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A pressure sensor in robotics measures the force exerted on an object or surface. It detects changes in pressure and provides feedback to the robot, helping it understand how much force is applied, such as when gripping an object or maintaining balance. This is important for tasks requiring precision, like handling fragile items or controlling robotic limbs.
Important: A pressure sensor and a force sensor are similar but not exactly the same.
Beginning December 2024, China has accelerated the speed of it’s technological advancement in different fields, and some of it’s examples are latest AI models (Deepseek), Hypersonic Jumbo Jet, Artificial sun, mass production of robots, etc. One such revolutionary invention by…
In the bustling innovation hub of CES 2025, one announcement stole the spotlight: Jennie, the robot dog. Developed by TomBot—a company founded in 2017 by Tom Stevens—Jennie is not just any robotic companion. She’s a social robot, designed to transform lives, particularly for seniors facing cognitive and mental health challenges.
ROPET, an emotional AI powered social robot (or a pet robot) by the company that goes with the same name, was unveiled recently at CES 2025. ROPET is an emotional robot that can laugh, get sad, shy, angry or happy and interact with you in various cute ways. All it needs is a little warmth and love.
The SpaDeX (Space Debris Experiment) project is an initiative by the Indian Space Research Organisation (ISRO) to develop and demonstrate technologies related to managing and mitigating space debris. The robotic arm will be one of it's tools to achieve the success.
Explore NAO Version 6, the latest humanoid robot from Aldebaran, now part of United Robotics Group. With advanced sensors, AI capabilities, and support for multiple programming languages, NAO is revolutionizing education, research, healthcare, and retail industries. Learn more about its features and applications in our comprehensive blog.
