Is there something I’m missing, or do cyclists have to stop only because motorists would take a tantrum if they weren’t required to?

Motorists would make a tantrum regardless, and they don’t stop too! Rolling through is very common; indeed expected in many areas. After all, how is a town supposed to enforce all of their intersections? For example, San Francisco has 18,525 intersections and 2,140 officers. Assigning 10 intersections per officer and to ignore all other police needs would be insanity. They’re trying their best but it’s an uphill battle.

If a cyclist can ride right through this, why can’t I on my 125 motorcycle?

Perhaps it should be allowed! Cars already treat stop signs as yields (“California Roll” is the car corollary to the “Idaho Stop”). Why would you stop if the car behind you isn’t planning to? (I’d love to see motorbike studies on this; please link me to some if you know any.)

Studies have shown that cyclists treating stop signs as yield signs leads to fewer accidents, both with cars and pedestrians.

Yielding also decreases time spent in the intersection. You have a motor underneath you. Cyclists don’t. Clearing the intersection quickly prevents cross-traffic from splatting you. That’s why slowing down, checking for traffic, but not stopping is so important for momentum vehicles.

The NHTSA (the US road safety org for my Canadian friends) has a good two-pager overview. It’s a good place to start if you’re still curious about the reasoning behind the Idaho stop.

Mozilla invented Rust to rewrite the rendering engine. Read the history of Servo and bring a tissue to cry into.

Specifically 5, 10, and 15mhz AM. There are others, but you’ll really hear NIST WWV/WWVH if you’re in North America/Pacific.

These disks were designed to self-destruct in the presence of oxygen. They literally rust away.

Oxygen and its O2 form does like to sneak into everything. Even sealed in the original packaging, there’s a limited shelf life. Flexplay claimed stability of only one year, which isn’t much given it comes sealed in a plastic bag.

You’re probably decoding noise or in the middle of the bit stream.

What you’re looking for is called “preamble.” That’s a sequence of bits used to synchronize the decoder (marks the start of data, useful in modulation schemes for clock recovery, and a few other things).

Looking at minimodem’s manual, try using the sync-byte option. Prepend your tar stream with a string of bytes, like 0x01, before sending to minimodem for encoding. Then use the sync code option to mark the start of the tar bit stream. This is as simple as cat preamble.bin myfiles.tar | minimodem --tx …

Other things to consider: start small with 300 baud BFSK before speeding up. Test with wav files before attempting physical tape or speakers and a microphone.

Shooting up or down is hard and takes extra work to understand the ballistics of such a shot.

If you’re really curious, check out Ted’s HoldOver video on the topic. He shows both the theory and practice it takes to shoot upwards.

For sure. These fuses have been a scourge.

Here’s a video by a radio fan who’s circuit is designed to blow fuses just didn’t.

https://youtu.be/apQU_VuJlFU