This Toyota Revolutionized The Compact 4WD Pickup Truck






Today, with extremely capable off-road models like the latest Tacoma TRD Pro being the norm, it’s easy to overlook just how much Toyota’s light-duty pickup trucks have evolved — and how much they’ve expanded the boundaries of what a “compact” pickup can be. Yes, Toyota trucks have always had a large and loyal following, with their global reputation for reliability and durability reaching meme-like proportions, but there’s more to it than that.

In the broader scope of automotive history, the lineage and accomplishments of Toyota’s pickups are sometimes overshadowed by long-running, iconic models from other automakers — perhaps because of that aforementioned no-frills, hardworking image. But Toyota completely changed the pickup truck game in the late 1970s when it began offering four-wheel drive on its third-generation Hilux — which in North America was sold simply as the “Toyota Truck”. 

Having a capable 4×4 system packed into a compact pickup platform not only added a new level of capability not previously seen in the small pickup segment, but it also created an off-road hero that would quickly become beloved by 4×4 enthusiasts around the world. Today, as its design nears 50 years old, the third-generation Hilux/Toyota Truck has unsurprisingly become a highly desirable classic, with clean 4×4 models commanding prices that would once have seemed unimaginable for a “cheap” old Toyota pickup truck.

Toyota revolutionized the compact pickup

The history of Toyota’s U.S.-market pickups is a long one, but the lineage of the Hilux/Toyota Truck starts with the introduction of the first-generation model in 1968. For the first decade of its existence, the Hilux was simply a utilitarian, light-duty pickup truck with a basic two-wheel drive layout. In those early days, if you wanted a Toyota with four-wheel drive, you’d have to step up to a Land Cruiser.

That all changed for the 1979 model year, when Toyota introduced a four-wheel-drive option for the new third-generation Hilux/Toyota Truck. Opting for the 4×4 drivetrain transformed the pickup from a basic utility vehicle into an off-road wonder. Soon, these compact and capable 4×4 Toyota pickups began filling the trails and were giving Jeeps and Ford Broncos a run for their money — not just with their raw off-road capability, but with their excellent reliability as well.

Not surprisingly, Toyota’s competitors quickly responded with compact 4×4 pickups of their own. The rival Nissan/Datsun 720 pickup added a four-wheel-drive option beginning in 1980, while American automakers Ford and General Motors would introduce their new compact Ford Ranger and Chevy S-10 pickup trucks in the early ’80s — both with available 4×4. From this point on, smaller 4×4 pickups would become increasingly popular, even as they grew into the mid-size trucks of today’s market.

A certified Toyota classic

Another interesting historical note about this generation of Toyota pickup is that there was a short-lived, recreational version of the third-generation Toyota Truck 4×4 called the Trekker. It was modified by Winnebago, who replaced the truck’s open bed with an enclosed cabin, and was essentially a precursor to the 4Runner SUV, which shared a lot with the Toyota Truck and would debut in the mid-1980s.

Given all of this, it’s not surprising that the third-generation Hilux/Toyota Truck is now considered one of Toyota’s most popular 1980s-era classics and, depending on condition and options, can be quite expensive collector’s items, with 4×4 models by far the priciest. They can fetch $35,000 or more, and we’ve seen original-condition examples of the 4×4 Toyota Truck with asking prices nearing $60,000, which probably seems unbelievable to the generations who grew up with these trucks as cheap, disposable trail rigs.

The 4×4 Toyota Truck is many things, depending on who you ask. It could be considered a legendary off-road rig, a generational classic, or even just an important milestone in Toyota’s truck-building history. Either way, the impact of the third-generation Toyota Hilux on both the pickup market and the 4×4 hobby is hard to overstate.





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Google Gemini

Lance Whitney/ZDNET

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ZDNET’s key takeaways

  • Google is downloading a 4GB file to the PCs of many Chrome users.
  • The file is harmless and is used for the Gemini Nano on-device LLM.
  • You’ll see it if you’ve opted into the on-device AI setting in Chrome.

Google is silently saving a Chrome-related file to many computers. That’s nothing earth-shaking. But this file is a hefty 4GB in size, which has caught the attention of some Google watchers. What is the file, why is it being installed, and how can you check for it?

Also: I let Chrome’s AI agent shop, research, and email for me – here’s how it went

In a new blog post, computer scientist Alexander Hanff, aka the Privacy Guy, pulled back the curtain on this mysterious file. Named weights.bin, the file is being downloaded deep within the user data folder of many Chrome users. The file itself is related to Gemini Nano, which Google is using as the on-device AI model for Chrome users.

If you delete the file, it comes back

Though there’s nothing risky or dangerous about the file, Hanff and others have expressed concerns that it’s being downloaded without users’ knowledge or permission. And if you delete the file, it eventually comes back, Hanff said. That by itself is hardly alarming; that’s part of any software update. Rather, some of the criticism centers on the file’s size. If you have ample hard disk space, then 4GB is likely not a big deal. But if you’re running low, that big a file might chew up space you can’t spare.

Traditionally, AI models like Gemini use the cloud to interact with you. Submit a request, ask a question, or kick off a conversation, and the AI taps into its online data and resources to respond. But that method can be slow and naturally requires that you be connected. By traveling between your device and the cloud, your data can also be exposed.

A trend has emerged in which companies are experimenting with locally stored LLMs (large language models). That not only speeds up the process, but it also means you can use the AI offline and more securely. Gemini Nano has already been in play on Google’s own Pixel phones.

That explains why the file is so large; it has to pack in a lot of data. In this case, a weights file contains numbers that measure the level of importance an AI model assigns to your input. The AI uses these values to determine what should come next. For example, let’s say you start typing the phrase “Why did my new phone cost me an arm and a…” at the prompt. The AI assigns weights to your input to help it predict that the next word would be “leg.”

Also: This powerful Gemini setting made my AI results way more personal and accurate

How can you tell if the file has been downloaded to your PC? First, open Chrome, go to Settings, and select System. On the System screen, check whether the On-device AI option is turned on. If so, then you probably have the file or will soon get it.

To double-check, you’ll have to navigate to the user folder on your PC. That location varies based on your operating system. On my Windows 11 PC, I ran a search in File Explorer for weights.bin. The search took a long journey through the following path: C:\Users\lance\AppData\Local\Google\Chrome\User Data\OptGuideOnDeviceModel\2025.8.8.1141. At that final location, the weights.bin file appeared, measuring 4GB.

Since the file is downloaded again if you simply delete it, you’ll have to take an extra step to get rid of it permanently. After you delete the file, go back to Settings in Chrome and select System. Then  turn off the switch for On-device AI.

But as long as you have enough disk space (and if you can’t spare 4GB, then it’s time to clean up your drive), the file is little cause for concern. Just forget about it, especially if you’re keen to try on-device AI, and we’ll see what the future holds for Gemini Nano.





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