Macklemore

The Turris Omnia is an open, powerful router that comes with OpenWRT.

Turris adds an additional UI and features beyond that, but the OpenWRT UI is still available and the stock firmware can be completely replaced with OpenWRT if so desired.

It’s a bit pricey but has great specs (1.6 GHz dual core, 2GB RAM, 8GB eMMC) and is an excellent device for tinkerers with headers exposing UART, JTAG, GPIO, and more. It has three internal mPCIe ports as well.

I am not affiliated with Turris but just happened to stumble upon a new one at a garage sale a couple of days ago. Lucky find and I’m excited.

I’m confused how I would have written that as well. Coincidental for sure. I think I did have “modern” in the title initially and didn’t realize editing left it since it’s similar. I dunno.

I speak English and I’m actually old enough to know what modem stands for, unfortunately 😂.

edit: It was autocorrect apparently. It happened again and was almost impossible to detect because of the similarity.

I’ve posted it online now as well as included a pic of the LEDs lit up through the PETG pipes.

I’ll post it to Printables.com soon. I’m not sure how common the brittle plastic issue was but, yeah, there seem to be a lot of variations using this exact same case design.

I haven’t seen the LEDs yet since I’ve lost the power supply, but I’ve used the same PETG pipe technique a couple of times before and it works great.

Brought to you by the same company that takes you to the logout page when you go to the login URL

Even without the boot, I would think that a person’s thumb would hit the button regardless.

For most utilities (water, electricity), there’s a relatively linear relationship between the tangible value provided (energy used, water dispensed) and the cost to provide it (coal burned, water sourced/treated). Even for wind- or hydro-powered electricity, the amount that everybody uses has a proportional amount of wear on the system and consequent required maintenance.

But not so much for ISPs. Instead, you’re basically paying for a “fictional” amount (speed) of a non-tangible product. Granted, there is a linear relationship to the amount of electricity the ISP uses to provide each bit, but it’s negligible.

Instead, what you’re paying for with internet is essentially to recoup the fixed costs of the provider’s equipment. They do need to upgrade every so often to accommodate more capacity and faster speeds, but this is proportional to speeds provided and not data volume used.

*edit: replied to wrong comment

For starters, you can replace the equivalent of the battery: fuel

Don’t get me wrong; my next car will be an EV. But it is disingenuous to hand wave the reality that EV batteries are expensive and difficult to replace, somewhat negating the economical and environmental benefits.

I do all of my work on my own cars in my home shop, including things like dropping transmissions. This is why I’m able to keep cars for over 20 years. But there’s no way I would be able to even start to replace an EV battery pack simply due to the weight.

But, for me anyway, that’s not a compelling excuse not to get an EV. It’s the way of the future and, by the sheer nature of getting one, I’m promoting their adoption, encouraging their innovation, and driving down the cost overall. So I look forward to it, even if there are some inconvenient truths.

Have you tried a new nozzle?

If your nozzle is worn flat (from scraping), it could affect your nozzle-bed gap (assuming no adjustment). If the internal diameter is worn (from long-term usage or an abrasive filament), it could cause a type of under-extrusion.

For tall prints on a moving bed, orient the part so that the longest surface dimension is parallel with the bed movement.

This makes it less likely to come loose due to inertia.

This is my favorite kind of stuff to work on. Bust out the calipers and radius gauge, do some modeling, and warm up the print bed.

Very nice!