Welcome to Video Friday, your curated weekly showcase of cutting-edge robotics videos, brought to you by the robotics community. Alongside these visual highlights, we provide a comprehensive calendar of upcoming robotics conferences and events worldwide. Feel free to submit your events for inclusion.
Upcoming Robotics Conferences and Events (2025)
- RO-MAN 2025: August 25-29, Eindhoven, The Netherlands
- CLAWAR 2025: September 5-7, Shenzhen, China
- ACTUATE 2025: September 23-24, San Francisco, USA
- CoRL 2025: September 27-30, Seoul, South Korea
- IEEE Humanoids 2025: September 30-October 2, Seoul, South Korea
- World Robot Summit: October 10-12, Osaka, Japan
- IROS 2025: October 19-25, Hangzhou, China
Now, dive into this week’s most exciting robotics breakthroughs and demonstrations!
World Humanoid Robot Games: A Historic Milestone
The inaugural World Humanoid Robot Games wrapped up with remarkable performances, including Unitree’s dominance, clinching four gold medals across the 1500m, 400m, 100m Obstacle, and 4×100m Relay events.
Unitree’s Unmatched Speed and Agility
Unitree Robotics showcased their cutting-edge humanoid robots, which excelled in multiple track events, demonstrating unprecedented speed and obstacle navigation capabilities. Their success highlights the rapid advancements in robot locomotion and control systems.
PNDbotics’ Adam: The Trailblazing Full-Size Humanoid
PNDbotics’ Adam made history as the first full-scale humanoid robot to complete the 100m Obstacle Race at the World Humanoid Robot Games, proving the viability of large humanoid robots in dynamic athletic challenges.
Innovations in Robotics Intelligence and Control
FieldAI’s Physics-First Foundation Models (FFMs)
FieldAI introduces Field Foundation Models, a novel class of “physics-first” AI frameworks tailored for embodied intelligence. Unlike traditional vision or language models adapted for robotics, FFMs are engineered to handle uncertainty, risk, and real-world physical constraints, enabling robots to operate safely and reliably in unpredictable, unmapped environments without GPS or predefined routes.
Multiply Labs and Universal Robots: Revolutionizing Cell and Gene Therapy Manufacturing
By integrating Universal Robots’ collaborative robotic arms, Multiply Labs has developed an innovative robotic cluster that dramatically transforms the production of life-saving cell and gene therapies. This breakthrough reduces manufacturing costs by 74% and boosts patient dose output per square foot of cleanroom space by up to 100 times.
Robotic Dexterity and Communication Advances
Vulcan V3: The Ambidextrous Humanoid Hand Mastering American Sign Language
Vulcan V3, the world’s first ambidextrous humanoid robotic hand, flawlessly performs the entire American Sign Language alphabet. This demonstration pits Vulcan V3 against a human counterpart, showcasing its dexterity and precision in complex hand gestures.
Koboshi: A Novel Spherical Robot Enabling Dynamic Object Movement
Researchers have developed “koboshi,” a base-shaped robot with a spherical contact surface that moves everyday objects by shifting an internal weight via built-in motors. Equipped with posture sensors and communication modules, koboshi units can interact with users and coordinate with each other, bringing new life to static items.
Robotics in Extreme Environments and Practical Applications
DEEP Robotics’ X30 Quadruped: Supporting Conservation in Harsh Terrains
The X30 quadruped robot has successfully completed missions in the challenging Hoh Xil region, assisting patrol teams by transporting essential supplies and safeguarding delicate ecosystems, demonstrating robotics’ growing role in environmental protection.
Physical AI in Last-Mile Delivery: RIVR Robots and Autonomous Vehicles
RIVR’s delivery robots, integrated with autonomous vehicles, exemplify how Physical AI can seamlessly manage the entire last-mile logistics chain-from warehouse dispatch to doorstep delivery-enhancing efficiency and reliability in urban environments.
Industrial and Assistive Robotics Breakthroughs
KUKA’s KR TITAN Ultra: Heavy-Duty Industrial Automation
The KR TITAN Ultra is a powerhouse industrial robot weighing 4.6 tonnes, engineered to handle payloads up to 1.5 tonnes, setting new standards for heavy-duty automation in manufacturing and logistics.
Carnegie Mellon’s LocoMan: A Robotic Assistant for Complex Tasks
Mechanical Engineering researchers at Carnegie Mellon University, including Ding Zhao and Ph.D. candidate Yaru Niu, present LocoMan, a versatile robotic assistant designed to support intricate operations, enhancing human-robot collaboration.
Human-Centered Robotics and Adaptive Technologies
Henry Evans: A Story of Resilience and Robotics Advocacy
After a debilitating stroke left him mute and paralyzed, Henry Evans became a passionate advocate for adaptive robotics technologies that empower people with disabilities. His inspiring journey includes composing country music one letter at a time, demonstrating the profound impact of assistive robotics.
Dynamic Bipedal Robotics Research
Mercury: UT Austin’s Passive-Footed Bipedal Robot
Developed at the Human Centered Robotics Lab, Mercury is an experimental bipedal robot featuring passive feet without actuated ankles. It maintains balance through dynamic stepping, mimicking human locomotion strategies and advancing the field of humanoid mobility.
Robotics and AI Integration
Bi-LAT: Vision-Language-Action Model with Bilateral Control
Bi-LAT represents the first Vision-Language-Action (VLA) model incorporating bilateral control into imitation learning. This innovation allows robots to modulate applied force based on natural language commands, enhancing interaction safety and task adaptability.
Robotics Form Factors and Everyday Impact
Texas A&M’s Versatile Robot: From Ocean Depths to Outer Space
Robotic vacuum cleaners have become household staples, but Texas A&M University’s latest robot pushes boundaries far beyond domestic chores, operating effectively in diverse environments ranging from underwater exploration to space missions.
Iconic Robotics: The Enduring Legacy of the iRobot Roomba
The iRobot Roomba revolutionized home cleaning robotics and remains a benchmark for autonomous consumer devices, inspiring a new generation of smart household robots.
Massive Robotic Hands and Modular Robotics
From the largest robotic hands designed for industrial applications to modular robots composed of cube-shaped units with adjustable tension strings, robotics research continues to explore innovative form factors that enhance adaptability and functionality.
Stay tuned for more groundbreaking developments in robotics and AI as the field continues to evolve at a rapid pace.
