Octopus Flexibility Study Informs Rescue Robot Design

Octopus Flexibility Study Informs Rescue Robot Design

Researchers at the National University of Singapore reported that common and Mayan octopuses can navigate tight openings by pulling themselves through, and they plan to apply this strategy to future search-and-rescue robots. Earlier reports said the team was studying the animals’ ability to squeeze through narrow gaps to inspire more adaptable rescue robots. The work builds on observations that octopuses use flexible bodies to overcome confined spaces.

Actors

National University of Singapore

Locations

Italy Austria Singapore

Articles

November 07, 2026
1 total
Researchers study octopus flexibility to improve search-and-rescue robots
Researchers study octopus flexibility to improve search-and-rescue robots

WWNO • 07 Nov 02:33

Scientists observed how common and Mayan octopuses navigate tight openings and plan to apply the pulling strategy to future rescue robots.

Credibility 88% Manip. 5% Center
November 06, 2026
5 total
Researchers study octopus flexibility to improve search-and-rescue robots
Researchers study octopus flexibility to improve search-and-rescue robots

KAXE • 06 Nov 22:31

Scientists observed how common and Mayan octopuses navigate tight openings and plan to apply the pulling strategy to future rescue robots.

Credibility 88% Manip. 5% Center
Researchers study octopus flexibility to improve search-and-rescue robots
Researchers study octopus flexibility to improve search-and-rescue robots

WUWM • 06 Nov 22:31

Scientists observed how common and Mayan octopuses navigate tight openings and plan to apply the pulling strategy to future rescue robots.

Credibility 88% Manip. 5% Center
Study of octopus flexibility informs design of search-and-rescue robots
Study of octopus flexibility informs design of search-and-rescue robots

NPR • 06 Nov 22:24

Scientists observed how octopuses squeeze through tiny openings and plan to apply the findings to robots that must navigate confined spaces during disaster response.

Credibility 88% Manip. 5% Center
Study Reveals Octopus Strategies for Squeezing Through Tight Gaps, Offering Insights for Soft Robotics
Study Reveals Octopus Strategies for Squeezing Through Tight Gaps, Offering Insights for Soft Robotics

ScienceAlert • 06 Nov 11:02

Researchers observed how common octopuses navigate holes of varying sizes, identifying distinct movement sequences that could inform the design of flexible robots for confined environments.

Credibility 88% Manip. 8% Center
Roboticist studies octopus flexibility for rescue robot design
Roboticist studies octopus flexibility for rescue robot design

The Washington Post • 06 Nov 05:00

Researchers are examining octopuses' ability to squeeze through narrow openings to inspire more adaptable search-and-rescue robots.

Credibility 82% Manip. 8% Center