Real Steel Became a Reality — Full AI Robots Boxing Tournament — With English Subtitles

🌟 Overview

China has emerged as a leader in Open Source generative AI and is now pioneering the robotics frontier ahead of everyone else. Who would have imagined that just 14 years after the Real Steel movie, we would witness actual Real Steel competitions? This is only the beginning - these technologies will advance rapidly and significantly.

📺 Video Details

• Quality: 4K HD
• Language: English Subtitles Available
• Competition Type: Commercial Level Robots (Affordable & Accessible)
• Performance: Excellent despite cost constraints

🔗 Watch Now: 4K HD Video Link

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⚙️ How These Robots Work

🧠 Hybrid AI-Human Control System

The robots operate using a sophisticated hybrid system where AI handles low-level execution and complex movements, while humans provide high-level strategic commands and trigger specific actions.

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🤖 AI-Driven Components

🚶‍♂️ Movement & Balance

• Bipedal Locomotion: Advanced algorithms for walking, sidestepping, and balance maintenance
• Adaptive Recovery: Quick "cool" recovery after falls using motion capture data from professional boxers
• Dynamic Stability: Real-time adjustments using sensor fusion (IMUs, vision, tactile sensors)

🥊 Motion Control & Execution

• Pre-trained Combat Moves: Named attacks like "胭脂紅 (Rouge Red)" with coordinated sequences
• Skill Fluency: AI maps human boxer movements to robot kinematics and dynamics
• Programmed Personality: Automated taunts and gestures (like thigh patting)

👁️ Sensory Processing

• Autonomous Vision System: Opponent identification and distance calculation
• Impact Sensors: Force, tilt, and tactile feedback for balance algorithms
• Safety Protocols: Immediate action cessation upon falling to prevent damage

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👤 Human-Controlled Aspects

🎯 Strategic Decision-Making

• Combat Strategy: When to attack, defend, or taunt
• Move Selection: Initiating pre-programmed combat sequences
• Opponent Adaptation: Real-time strategic adjustments

⚡ Fine-Tuning Control

• Strike Intensity: Managing motor current surges during heavy impacts
• Risk Management: Controlling power consumption and preventing motor burnout
• Abstract Commands: High-level instructions like "move forward" or "execute combo X"

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🎮 Control Philosophy

AI Dominance

• ✅ Complex physical movement execution
• ✅ Low-level motor control and coordination
• ✅ Sensor data interpretation
• ✅ Safety protocol management

Human Dominance

• 🎯 Overall fight strategy
• 🎯 Attack timing and selection
• 🎯 Action intensity modulation
• 🎯 Real-time tactical decisions

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🎪 The Experience

Think of it as controlling a highly sophisticated video game character where:

• The AI makes the character move fluidly, perform complex animations, and react to physics
• The human operator decides movement direction, attack selection, and overall strategy
• The "animations" are incredibly advanced due to extensive AI training and real-time control algorithms

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🏆 Key Features