Cybertruck

The Tesla Cybertruck’s vault provides a massive storage space, but maximizing its usability requires some creativity. I recently designed and installed a custom shelf in the vault using 3D-printed brackets, extruded aluminum, and Milwaukee Packout wall plates. Here’s how I did it and what I learned along the way. Why Build a Custom Shelf? While the aftermarket currently has a couple molle shelf options for the vault, I felt they were a bit pricey at around $500 and didn’t quite provide what I wanted. I was looking at a modular, durable, and efficient way to store tools and gear—enter the Milwaukee Packout system. My goal was to create a shelf that securely mounts Packout wall plates while keeping the vault’s floor space open for larger items. Materials Used The Build Process Step 1: Designing the 3D-Printed Brackets The key component of this build was the custom 3D-printed brackets that attach to the Cybertruck’s L-Track system. Instead of using bolts, I designed a wedge-fit mechanism with slots that securely engage with the L-Track, preventing movement. However, bolts can still be added for extra security if needed. Each bracket was also designed with slots for T-slot nuts and bolts, allowing easy mounting of the extruded aluminum frame. Step 2: Mounting the Extruded Aluminum For the shelf’s structure, I used 2040 extruded aluminum. Initially, I planned to mount it flat, but I found it had too much flex. Switching to a vertical orientation significantly improved rigidity. The aluminum was attached to the brackets using T-slot nuts and bolts, ensuring a strong, adjustable connection. This was the Aluminum Extrusion Hardware Accessories I purchased from Amazon. While the description stated “not easy to rust”, if I see any signs of corrosion I’ll look at getting a different set. Step 3: Installing the Milwaukee Packout Wall Plates With the aluminum frame securely in place, I mounted two Milwaukee Packout wall plates. These provide a rock-solid base for stacking Packout toolboxes, organizers, and storage bins, making it easy to customize my vault storage. Lessons Learned and Future Improvements Current Milwaukee Packout Cybertruck Setup These are the Milwaukee Packout cases I currently have. A 106 piece Milwaukee socket set, drill bit set, and a Packout case I currently store some of my Molle panel mounting accessories in. Final Thoughts One of the biggest advantages of this custom setup is its cost-effectiveness. Compared to aftermarket solutions, which can be quite expensive. If you have access to a 3D printer, this DIY approach with brackets and extruded aluminum was far more affordable while still offering durability and functionality. The modular design, durability, and Packout compatibility make it a game-changer for anyone looking to maximize their Cybertruck’s storage potential. If you’re considering a similar setup, 3D printing custom brackets combined with extruded aluminum and Packout mounts is a solid solution. We’re going to make a few small adjustments to the design, but will likely upload these brackets to one (or multiple) of the 3D file sharing sites such as MakerWorld. Stay tuned for future updates as I refine the design and test its weight capacity! Have Questions or Suggestions? Let me know in the comments! Would you build something similar in your Cybertruck? Also, be sure to check out our other Cybertruck articles!

The frunk of the Tesla Cybertruck offers a unique storage space, and adding a MOLLE panel is a great way to keep your gear organized. This DIY project is straightforward and provides a custom solution to making the most of your Cybertruck’s storage. Here’s how I installed a MOLLE panel using quick disconnect fasteners, along with some tips to make the process easier. NOTE: This does require drilling into a factory panel. Materials Used: Step 1: Test fit where you want to install the MOLLE You’ll want to make sure there was enough clearance for the frunk to close based on where you plan to mount the MOLLE panel. I also wanted to make sure there was enough space not to rub at the bottom of the frunk. I took some measurements, but also used small blocks to prop it up at one point to ensure the frunk would close without issue. Step 2: Remove the Frunk Panel The first step is to remove the plastic frunk panel. The panel merely snaps into place. There’s a couple slots at the bottom that can help give you a grip. This gives you full access to the space where the MOLLE panel will be installed. Optionally, you could use a trim removal tool. Step 3: Test Fit the MOLLE Panel Once the panel was removed, I test-fitted the MOLLE panel again to determine the ideal height and positioning. This helped me visualize how the panel would sit and made sure it wouldn’t interfere with the frunk’s operation. Step 4: Mark the Mounting Points I temporarily attached the quick disconnect bolts and used a pencil to mark the drill points on the plastic frunk panel. Taking this step ensures the panel will align perfectly when mounted and that my spacing is correct. Step 5: Measure Twice, Drill Once After marking the drill points, I double-checked all measurements. Once everything was confirmed, I drilled the mounting holes. Remember, accuracy here is key to avoid any alignment issues. Step 6: Attaching the Quick Disconnect Hardware I had some excess threadlocker you’ll see in the picture that was later wiped off. I had some excess threadlocker you’ll see in the picture that was later wiped off. NOTE: Depending on your hole locations, you may need to sand or grind down the honeycomb reinforcement pattern for your hardware to attach flush. A tool such as a Dremel or oscillating tool can work well. In my case, the bolts were quite long and I ended up cutting them down with an angle grinder to the appropriate length. Step 7: Attach the MOLLE Panel With the holes drilled, I installed the panel using the quick disconnect fasteners. To make sure the MOLLE panel stays firmly in place, I used threadlocker on the bolts. This added step ensures a secure hold, even with the Cybertruck’s rugged use. I ended up mounting the quick disconnect fasteners in the corners. This particular fastener type would have required a large diameter hole to be drilled, so I ended up using an existing slot. With the serrated nut surface, it holds tight. If you plan on using a different style fastener including a simple bolt and nut setup, you could probably use one of the existing circular holes to mount. I plan to mount a DIY Not-a-Flamethrower once I get it finished up. I plan to use it for starting camp fires. Final Thoughts This MOLLE panel installation is a simple yet effective way to keep the Cybertruck’s frunk organized. The quick disconnect fasteners make it easy to remove and reattach the panel if needed, providing flexibility for your storage needs. With this setup, I now have a solid, reliable way to secure essential items in the frunk.

Tesla’s Cybertruck has been turning heads since its debut, and the latest off-road package update promises to elevate its rugged capabilities even further. For adventurers and off-road enthusiasts, this update introduces a suite of new features designed to enhance the Cybertruck’s performance on challenging terrains. Here’s a closer look at what’s new. A week after we took delivery our Cybertruck, we received an over-the-air software update that included the initial release of the off-road package. Here’s what it currently includes! Overland Mode: Steady Handling Across Varied Terrain The Overland Mode now boasts advanced features to provide more consistent handling and better overall traction. Whether you’re navigating rock-strewn paths, gravel roads, deep snow, or sandy trails, the Cybertruck’s enhanced Overland Mode is designed to keep you steady and in control. The updates ensure that the vehicle adapts to different surfaces, improving grip and stability for a smoother ride. Baja Mode: Ultimate Control and Flexibility For those who crave high-speed off-roading thrills, the updated Baja Mode delivers. With vehicle balance optimization and freer handling when Stability Assist is set to manual, drivers can now enjoy a more dynamic driving experience. The new Terrain slider allows for fine-tuning of the vehicle’s performance across various off-road conditions, giving you the ultimate control to tackle everything from dunes to desert tracks. Locking Differentials: Conquer the Unconquerable One of the standout additions to the Cybertruck’s off-road arsenal is the inclusion of locking differentials. This feature is crucial for traversing uneven or slippery terrains where a wheel may lose traction. By engaging the locking differentials, the Cybertruck can distribute power more evenly across all wheels, helping it move through low-traction environments effortlessly. To use the locking differentials, you can select from options available in the vehicle status area or through the Off-Road app on the touchscreen. This feature is not only essential for hardcore off-roading but can also be beneficial in everyday scenarios, such as getting unstuck from a snow bank. However, it’s important to use caution—engaging the locking differentials on high-traction surfaces like asphalt can damage the drivetrain. Always refer to the Owner’s Manual before utilizing this feature. Trail Assist: Focus on Steering Trail Assist is designed to maintain a steady cruising speed on rough or steep terrain, allowing you to concentrate on steering. Unlike traditional cruise control, Trail Assist stays active even when you brake, resuming the set speed as soon as you release the pedal. This feature can be adjusted via the right scroll wheel, making it easy to control your speed without taking your eyes off the path ahead. To enable Trail Assist, navigate to Controls > Dynamics > Off-Road Mode > Trail Assist. Remember, this feature does not automate steering or obstacle avoidance, so remain vigilant and ready to take immediate action. Refer to the Owner’s Manual for detailed instructions on using Trail Assist effectively. Conclusion With these updates, Tesla’s Cybertruck off-road package is more capable than ever. The enhanced Overland Mode, new Baja Mode, locking differentials, and Trail Assist collectively make this vehicle a formidable force in any off-road scenario. Whether you’re tackling rocky trails, sandy deserts, or snowy paths, the Cybertruck is equipped to handle it all. Embrace the adventure with confidence and enjoy the unparalleled performance of Tesla’s latest innovations.

Cleaning your Tesla Cybertruck requires special attention to maintain its appearance, particularly due to its stainless steel panels. Unfortunately, finger prints on the exterior of the Cybertruck have been a common complaint. Finger prints on the Cybertruck often come from people opening and closing the doors. Here’s a quick guide based on Tesla’s recommendations: Cybertruck Finger Prints: Recommended Glass Cleaner While some have used and been happy with liquid glass cleaners such as Windex, many more have gone with an ammonia free foaming glass cleaner from Sprayway. I was first introduced to this product when I had the windows tinted on my first truck many, many years ago. Sprayway seems to continue to be a top choice amongst tint installers. The foaming solution will not run down the sides of your vehicle nearly as much as a liquid glass cleaner. Spot Cleaning the Cybertruck Additional Tips: By following these steps, you can effectively remove fingerprints and small stains from your Cybertruck, keeping it looking sleek and new. There are other products such as Bar Keeper’s Friend people have used, but a glass cleaner often works for most smaller cleaning touchup jobs. We’ll have more soon on recommendations for cleaning the entire exterior of the Cybertruck. Be sure to check out more of our Cybertruck content!

When Tesla unveiled the Cybertruck, its futuristic design and impressive specs quickly made headlines for it’s polarizing design. In this blog post, we’ll compare the towing capacity of the Cybertruck to other similar-sized trucks to see how it stacks up. Tesla Cybertruck: A Brief Overview Before diving into comparisons, let’s quickly recap the Cybertruck’s key specifications: These figures position the Cybertruck as a serious contender in the truck market. But how does it compare to its competitors? Ford F-150 The Ford F-150 has long been a leader in the truck market. Known for its reliability and versatility, the F-150 offers several configurations and towing capacities depending on the model. The F-150 outshines the Cybertruck in maximum towing capacity and payload, but the Cybertruck’s futuristic features and electric powertrain present a different kind of appeal. Chevrolet Silverado 1500 The Chevrolet Silverado 1500 is another heavyweight in the truck world. Known for its robust performance and durability, the Silverado offers a strong competition. While the Silverado has a slightly higher towing capacity compared to the Cybertruck, its payload capacity is marginally lower. RAM 1500 The RAM 1500 is praised for its smooth ride and luxurious interiors, in addition to its towing capabilities. The RAM 1500’s towing and payload capacities are competitive, though still not quite reaching the Ford F-150’s maximum towing prowess. GMC Sierra 1500 The GMC Sierra 1500 offers a blend of performance, technology, and premium features, making it a strong competitor in the truck market. Similar to the Silverado, the Sierra 1500 slightly exceeds the Cybertruck’s towing capacity but matches its payload closely. Conclusion The Tesla Cybertruck’s towing capacity of up to 11,000 lbs puts it in a competitive position among some of the most popular trucks on the market. However, range of electric vehicles when towing is greatly reduced. For those prioritizing maximum towing capacity, the Ford F-150 remains the leader. However, for those looking for a blend of futuristic technology, impressive towing and payload capacities, and sustainability, the Cybertruck is an exciting option worth considering. As the truck market evolves, the introduction of electric models like the Cybertruck will continue to push the boundaries of what these vehicles can achieve.

Opening the glovebox in a Tesla Cybertruck is a simple process that can be done either through the touchscreen interface or using a voice command. Here’s a step-by-step guide to help you access and secure your glovebox. Opening the Glovebox To open the glovebox, you have two options: Please note, as of now, there isn’t a voice command available to close the glovebox. This could be a built-in safety feature. You’ll still need to go through the touchscreen to close it. Closing the Glovebox To close the glovebox, just touch the Glovebox button which will now say “Tap to Close” on the touchscreen. Enhancing Glovebox Security For additional security, you can set a 4-digit PIN: Important Notes However, it does not lock when you lock the Cybertruck by touching the lock icon on the touchscreen. Safety Warning Always keep the glovebox closed while driving. An open glovebox can pose a risk of injury to passengers in the event of a collision or sudden stop. By following these instructions, you can easily manage your Tesla Cybertruck’s glovebox, ensuring both convenience and security. Be sure to check out more of our Cybertruck content!

The Tesla Cybertruck offers a versatile solution for maximizing cargo space with its innovative rear seat design. The rear seats can be folded up to create additional storage space when needed. Here’s a quick guide on how to make the most of this feature. Folding Up the Rear Seats To create more room in the second row, the seat cushions can be folded upwards. The rear seat is split into two sections for added flexibility. Follow these steps: Folding Down the Rear Seats To return the seats to their original position, simply: Important Safety Tips By following these steps, you can easily maximize your Cybertruck’s cargo space while ensuring safety and convenience for all passengers. Happy driving! Be sure to check out more of our Cybertruck content!

If you’re a Tesla owner, you know that the sleek, high-tech features of your vehicle can sometimes come with their own set of quirks. One such issue that many Tesla owners have encountered is the cameras going black. This can be particularly frustrating, especially On the Cybertruck when it happens to the rear camera when your tonneau cover is closed. Recently, I faced this issue with my Cybertruck, and it reminded me of similar problems I’ve had with my Tesla Model X. Here’s a quick guide on how to address this common issue. The Quick Fix: Scroll Wheel Reset The most effective and commonly used solution for resolving the black camera issue is performing a scroll wheel reset. Here’s how you can do it: Understanding the Problem Tesla vehicles are equipped with a suite of cameras that provide crucial assistance for driving, parking, and the advanced driver assistance systems. However, these cameras can occasionally fail to display correctly, showing a black screen instead. This problem is typically related to the software and can often be resolved with a simple reset. Additional Tips Personal Experience with the Scroll Wheel Reset This past weekend, the rear camera on my Cybertruck went black. Despite parking the truck for several hours, before coming back, the camera remained black screened. I’ve seen this before on other Tesla’s. Drawing from past experiences with my Tesla Model X, I performed the scroll wheel reset. Holding down both scroll wheels for 3 seconds did the trick – the system rebooted, and the rear camera was back in action. Conclusion While the scroll wheel reset can be an annoyance, especially if you have to do it while driving, it remains a reliable quick fix for many software-related issues in Tesla vehicles. Always remember to perform such resets when your vehicle is parked safely. If problems persist, don’t hesitate to contact Tesla support or service for a more thorough investigation. Owning a high-tech vehicle like a Tesla means occasionally dealing with these hiccups, but with a bit of patience and know-how, you can usually get back on the road with all systems functioning smoothly. Happy driving! Be sure to check out more of our Cybertruck content!

The Tesla Cybertruck has been a subject of intense fascination and speculation since its dramatic unveiling in November 2019. Its futuristic design and promises of groundbreaking performance captivated the imagination of the public and the automotive industry alike. However, as production has begun, the reality of the Cybertruck’s range capabilities has sparked both disappointment and surprise among potential buyers and enthusiasts. The Tri-Motor Cybertruck: From Over 500 Miles to Just 320 Miles Originally, Tesla boasted that the tri-motor version of the Cybertruck would achieve over 500 miles of range on a single charge, a claim that set high expectations. This figure would have set a new standard for electric vehicle (EV) range, especially for a vehicle as robust and heavy as the Cybertruck. However, as production neared, Tesla updated their website to reflect a more conservative estimate of “up to 500 miles.” This subtle change hinted at potential challenges in meeting the initial promise. When the production models were finally unveiled in November 2023, the tri-motor CyberBeast was listed with a range of only 320 miles. This significant reduction has left many potential buyers disappointed. Many people who tow will likely find this below their practical needs. The AWD Model: Exceeding Expectations In contrast to the tri-motor version, the all-wheel-drive (AWD) dual-motor Cybertruck actually increased. Initially expected to achieve around 300 miles per charge, the production model has been rated at 340 miles of range. This improvement over the initial estimate demonstrates Tesla’s ongoing advancements in battery technology and efficiency, offering a silver lining to the otherwise mixed news about the Cybertruck’s range capabilities. The Single Motor RWD: Consistency in Expectations The single-motor rear-wheel-drive (RWD) version of the Cybertruck has remained consistent in its range estimates. Initially and upon production, it has been rated at 250 miles per charge. This consistency provides a reliable option for those who prioritize cost-effectiveness and do not require the extended range of the more expensive models. The Battery Extender: A Costly and Cumbersome Solution To address the range concerns, Tesla plans to offer an optional battery extender in late 2024. This extender will add up to 120 miles of additional range, potentially bringing the tri-motor Cybertruck closer to its originally claimed range. However, this solution comes with several significant caveats: For me personally, sacrificing a significant portion of the Cybertruck’s storage space isn’t an option I want to consider at this time. Tesla may change the design of the battery pack before it’s in production. I’d definitely want to see final dimensions to get a better understanding of how much space I’d be losing. The price is also a deterrent for me. Real World Cybertruck Range In the MotorTrend Road-Trip Range Test, the 2024 Tesla Cybertruck Dual Motor Foundation Series managed to travel 224 miles, falling 94 miles short of its official 318-mile range. It’s important to note that we don’t expect vehicles to meet or exceed their advertised range in this test. Our test is more demanding than the EPA procedure, aiming to give consumers a realistic estimate of how far they can drive on a long highway trip. We drive a round-trip loop at a steady 70 mph (much faster than the EPA test average) and utilize 95 percent of the battery capacity, as risking a dead battery is impractical. I believe Tesla has already made some software updates that improved the range. We’ve had our Cybertruck for a month now, I’ll definitely see how our real world Cybertruck range compares to the EPA ratings on future road trips. More Range in the Future for the Tesla Cybertruck? As Tesla’s track record shows, the company has consistently improved the range of its vehicles over the years. With advancements in battery technology and the introduction of larger battery packs, there’s a possibility that the Cybertruck could see similar enhancements in the future. Increasing Battery Density: The 4680 Cells One of the key components in Tesla’s strategy to extend range is increasing the density of their new 4680 battery cells. It has been hinted that the energy density of these cells could be increased by 10-20% by the end of the year. Such an improvement would translate directly into increased range for all Tesla vehicles, including the Cybertruck. Potential for Larger Battery Packs Insights from Munro and Associates A recent teardown of the Cybertruck by Munro and Associates has provided some intriguing insights. When they examined the battery pack, they discovered that it was only half full. This finding has led to widespread speculation that Tesla could introduce larger battery packs in the future, potential double the current capacity. This would obviously significantly boost the vehicle’s range. Currently, the Cybertruck’s battery pack holds 123 kWh. This would bring the Cybertruck closer to or even beyond its original promise of over 500 miles. Historical Trends and Future Expectations Tesla’s history provides a solid foundation for these speculations. Over the years, Tesla has increased the range of its vehicles through both hardware upgrades and software optimizations. For example, the Model S has seen its range increase from around 265 miles in 2012 to over 400 miles today. This trend suggests that the Cybertruck, too, could benefit from future enhancements. Continuous Improvement in Battery Technology Beyond just increasing the size of the battery pack, Tesla’s ongoing research and development in battery technology could yield further improvements. Enhancements in energy density, charging efficiency, and overall battery performance are continually being pursued. This commitment to innovation means that even without a physical increase in battery size, the Cybertruck’s range could still see significant gains. The Future of EV Range The possibility of more range in the future aligns with broader trends in the electric vehicle industry. As battery technology advances, the range anxiety that has long been a concern for potential EV buyers is gradually being alleviated. Longer ranges not only make EVs more practical for everyday use but also for long-distance travel, expanding their appeal to a wider audience. Conclusion – Should You Buy Now or Wait?