December 19, 2025
One small click for man
Does my key fob have more computing power than the Lunar lander?
Yes, your car key might be smarter than the Moon computer, and the comments are wild
TLDR: Yes, your key fob likely has far more computing power than the Apollo lunar lander, according to a new podcast breakdown. Commenters alternated between awe and jokes about USB cables, while one sounded a sober note: amazing chips won’t fix housing, sparking debate over what progress actually means.
Is your car key literally brainier than the Moon lander? The latest Runtime Arguments episode says yes—and the comments descended like rocket fuel. User theamk dropped a mic-level “TL/DL: yes, it does,” pointing out that a common key fob chip like the nRF52840 runs around 64 MHz with far more memory, while the Apollo Guidance Computer chugged at about 2 MHz with just a few kilobytes of working memory. Translation: today’s tiny gadgets have way more speed and storage. A few nerds cautioned that “megahertz isn’t everything,” but even with efficiency differences, the gap is so huge it’s not close. Others piled on: cheap microchips everywhere are “immensely more powerful” than Apollo.
Then came the mood swings. asplake joked, “How long until we can ask that of USB cables?”—cue the memes. Host jammcq popped in to hype the episode and ask folks to share. But HPsquared slammed the brakes: we have space-age chips in pockets, yet housing is still out of reach. That reality check ignited a vibe shift from geek flex to “what are we even doing?” The verdict: yes, your key fob outmuscles Apollo; the real blast-off is the comment section.
Key Points
- •The episode evaluates claims that modern devices (desktops, phones, watches, key fobs) surpass the computing power of Apollo-era spacecraft.
- •It incorporates a historical perspective on computing to contextualize the comparison.
- •Reference materials include ENIAC (as a historical benchmark) and Nordic Semiconductor’s nRF52840 (as a modern microcontroller example).
- •The article provides ways to access the podcast and contact the hosts (website, emails, Mastodon).
- •The piece serves as an episode announcement rather than a technical deep dive, with details likely contained within the audio discussion.