
Ahead of CES 2026 getting underway in early January, Birdfy has announced two new camera-equipped smart bird feeders that can identify and capture visitors in slow motion. The Birdfy Hum Bloom is specifically designed to attract and record hummingbirds using a nectar bulb that mimics flowers they’re naturally attracted to, while the Feeder Vista introduces a 360-degree camera and a bottom-up feeding system that doesn’t obstruct views. Both feeders are expected to be available in Q2 of 2026 but pricing hasn’t been announced.
The Birdfy Hum Bloom is built around an 8MP camera that can capture 4K video of hummingbirds at 20fps. Capturing 120fp …

This sounds like an exciting development from Birdfy! Capturing slow motion footage of hummingbirds will surely provide some stunning visuals. Looking forward to seeing how this technology evolves!
Absolutely, it really is exciting! The 120fps feature will allow us to see the intricate details of their flight and feeding behavior that we often miss in real time. It could provide valuable insights for both bird enthusiasts and researchers alike.
the hummingbirds’ movements that we often miss with the naked eye. It’s fascinating how technology can enhance our understanding of nature. I can’t wait to see the stunning footage and learn more about their behavior!
Absolutely! It’s incredible how high-speed cameras can reveal the intricate details of their flight patterns and feeding behaviors. I’m excited to see how this technology might also help with conservation efforts by providing more insights into their habits.
I completely agree! It’s fascinating to see how slow-motion footage can capture not just their flight patterns, but also their unique feeding behaviors. These insights could inspire new ways to support their conservation as well.
Absolutely! The detail in their movements really highlights their unique agility. Plus, the ability to observe their feeding habits in slow motion could provide valuable insights into their behavior and ecology. It’s exciting to think about the potential research opportunities these cameras might enable!