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Dolphin Proteus DX5i Robotic Pool Cleaner with WiFi & App

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This is the Dolphin Proteus DX5i: a WiFi connected robotic pool cleaner that can handle pools up to 50ft. It can climb walls and  scrub the floor, walls, and waterline of your pool. It combines with the MyDolphin Plus mobile app to let you easily select cleaning mode and put it on a schedule.

Dragon eVTOL Personal Air Vehicle Tested in Arizona

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Dragon Personal Air Vehicle Desert Promo

Plenty of companies are working to perfecting flying taxis. Rotor X Aircraft has released a new video if its eVTOL flying vehicle that was recently tested in Arizona. This electric lightweight aircraft doesn’t require a pilot’s license to operate.

KODY 29 AI Cooking Robot with 1500+ Guided Recipes

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This is the KODY 29: an AI cooking robot with 21 cooking modes and 1500+ guided recipes that saves you time preparing all kinds of delicious meals.You can use it to mince, grind, whip, knead your ingredients, and prepare soups, salads, juices, and complete meals. This cooking robot also features automatic cleaning.

ARMAR-6 Collaborative Robot Teleoperated

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This is the ARMAR-6: a collaborative humanoid assistant robot for industrial environments. It can interact with humans and assist them with a variety of tasks. This video shows how these robots can be teleoperated from a distance to pour someone a drink. It can also lift and manipulate various objects.

ARMAR-6 Teleoperation Demonstration - Recording Demonstrations in Human Robot Collaborative Settings

[HT]

This Bee Robot Can Fly In All Directions

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In the past few years, we have covered plenty of cool robotic bees here. This one WSU researchers can fly in all directions as it can twist.  Bee++ has 4 wings made of carbon fiber and mylar. It can achieve 6 degrees of movement. The below video shows it in action:

Researchers build bee robot that can twist

This robot weighs 95mg and has a 33mm wingspan. It can fly autonomously for about 5 minutes at a time.

[HT] [Credit: Ryan M. Bena; Xiufeng Yang; Ariel A. Calderón; Néstor O. Pérez-Arancibia ]

DALL-E-Bot: Fully Autonomous Robot Rearranges Objects Thanks to DALL.E Images

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This is the DALL-E-Bot: a fully autonomous robot with web-scale diffusion models that can rearrange objects in a scene by inferring a text description of them and generating an image representing human-like arrangement of them. This is done with DALL.E without needing any training or data collection.

DALL-E-Bot: Introducing Web-Scale Diffusion Models to Robotics

The robot prompts DALL.E with a list of objects it detects and get an image in return that contains human-like object arrangement.

[HT] [official site]

Moxie GPT-Powered AI Robot for Kids

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This is Moxie: a GPT-powered robot for kids from 5 to 10 that helps improve their social skills and reduce their anxiety. It comes with hundreds of activities. It has a 5MP front facing camera and a 4-microphone array to track users’ face and voice. It features smooth 360-degree animation.

KOWOLL Robot Lawn Mower with App Control

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Here is another robotic lawnmower that you can control with your smartphone. The KOWOLL Robot Lawn Mower can mow lawn up to 3229.17 square feet per charge. It has a 7.48-inch cutting width and an adjustable cutting height of 0.79-2.17-inch.

Insecter: Insect Tarsus-Inspired Gripper with Adhesive Pads

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Here is an insect inspired robot that can grasp a wide variety of objects. Insecter is tarsus inspired robotic gripper for  versatile grasping. It has a “single cable-driven, compliant gripper design.” Soft adhesive pads with an asymmetric sawtooth-like surface structure are attached at the tarsus segments to allow it to grasp and hold objects.

Drones Performing Autonomous Under Canopy Navigation and Mapping in Dense Forests

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It is no secret that drones are quite handy for exploring remote and hard to access areas. This video from Kostas Alexis shows drones performing under-canopy navigation, exploration and mapping in dense forests. A learning-based navigation approach was used that calculates collision-free actions without access to any form of consistent map. The below videos shows how it works:

Autonomous Under Canopy Navigation and Mapping in Dense Forests (DigiForest @ Evo, Finland)

[HT]

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