You're watching a weekly of Sprite Fright's crew as they discuss Blender's new Open Movie, coming this October. For more weeklies, as well as inspiration and downloadable assets, see Sprite Fright's production logs on Blender Cloud: cloud.blender.org/films/sprite…

0:00 Start
0:03 Matthew
2:21 Hjalti
6:00 Andy
10:15 Gerard
11:22 Julien
15:34 Pablo F
16:30 Rik
18:55 Simon

i love it so much, i live in russia and half of blocked resources working with no speed loss and vpn,
i set it once on my openwrt and rarely touch config,
if something doesnt work - set resource ip in config and works,

this works by modifying packages and DPI think its sonething different

The rugged landscapes of Latin America, stretching from the wind-swept plains of Patagonia to the high altitudes of the Andes, present a unique set of challenges for the construction industry. While urban centers like Santiago or La Paz enjoy modernized infrastructure and easy access to ready-mix concrete plants, the story changes drastically once you head into the hinterlands. In these remote regions, traditional construction methods often hit a wall due to logistical nightmares and geographic barriers. This is precisely where the self-loading concrete mixer(autohormigonera) has emerged not just as a piece of machinery, but as a vital catalyst for rural development. By combining the functions of a batching plant, a loader, and a transit mixer into a single mobile unit, these machines are transforming how remote communities build their future.

Overcoming Logistical Hurdles in the Andes and Beyond

One of the primary reasons a self-loading concrete mixer is indispensable in remote Latin American regions is the sheer difficulty of transportation. In countries with extreme topography, such as Bolivia, the distance between a commercial concrete plant and a rural job site can be hundreds of kilometers. Traditional transit mixers carrying wet concrete have a limited shelf life before the mixture begins to set. On winding mountain roads, a delay caused by weather or a landslide can result in an entire load of expensive concrete going to waste.

By utilizing a self-loading concrete mixer in Bolivia, contractors can bypass these risks entirely. These machines allow operators to load raw materials—sand, aggregate, and cement—directly at the job site and mix them on demand. This on-site batching ensures that the concrete is always fresh, regardless of how isolated the location is. Furthermore, because the machine can navigate narrow, unpaved paths that a heavy delivery truck could never manage, it brings industrial-grade construction capabilities to villages that were previously inaccessible.

Economic Efficiency in the Chilean Construction Market

In the southern reaches of the continent, the demand for versatile equipment is equally high. The geographic diversity of Chile requires machinery that can handle everything from the arid Atacama Desert to the rainy forests of the south. For small to medium-sized enterprises operating in these areas, investing in a self-loading concrete mixer Chile(autohormigonera chile) is often more cost-effective than outsourcing concrete production.

The economic advantage lies in the reduction of labor and secondary equipment costs. A standard concrete pour usually requires a loader to move materials, a separate mixer, and several workers to coordinate the process. A self-loading concrete mixer reduces this entire chain to a single operator. In the competitive landscape of a self-loading concrete mixer Chile market, businesses find that the ability to control their own production schedule without waiting for third-party deliveries significantly boosts their profit margins and project timelines.

Versatility Across Diverse Terrains

The 4x4 drive systems and articulated steering found in these machines are designed for the off-road reality of Latin American infrastructure projects. Whether it is a small hydroelectric dam in a valley or a new schoolhouse on a plateau, the self-loading concrete mixer thrives where standard trucks fail. Key features include:

• Gradeability: These mixers can climb steep slopes even when fully loaded.
• Compact Footprint: They can maneuver in tight spaces, making them ideal for mountain road repairs.
• Self-Sufficiency: With an onboard water pump and suction system, they can even draw water from local streams or tanks.

Enhancing Quality Control in High-Altitude Projects

In high-altitude regions, the atmospheric conditions can affect how concrete cures. When using a self-loading concrete mixer in Bolivia(auto hormigonera en Bolivia), engineers have the flexibility to adjust the water-to-cement ratio and additives in real-time based on the local temperature and humidity. This level of precision is difficult to achieve when the concrete is mixed hours away in a different climate zone. Using a self-loading concrete mixer ensures that the structural integrity of the project isn't compromised by the long transit times typical of remote Andean construction.

Empowering Local Communities Through Infrastructure

Beyond the technical and financial metrics, the proliferation of the self-loading concrete mixer across Latin America has a profound social impact. Infrastructure is the backbone of poverty reduction. When a community can affordably build its own bridges, irrigation channels, and paved roads using a self-loading concrete mixer Chile or similar equipment elsewhere, they gain independence from centralized supply chains.

The ease of operation means that local crews can be trained quickly. This localized empowerment is essential for the long-term maintenance of rural assets. If a road washes out in a remote province, having a self-loading concrete mixer nearby means the repair can happen in days rather than months.

A New Era for Rural Latin American Development

The shift toward decentralized construction is more than just a trend; it is a necessity for the sustainable growth of the region's most isolated areas. As we have seen, the self-loading concrete mixer addresses the three most significant pain points of remote building: logistics, cost, and quality. By integrating the capabilities of a full-scale plant into a nimble, rugged vehicle, contractors are finally able to match the pace of urban development in the rural heartlands.

Whether it is the deployment of a self-loading concrete mixer in Bolivia to conquer the highlands or the use of a self-loading concrete mixer Chile to navigate the rugged south, this technology is the key to unlocking the architectural and economic potential of Latin America's remote frontiers. Investing in these machines is not just an equipment upgrade—it is a commitment to building a more connected and resilient continent.

I mostly agree with the sentiment of this video, but it's highly biased I feel. On a utilitarian level, everything Muta is criticizing about Windows is absolutely valid. But even as a very experienced desktop computer user, as someone who does not have coding experience or any formal education in the technical side of computing, there are parts of Linux that just cause me to get hung up. If you're someone who likes to customize deeply and change a lot of really small stuff, you run into rocky patches very fast. Now, I agree that almost anything is possible on Linux, but it's about the amount of effort it sometimes takes.

For the average user, when they want to change some seemingly basic features, things that aren't in the settings, eventually, one way or another, you have to use commands. You have to use the terminal for something or other. Some dependency, some change that needs a command to activate. And even if all of that is wrong, and you technically CAN change or acquire everything you need without ever opening the terminal, the problem is that a new user is not going to be able to find a simple answer in a few minutes.

Even with the help of AI, it can still take a long time to troubleshoot what may seem like a basic issue. And like it or not, that matters if you're trying to get people to switch. People, realistically, can't be expected to always just "shut up and do the research". Anyone who's not a techie, or someone with a lot of patience, is going to run out of gas for this troubleshooting very quickly. I wish I had more suggestions about how to actually fix these problems, but I know that for me they are the main reason I can't permanently switch from Windows at this point. We're getting closer, but there is a long road still ahead.

Around 2020, I got the aforementioned laptop. At that time, I was using Windows, and generally, my IT knowledge was quite poor. Then I had a break from using it due to issues with computer overuse, and after returning from treatment (2021), I started using other laptops. This one ended up in a closet. Around 2023 I got a my beloved ThinkPad T470.

After some time, I dug this laptop out of the closet and wanted to install Linux on it. I managed to do it, but I couldn’t install the drivers for the dedicated graphics card. Because of that, I didn’t have HDMI or the dedicated card itself functioning. I was installing proprietary drivers, which generally caused issues with the kernel. So, the laptop just sat there for a long time.

At a certain point, towards the end of 2025, I realized that I actually needed a more powerful machine than the ThinkPad T470. So I dug out this old laptop, and at the urging of the LLM I use daily, I tried to put it together. With its help, I finally managed to set up those drivers because it turned out that my previous failure to install them was simply because I hadn’t enabled the ‘contrib’ repository.

It was a success! What’s more, it’s quite a beast now. I threw in a 1 TB SSD, 16 GB of RAM, bought a 200W power supply, and raised the TDP to 45W in UMAF. I must say I am proud of this computer, and I also tweaked a lot of things within the system itself. This laptop has also taught me a lot; before this, I briefly had a PC with an Athlon, which introduced me to playing around with motherboard settings.

What is the purpose of my post? To give hope to people with Nvidia GPUs or laptops with dedicated cards that it is indeed possible to set them up (on Debian especially, cause it's kinda difficile there) 😀"

See the screenshot for the full specifications; I recommend taking a look

I forgot to mention, I've been using Linux since December 2022