At the Cybertruck event, Tesla showed off the Cybertruck’s extended battery, an optional accessory permanently mounted to the truck’s bed. This was Tesla’s solution to keeping the truck price as low as possible while also giving owners a chance to get close to the truck’s original range of 500 miles.
The Range Extender is engineered to boost the Cybertruck's mileage substantially, increasing the truck’s total range by about 35%.
Tesla's Range Extender is a departure from traditional range-extending methods, often involving gasoline generators. Its design, occupying roughly a third of the truck bed, strikes a balance between added functionality and maintaining the truck’s cargo space. It addresses range limitations and makes the Cybertruck more suitable for towing and long-range trips.
Range / Battery Size
The Ranger Extender extends the Cybertruck total range by 120 miles (193 km). For the Cyberbeast, it’ll take the truck’s range from 320 miles up to 440, whereas for the AWD version, the range will be increased from 325 miles to 445 miles.
These are Tesla’s latest numbers, which have been reduced slightly from Tesla’s original estimates that the Ranger Extender pegged at adding 130 miles.
The Ranger Extender uses a huge 47 kWh battery pack, which explains why it takes up a significant portion of the truck’s bed. For comparison, Tesla’s Standard Range+ Model 3 has a 54 kWh pack, capable of driving about 260 miles.
Price
Though official pricing for the Range Extender has yet to be officially announced, it looks like it’ll be priced at a hefty $16,000 USD. The night the Range Extender was revealed, code was found on Tesla’s website that showed off the $16,000 price tag. However, it’s not clear whether this price was a placeholder or if the price will change before it becomes officially available.
Size & Weight
The Ranger Extender fits perfectly alongside the back of the Cybertruck’s bed. Instead of being laid evenly across the bottom of the bed, it’s nestled up against the cabin, making it easier to load items into the truck.
Elon Musk elaborated on the Range Extender's functionality: "It's an optional pack that fits in about 1/3 of the truck bed. There is still room for plenty of cargo. It's meant for very long trips or towing heavy things up mountains."
With a battery pack of 47 kWh, the Range Extender isn’t going to be something light. The Cybertruck’s “battery pack” is estimated to weigh about 600 to 650 lbs (272 kg to 294 kg), which also means that it’ll reduce the truck’s towing capacity by that much.
Installation
A few Cybertruck owners have discussed a marketing idea for the range extender would be to rent it out. Cybertruck owners could rent it for a weekend trip or an extended holiday camping. It's unlikely that Tesla will take on that business, but it is an idea for when more Cybertrucks are around and need that extra range.
Unfortunately, the Cybertruck Range extender is not something that could be easily removed or added, mostly due to its weight. Tesla has said that the Range Extender will need to be installed by Tesla Service and it’s a “permanent” install. We imagine it could also be removed at a later date, but it’s not something you could just do on your own when you don’t need it.
Unfortunately that means that owners will have to choose between additional range or cargo room. If you use the truck mostly for towing, the reduced cargo space may not be a big deal, but for other owners that use their truck for a variety of tasks, it could be a deal breaker.
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Some Cybertruck owners have suggested renting the Range Extender for weekend trips or extended camping holidays.
However, the Cybertruck’s range extender isn’t designed for easy removal or installation, primarily due to its weight and high-voltage connections. Tesla has stated that installation must be performed by Tesla Service and is considered a “permanent” modification. While removal may be possible later, it won’t be something owners can easily swap in and out as needed.
This means Cybertruck owners will have to choose between additional range or cargo space. For those who use the truck primarily for towing, the reduced cargo capacity may not be a major issue, but for owners who use their truck for a variety of tasks, it may not be an easy decision.
Availability / Release Date
The Range Extender was initially expected to be available for pre-order customers in early 2025, but that timeline has now slipped to mid-2025. Given Tesla’s ambitious production goals this year, it wouldn’t be surprising if it gets pushed even further, possibly into 2026.
One potential reason for the delay is Tesla’s ongoing work on perfecting its dry-cathode battery process. Since the Range Extender is a low-volume product, Tesla may be prioritizing it as a testbed for dry-cathode cells before scaling them to full vehicle production. Unlike an entire truck, a battery pack like the Range Extender is easier to replace or refine if necessary.
In the meantime, Tesla is likely focused on the Cybercab and its next-generation vehicle. The Ranger Extender is expected to use the same 4680 battery cells as the Cybertruck, so Tesla will also want to ensure it has sufficient supply for vehicle production before producing the Range Extender.
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While Tesla’s Cybertruck has access to FSD v13, it still doesn’t include some of the FSD features that are available on other HW4 vehicles. Features such as Start FSD from Park are currently not available on the Cybertruck.
Trusted sources have now informed Not a Tesla App that the Cybertruck will soon receive an FSD update that will enable a series of new features and bring the Cybertruck up to speed with other vehicles. The update is expected to arrive within the next 14 days.
Tesla’s AI team has been relatively quiet recently, and we haven’t seen a major FSD update since FSD v13.2.8 was released on February 17th, but we’re finally getting hints of what’s around the corner.
Here’s our exclusive look at what’s coming in the latest FSD update for Cybertruck.
New Features
If you don’t own a Cybertruck - or even if you do - you may not know that the Cybertruck is missing several FSD-related features. The first three features are all related to parking lot use and Tesla’s low-speed FSD stack, which hasn’t been available on the Cybertruck so far.
This FSD update will add the following features:
Start FSD from Park: Tesla’s Unpark feature allows FSD can be started while the vehicle is still in park. To do so, one can simply set their destination from the navigation and then tap and hold the blue Start FSD button. The car will shift out of park and into drive or reverse to get going.
Since FSD V13.2.1, Start FSD from Park now requires you to also tap the brake while holding down the Start FSD button to prevent accidental activation. This safeguard can be disabled in settings.
Ability to Reverse: FSD previously demonstrated quite a want to reverse - but it was never allowed to. You can tell the planner plans for the vehicle to go into reverse to follow the path, but once the vehicle needs to shift into reverse, it’s blocked from doing so. The Cybertruck will finally be able to shift into reverse - and also seamlessly shift between Park, Drive, and Reverse all by itself. This functionality also enables 3-point turns to help navigate tight spaces.
FSD can now do multi-point turns, even in super-tight locations like parking garages.
Park: Finally, when you arrive at your destination, FSD will now park itself if it finds an open spot near or at the final location. Previously, the user had to initiate Autopark - now, FSD will either switch over to Autopark to back in or park facing front-in based on the parking spot.
Tesla has indicated that new parking features will arrive in a future update that will allow the user to pick whether the vehicle pulls over, parks in a spot, or parks in a driveway or garage when it arrives at the destination.
Improved Controller
While the new features like Start FSD from Park are eye-catching, this improved controller will actually be the largest improvement to this FSD update.
This upcoming update improves FSD’s traffic control process, improving prediction accuracy, position tracking in 3D space, and environmental analysis. These changes allow FSD to make faster decisions, anticipate turns and lane changes sooner, and operate more smoothly.
The difference between FSD V12 and V13 had a major impact on driving feel and smoothness, but these improvements were never fully reached with the Cybertruck. While smoothness improved, it wasn’t on par with Tesla’s other HW4 models—until now.
Actually Smart Summon
The final part of the update is probably going to be the most fun - the arrival of Actually Smart Summon. This feature was launched back in September 2024 for other Tesla vehicles, but it was nowhere in sight for the Cybertruck.
We initially chalked this up to Tesla needing more time to improve and work on testing the Cybertruck’s vision accuracy with their LiDAR testing rigs. However, it really does seem like Tesla has been holding off on this update for quite some time to integrate the front bumper camera into Actually Smart Summon.
With Actually Smart Summon, other Tesla vehicles will sometimes roll backward in their parking spots - to ensure that nothing is up against the front bumper. This can make Actually Smart Summon unavailable when you’re parked too close to a wall, as the car doesn’t see what’s between the edge of the hood and the ground.
The front bumper camera is Tesla’s solution to this problem. The Cybertruck and the Refreshed Model Y are both equipped with a new camera in the front bumper, enabling them to see perfectly in this blind spot. At low speeds, the camera is extremely useful, providing excellent coverage of a zone of the vehicle that is generally difficult to see for drivers - and impossible for the primary camera cluster.
Update Release Date
This FSD update will be massive for Cybertruck owners as it’ll finally bring the latest FSD features and improvements to the electric truck.
From the very beginning, Tesla chose to use its own proprietary Linux-based operating system instead of relying heavily on CarPlay and Android Auto. This also meant that it had to develop its own mapping solution that would live at the center of its infotainment space.
These maps would need to seamlessly integrate with the vehicle to plan energy-efficient routes and dynamically adjust navigation based on the battery’s state of charge.
Tesla currently uses Google Maps for most of the underlying features of its Maps app for most of the world, with Baidu Maps data being leveraged in China. Some of the map data, such as street data and voice navigation, are preloaded and updated regularly. MapBox, another software provider that has been working on these projects for over a decade, supplies the routing engine.
Navigation Routing
In 2018, MapBox purchased the 'Valhalla' routing engine, which is now part of the core API MapBox provides to users and enterprise clients like Tesla. Valhalla includes features like expanded guidance with clear and concise instructions along the route, as well as turn restrictions, highway exit information, and time zones. Although Tesla relies on Google Map APIs to build out most of their navigation app, the routing is done on Tesla’s servers using Valhalla.
Some map features, such as live traffic visualization and satellite view, require a subscription to Tesla’s Premium Connectivity data plan to access; however, a vehicle with standard connectivity will still have access to traffic-based routing, the Trip Planner, and Supercharger stall availability.
Map Updates
Tesla releases new navigation maps about twice per year, but there is no hard rule. If the version of your maps is more than a year old, you may need to connect to WiFi to download the latest updates. Not having the latest map version could prevent certain features, such as FSD, from working. If you’re not able to connect to WiFi at home, you can try a Tesla Service Center, some Supercharger locations, or a local business that has WiFi access outside.
Keep in mind that map updates are several gigabytes in size and could take a considerable amount of time to download.
Map downloads are similar to software updates in that they are rolled out gradually and not everyone will have access to the latest version right away.
Unlike software updates, map updates are downloaded silently in the background when your vehicle is connected to WiFi, so you may not even be aware that your vehicle received newer navigation data.
What’s in a Map Update
Tesla uses a combination of streamed data and map data to display what you see on your navigation screen. The navigation data that is downloaded separately includes street-level data, speed limits, points of interest (business locations), and more.
While other data is actually streamed on request and you receive the latest version when you request it. This includes the navigation tiles or images, which are what you see visually on the navigation app. Routing is also computed on Tesla’s servers instead of in the vehicle if you have that option enabled under Controls > Navigation.
How to Check for a Map Update
On your car’s touchscreen, you can go to Controls > Software to see whether there is a map update available for your vehicle. Scroll down to Navigation Data, and your current map version will be listed underneath. It’ll look something like NA-2025.2-12345.
The navigation version consists of the region abbreviation, such as NA or EU, followed by the year and week number when the map data was created. The last five digits are the build number of the map data.
If your car is ready to download a map update but isn't connected to Wi-Fi, a download progress bar will appear, similar to a vehicle update. However, to download the most recent Tesla maps, your car must be connected to Wi-Fi.
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