Synopsis of Social media discussions
The discussions highlight the detailed speed and maneuverability capabilities of whirligig beetles, such as their ability to reach 44.5 body lengths per second and perform rapid turns, using technical language and references that demonstrate both respect for the research and a desire to connect it with their understanding of insect locomotion or robotics.
Agreement
Strong agreementThe discussion enthusiastically acknowledges the article's findings, referencing precise data such as swimming speeds and turning rates, showing strong agreement with its significance.
Interest
Moderate level of interestThe mention of detailed biological metrics indicates some level of curiosity, though the overall tone remains more technical than passionately interested.
Engagement
Moderate level of engagementParticipants cite specific measurements and relate them to prior knowledge, illustrating a moderate but meaningful level of involvement.
Impact
Moderate level of impactThe focus on detailed locomotion data underlines an appreciation for the research’s contribution to understanding beetle movement and potential bioinspired designs.
Social Mentions
YouTube
2 Videos
1 Posts
Blogs
2 Articles
News
11 Articles
Metrics
Video Views
1,243,869
Total Likes
54,827
Extended Reach
1,245,018
Social Features
16
Timeline: Posts about article
Top Social Media Posts
Bubo Virginianus
@ksn8099rang242q "Previous studies have concluded that whirligig beetles can swim at speeds up to 44.5 body lengths/s with a maximum turning rate of 4428°/s and a maximum centripetal acceleration of 2.86 g." https://t.co/eTgeZJuJMP.
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Posts referencing the article
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November 6, 2025
473 views
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@ksn8099rang242q "Previous studies have concluded that whirligig beetles can swim at speeds up to 44.5 body lengths/s with a maximum turning rate of 4428°/s and a maximum centripetal acceleration of 2.86 g." https://t.co/eTgeZJuJMP.
view full postJuly 12, 2023
1
Abstract Synopsis
- This research explores how whirligig beetles can efficiently swim, dive, and navigate on water surfaces, aiming to inspire robotic designs by analyzing their movement mechanics through experiments and modeling.
- The study found that curved swimming paths are more energy-efficient, hind legs propel the beetle farther and faster, and middle legs help control steering and stability during swimming and diving.
- To switch from swimming to diving, beetles change the angle of their leg movements to tilt their bodies and break water tension, revealing key biological strategies for surface and underwater locomotion.
Bubo Virginianus
@libelledirectb1 (Twitter)