ll likely receive a lot more updates on what these companies are working on. In this case, Elon confirmed that Tesla has been running autonomous Model Ys with no one in the driver’s seat on Austin’s public seats, with no incidents. According to yesterday’s report, there is still someone in the passenger seat just in case something comes up, but essentially “driverless.”

Elon also confirmed that Tesla’s ambitious plans to have a Model Y deliver itself directly from the factory to a customer, presumably in Austin, will also occur next month.

Autonomous Deliveries

Tesla’s vehicles already drive themselves off the production line and to the delivery lot, and driving themselves to a customer’s home would be the logical next step, but as we covered before, there could be some issues with this model.

While this will likely be geographically limited to the areas around Giga Texas, and potentially, Tesla’s Fremont factory in the future, it is still a great step toward reducing the cost of vehicles.

Public Access by End of June

In a reply, Elon also confirmed that anyone would be able to test out the Robotaxi network by the end of June. While in typical Elon fashion, he didn’t answer the question of whether the network will be invite-only at first, we expect this will likely be the case and it won’t just be anyone who can open the Tesla app and summon a robotaxi.

At the Q1 2025 Earnings Call, Elon stated that the Robotaxi service would only be available to the public in late June or early July, giving Tesla enough time to test with internal audiences, as well as invited testers. This timeline seems to be fairly concrete, but if you’re planning a trip to Austin to check out Robotaxi, we suggest looking at early July, as timelines can still shift.

Tesla’s Optimus Is Now Learning by Watching — First Person Today, Third Person Tomorrow [VIDEO]

By Karan Singh
Not a Tesla App

Tesla’s Optimus X account recently dropped another video, following up on its previous dance routines. Previously, Optimus demonstrated impressive footwork, along with a level of agility and balance that has improved immensely since Optimus was first unveiled.

In a new video posted to X, Optimus is seen doing actual work. While it’s still in the early days, Tesla shows off how the robot is learning to perform small tasks.

Learning by Watching

The real focus of the video isn’t on the tasks Optimus is performing but on how it’s learning to perform these tasks. Optimus is learning by watching humans perform the work through a first-person view.

The video demonstrates Optimus tackling daily tasks that require a good degree of dexterity and environmental awareness, including vacuuming, cooking, and even taking out the trash. While the previous demonstrations were more of a showcase of Optimus’ physical capabilities, this one is more about the learning process.

The key breakthrough, which was emphasized by members of Tesla’s Optimus AI team, is the robot’s new ability to learn complex, bi-manual tasks largely from watching videos of humans performing them. This results in a reduction in direct teleoperation, where real humans control Optimus remotely to generate training data.

Murtaza Dalal, a member of Tesla’s Optimus AI team, shared his excitement about the development - and noted that while teleoperation doesn’t scale, training by watching video does scale — extremely fast.

First-Person Perspective

The ability to learn from human video (while currently focused on a first-person perspective) means Optimus can bootstrap new tasks much faster than before and with less human interaction required. Milan Kovac, an Optimus Engineering team member, elaborated on this, stating: 

“We recently had a significant breakthrough along that journey, and can now transfer a big chunk of the learning directly from human videos to the bots... Many new skills are emerging through this process, are called for via natural language (voice/text), and are run by a single neural network on the bot (multi-tasking).”

What’s Next for Optimus?

The road doesn’t stop here. The Optimus team is already looking to see where they can push the barriers of learning, and is looking at having Optimus learn directly from internet videos of humans doing tasks. This means learning from third-person views rather than the more optimized first-person views that it is currently learning from today.

Once Optimus can translate the third-person perspective to the first-person, much like humans do, then it opens up a whole new world of training data. Optimus will be able to learn simply by watching the world around him.

All this rapid advancement is critical for Tesla. Elon has doubled down on Optimus being Tesla’s key to unlocking the biggest market in the world, and it is key to pushing Tesla’s new vision of sustainable abundance.

This is just the first step in a long process - we’re still years away from Optimus making its way to customer homes, but the journey has to start somewhere. For now, it’ll be working hard in Tesla’s labs and factories, and we expect to hear more about Optimus later this year once the production line is up and running.

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