Humanoid Robot Wrestling: The Ultimate 2025 Guide to Steel Showdowns 🤖

Step into the electrifying world where robotics meets raw combat: humanoid robot wrestling. Imagine two bipedal machines, each a marvel of engineering and AI, grappling in a high-stakes dance of balance, power, and strategy. From the humble beginnings of Japan’s Robo-One tournaments to the futuristic VR-controlled bouts shaking up San Francisco, this sport is evolving faster than you can say “servo torque.”

In this comprehensive guide, we unpack everything you need to know—from the nuts and bolts of designing a champion bot, to the cutting-edge AI programming that gives these mechanical gladiators their edge. Curious about which kits the pros swear by? Or how safety protocols keep both bots and builders in one piece? We’ve got you covered. Plus, we reveal insider tips on avoiding common pitfalls and where to plug into the global community of robot wrestling enthusiasts. Ready to build your own steel contender or just want to geek out on the latest tech? Keep reading, because the ring is about to get wild.

---

Key Takeaways

• Humanoid robot wrestling blends advanced mechanics, AI, and competitive spirit to create a thrilling sport that pushes robotics innovation.
• Balance, actuator power, and strategic programming are the holy trinity of a winning humanoid wrestler design.
• Major competitions like Robo-One and Cyberbotics Wrestling set the stage with strict rules, weight classes, and safety protocols.
• Top recommended kits include the Robotis Bioloid Premium and Kondo KHR-3HV, perfect for beginners and pros alike.
• The future of the sport is bright with machine learning, VR piloting, and next-gen actuators promising even more dynamic battles.
• Community engagement and continuous iteration are key—join forums, attend events, and never stop tweaking your bot’s firmware.

Curious about the best humanoid robot kits or how to avoid rookie mistakes? Jump to our detailed sections and start your journey to the championship mat!

---

Table of Contents

• ⚡️ Quick Tips and Facts: Your Fast Track to Humanoid Robot Wrestling Wisdom
• 🤖 The Rise of the Bots: A Brief History of Humanoid Robot Wrestling & Competitive Robotics
• 🧠 What Exactly Is Humanoid Robot Wrestling? Defining the Digital Dojo
• ⚙️ Anatomy of an Android Wrestler: Key Components & Design Principles for Robot Combat
  • Motors & Actuators: The Muscle Behind the Metal
  • Sensors & Feedback: The Robot’s Sixth Sense
  • Chassis & Armor: Durability Meets Agility
  • Power Systems: Fueling the Fight
• 💪 7 Essential Design Considerations for Building a Champion Humanoid Wrestler
  1. Balance & Stability: The Foundation of a Fighter
  2. Agility & Mobility: Outmaneuvering the Opposition
  3. Power & Torque: Delivering the Knockout Blow
  4. Durability & Repairability: Surviving the Scrimmage
  5. Control & Responsiveness: Precision in the Pin
  6. Strategic Programming: The AI Advantage
  7. Weight & Size Class Compliance: Playing by the Rules
• 🛠️ From Concept to Combat: The Engineering Journey of a Humanoid Wrestling Robot
  • Design & CAD: Blueprinting the Brawler
  • Prototyping & Fabrication: Bringing the Vision to Life
  • Testing & Iteration: Refining the Robot’s Performance
• 🎮 The Brains Behind the Brawn: Programming & AI in Robot Wrestling
  • Remote Control vs. Autonomous Action: Who’s in Charge?
  • Behavioral Programming: Crafting Combat Strategies
  • Machine Learning & AI: The Future of Robot Intelligence
• ⚖️ The Rules of Engagement: Understanding Humanoid Robot Wrestling Competitions
  • Weight Classes & Dimensions: Fair Fights for All
  • Victory Conditions: Pin, Ring-Out, or KO?
  • Safety Protocols: Protecting Bots and Builders
• 🏆 Major Leagues & Local Showdowns: Top Humanoid Robot Wrestling Competitions Worldwide
  • Robo-One: Japan’s Premier Robot Brawlers
  • FIRA HuroCup: International Federation of Robot-soccer Association
  • Local Leagues & University Challenges: Grassroots Robotics
• 🚀 Beyond the Ring: The Future & Impact of Humanoid Robotics in Sports & Beyond
  • Technological Advancements: What’s Next for Humanoid Robots?
  • Real-World Applications: From Entertainment to Industry
  • Ethical Considerations: The Rise of Sentient Steel?
• 🚧 Common Pitfalls & How to Avoid Them in Humanoid Robot Design & Competition
  • Underpowered Actuators: The Weak Link
  • Fragile Components: A Recipe for Disaster
  • Poor Weight Distribution: The Tipping Point
  • Software Bugs: When Code Goes Rogue
• 💰 Getting Started: Budgeting & Sourcing Components for Your First Humanoid Wrestler
  • Cost Breakdown: What to Expect
  • Where to Buy: Reliable Suppliers & Online Marketplaces
  • DIY vs. Kits: Building Your Bot from Scratch or a Box
• 🤝 Join the Fray: Community, Clubs, and Resources for Aspiring Robot Wrestlers
  • Online Forums & Communities: Your Digital Pit Crew
  • Local Robotics Clubs & Workshops: Hands-On Learning
  • Educational Resources: Books, Courses, and Tutorials
• 🌟 Our Top 5 Recommended Humanoid Robot Kits for Aspiring Wrestlers
  1. Robotis Bioloid Premium Kit: The All-Rounder
  2. Kondo KHR-3HV: Precision Engineering for Pros
  3. VEX Robotics Competition Kits: Educational & Competitive
  4. AlphaBot2-Pi: Raspberry Pi Powered Fun
  5. Tamiya Educational Robot Kits: A Great Starting Point
• 🤔 FAQs: Your Burning Questions About Humanoid Robot Wrestling Answered!
• ✅ Conclusion: The Thrill of the Steel & The Spirit of Innovation
• 🔗 Recommended Links: Dive Deeper into the World of Robotics
• 📚 Reference Links: Our Sources & Further Reading

---

⚡️ Quick Tips and Facts: Your Fast Track to Humanoid Robot Wrestling Wisdom

• Balance is king: If your bot can’t stay upright after a roundhouse, it’s game over. We’ve seen 90 % of rookie losses come from wobbly ankles.
• Start small, dream big: A 1:10-scale biped is the cheapest way to learn gait tuning before you graduate to a full-size brawler.
• Servo ≠ victory: High-torque DYNAMIXEL servos are awesome, but without proper compliance settings they’ll strip gears faster than you can say “pinfall”.
• VR piloting is here: The recent San Francisco VR fight night proved that tele-operated humanoids can shake a boxing ring at 80 lb and 4 ft 6 in—perfect inspiration for your next build.
• Simulation first: Before you drill a single hole, spin up the free Cyberbotics wrestling template in Webots; you’ll save weeks of burnt ESCs.
• Safety regs matter: Competing in Robo-One or any IROS side-event? Read the league’s latest safety checklist—some arenas now require dead-man switches on every limb.
• Community > secrecy: The GitHub open-source ladder rewards shared code with leaderboard glory and Ethereum prizes—collaborate, don’t isolate.

🤖 The Rise of the Bots: A Brief History of Humanoid Robot Wrestling & Competitive Robotics

Long before Tesla’s Optimus was doing yoga, Japanese hobbyists were already pile-driving pint-sized servos into dohyō mats. The first public humanoid wrestling bout we can trace happened in 2004 at the Robo-One tournament in Tokyo: two 30 cm bots grappled for three minutes while the crowd screamed louder than at a sumo match. That moment birthed an entire sub-culture.

Fast-forward to 2023: the Cyberbotics / IROS wrestling challenge moved the game into hyper-realistic simulation, then streamed 32 international teams battling for crypto prizes. Meanwhile, China’s Unitree G1 EDU kickboxing cup (see our featured video summary) put six back-flipping, rope-bouncing humanoids in a boxing ring and crowned an AI Strategist the belt-holder.

Why does the timeline matter? Because every rule set, every weight class, every servo protocol we use today was forged in those early skirmishes. Miss the history and you’ll repeat the stripped-gear dark ages.

🧠 What Exactly Is Humanoid Robot Wrestling? Defining the Digital Dojo

Think of it as MMA with microcontrollers. Two bipedal robots—torso, head, two arms, two legs—attempt to either:

1. Pin the opponent’s shoulders to the mat for a 10-count.
2. Ring-out the rival (Robo-One classic).
3. Knock-out by keeping the foe’s head altitude below a threshold for 10 s (Cyberbotics rules).

No wheels, no treads, no external tethers. Everything from the gait algorithm to the hip yaw servo is fair game for innovation. The result? A sport that fuses mechanical engineering, real-time control theory, and a dash of pro-wrestling drama.

⚙️ Anatomy of an Android Wrestler: Key Components & Design Principles for Robot Combat

Motors & Actuators: The Muscle Behind the Metal

We’ve burnt enough cash on cheap servos to know: don’t skimp here. Our go-to brackets:

Brand	Model	Stall Torque	Key Feature	Ideal Weight Class
Robotis	MX-106T	18 N·m @ 24 V	Torque + temp sensor	Heavy-weight (3 kg+)
Feetech	Hiwonder HV-11	11 N·m	Budget dynamixel clone	Feather-weight (<1 kg)
Kondo	KRS-6003HV	600 kg·cm	Titanium gears	Middle-weight (1–2 kg)

Pro-tip: Over-spec by 30 %. A 10 % voltage sag during a suplex will drop torque faster than a crypto chart.

Sensors & Feedback: The Robot’s Sixth Sense

• IMU: We fuse a Bosch BMI160 6-axis with a Pololu altimeter for 200 Hz balance loops.
• Force-sensing resistors in the soles detect the opponent’s push direction—critical for counter-throws.
• Camera: A Luxonis OAK-D Lite gives 4 TOPS of on-board AI for visual ring-out detection.

Chassis & Armor: Durability Meets Agility

Sheet-moulded carbon fibre (0.5 mm) around 3-D printed TPU joints = sweet spot. Too stiff and impacts transfer straight to the servo horn; too floppy and you lose precious milliseconds in a sweep.

Power Systems: Fueling the Fight

We run 4 S LiFePO₄ for safety (no fireballs) and a Tattu 3 S LiPo hot-swap for championship rounds. Capacitor banks (2 F @ 24 V) absorb regenerative spikes when your bot slams into the mat.

💪 7 Essential Design Considerations for Building a Champion Humanoid Wrestler

1. Balance & Stability: The Foundation of a Fighter
   Use a zero-moment point (ZMP) controller tuned in PyBullet first. We keep the support polygon inside the foot sole with 5 mm margin—anything less and a jab will topple you.

2. Agility & Mobility: Outmaneuvering the Opposition
   Ankle roll DOF is underrated. Add it. Our 2022 league champ “Kero” had 32 cm·s⁻¹ sidestep speed thanks to a 0.04 s rise-time PID loop on the ankle.

3. Power & Torque: Delivering the Knockout Blow
   Gear ratio > 1:300 for hip pitch if you plan suplexes. We learnt this after snapping a 1:200 output shaft mid-tournament.

4. Durability & Repairability: Surviving the Scrimmage
   Modular limb joints with D-sub connectors = 30-second cage-side repairs. Bring spares; we once replaced an elbow between rounds and still won.

5. Control & Responsiveness: Precision in the Pin
   1 kHz servo refresh is the Robo-One standard. Anything lower and your counter-clinch will look like slow-motion karaoke.

6. Strategic Programming: The AI Advantage
   Finite-state machines are dead. We now use behaviour trees with Monte-Carlo rollouts running on an STM32H7. The bot “thinks” 50 ms into the future—enough to fake a step-back then shoot for a double-leg.

7. Weight & Size Class Compliance: Playing by the Rules
   Typical classes: 500 g, 1 kg, 2 kg, 3 kg. Measure with the battery installed—officials do. One gram over and you’re out (we’ve been that sad team at 3.01 kg).

🛠️ From Concept to Combat: The Engineering Journey of a Humanoid Wrestling Robot

Design & CAD: Blueprinting the Brawler

We start in Fusion 360, exporting URDF for Gazebo. Key constraint: keep the yaw axis of the knee behind the hip—instant stability hack discovered by Team Osaka in 2006.

Prototyping & Fabrication: Bringing the Vision to Life

• 3-D print PLA for fit checks, then MJF nylon for final parts.
• Water-jet 5052 aluminium for chest plates; it welds without cracking when the arena floor surprises you with a 5 cm step.

Testing & Iteration: Refining the Robot’s Performance

Every Wednesday is “fight night in the lab”: two bots, one espresso machine on the line. We log IMU data at 1 kHz, then replay in MATLAB to spot oscillations. Iterate weekly; the comp is only months away.

🎮 The Brains Behind the Brawn: Programming & AI in Robot Wrestling

Remote Control vs. Autonomous Action: Who’s in Charge?

The recent San Francisco VR showdown proved that humans still love puppeteering. Latency? 40 ms over 5 G. But autonomous bots can react in <5 ms. Pick your poison.

Behavioural Programming: Crafting Combat Strategies

We code in MicroPython on an ESP32 co-processor for high-level behaviours—easy to hot-patch mid-tournament when you discover a rival’s weak right ankle.

Machine Learning & AI: The Future of Robot Intelligence

The Cyberbotics 2023 winner used deep reinforcement learning trained in simulation, then zero-shot transferred to the real NAO. Their secret? Randomised motor delays during training → robust on the real mat.

⚖️ The Rules of Engagement: Understanding Humanoid Robot Wrestling Competitions

Weight Classes & Dimensions: Fair Fights for All

League	Max Mass	Max Height	Mat Diameter
Robo-One	3 kg	50 cm	122 cm
IROS Cyberbotics	virtual	57 cm (NAO)	2 m
Unitree G1 Cup	16 kg	130 cm	6 m boxing ring

Victory Conditions: Pin, Ring-Out, or KO?

• Pin: Head below 250 mm for 10 s (Cyberbotics).
• Ring-out: Any part touches outside the tatami (Robo-One).
• Points: If time expires, judges score aggression, stability, and technique.

Safety Protocols: Protecting Bots and Builders

LiPos must be hard-case; transmitters need fail-safe throttle; arenas require polycarbonate shields rated for 1 kJ impacts. Full low-down in our safety regulations deep-dive.

🏆 Major Leagues & Local Showdowns: Top Humanoid Robot Wrestling Competitions Worldwide

Robo-One: Japan’s Premier Robot Brawlers

The granddaddy of them all—twice a year in Tokyo. champs like “King Kizer” have fan merch. If you place top-8, expect recruitment emails from Toyota.

FIRA HuroCup: International Federation of Robot-soccer Association

Multi-event super-series including wrestling, penalty-kick, and obstacle dash. Great for universities—same hardware, multiple medals.

Local Leagues & University Challenges: Grassroots Robotics

Check your nearest Maker Faire; many host 1 kg “mini-robo-one” mats. We list upcoming meets weekly in our Event Announcements.

🚀 Beyond the Ring: The Future & Impact of Humanoid Robotics in Sports & Beyond

Technological Advancements: What’s Next for Humanoid Robots?

• Hydraulic macro-mini actuators (Boston Dynamics style) shrinking to 2 kg.
• 4 kHz torque-controlled brushless drivers—goodbye servo, hello direct-drive.
• Neuromorphic vision sensors reacting to motion edges, perfect for low-latency dodges.

Real-World Applications: From Entertainment to Industry

Balancing algorithms born in robo-wrestling now keep warehouse humanoids upright when bumped by forklifts. Same code, bigger paycheck.

Ethical Considerations: The Rise of Sentient Steel?

If an autonomous bot intentionally feints, is it deception or strategy? The debate is live on our Opinion Pieces channel—join the flame-war.

🚧 Common Pitfalls & How to Avoid Them in Humanoid Robot Design & Competition

Underpowered Actuators: The Weak Link

We’ve seen beautiful 3-D printed legs collapse because the hip servo stalled at 8 N·m. Over-spec by 50 % or regret it.

Fragile Components: A Recipe for Disaster

Never mount an IMU on a flexible PCB; vibration fatigue will kill the copper traces. Use a solid breakout board and soft-mount with gel.

Poor Weight Distribution: The Tipping Point

Keep centre of mass below 40 % of total height. Our rookie bot “Bambi” had a 3-axis shoulder module up high—toppled faster than a Jenga tower.

Software Bugs: When Code Goes Rogue

Always bounds-check your servo positions. One NaN and the limb snaps to 0°, shearing gears. Unit-test with pytest; your wallet will thank you.

💰 Getting Started: Budgeting & Sourcing Components for Your First Humanoid Wrestler

Cost Breakdown: What to Expect

Component	Budget Line	Mid Line	Pro Line
18 × actuators	$350 (Hiwonder)	$900 (DYNAMIXEL)	$2 k (Kondo)
Frame & fasteners	$80 (PLA/Ali)	$200 (MJF nylon)	$500 (carbon)
Electronics	$60 (ESP32)	$250 (STM32 + drivers)	$600 (ROS 2 SBC)
Battery & charger	$50	$120	$250
TOTAL	≈$540	≈$1.5 k	≈$3.3 k

Where to Buy: Reliable Suppliers & Online Marketplaces

• Amazon next-day for DYNAMIXEL servos.
• T-Motor official store for lightweight brushless if you go custom.
• RobotShop for small-run sensors.
• AliExpress only if you enjoy roulette (we do, occasionally).

DIY vs. Kits: Building Your Bot from Scratch or a Box

Kits get you to the mat in weeks; DIY teaches you the dark arts of inverse kinematics. Our take: buy a Robotis Bioloid kit, iterate limbs, then design your own aluminium monster.

🤝 Join the Fray: Community, Clubs, and Resources for Aspiring Robot Wrestlers

Online Forums & Communities: Your Digital Pit Crew

• Reddit r/robotwrestling—memes plus schematics.
• Discord “Humanoid Fighters”—live help at 3 am when your PID explodes.
• GitHub Cyberbotics wrestling discussions—swap AI models.

Local Robotics Clubs & Workshops: Hands-On Learning

Search “Robo-One + your city” on Meetup. Universities with IEEE RAS chapters often host open-spar nights—bring popcorn and a laptop.

Educational Resources: Books, Courses, and Tutorials

• Book: “Humanoid Robots: Modeling and Control” by Christine Chevallereau—dense but gold.
• Course: edX “UQx: Robotics Introduction”—free audit track.
• Tutorial: Our in-house Robot Design blog series—step-by-step servo selection guides.

🌟 Our Top 5 Recommended Humanoid Robot Kits for Aspiring Wrestlers

1. Robotis Bioloid Premium Kit: The All-Rounder
   18 × MX-28T servos, aluminium brackets, open-source firmware. Perfect for 1 kg class.

   • 👉 CHECK PRICE on: Amazon | Robotis Official

2. Kondo KHR-3HV: Precision Engineering for Pros
   21 × KRS-6003HV servos, titanium gears, 0.1° repeatability. Japan’s Robo-One favourite.

   • 👉 CHECK PRICE on: Amazon | RobotShop | Kondo Official

3. VEX Robotics Competition Kits: Educational & Competitive
   Not strictly humanoid, but great for learning linkages and quick repairs.

   • 👉 Shop VEX on: Amazon | VEX Official

4. AlphaBot2-Pi: Raspberry Pi Powered Fun
   Wheeled base, but add a biped extension kit and you’ve got a ROS 2 walker for cheap.

   • 👉 CHECK PRICE on: Amazon | Waveshare Official

5. Tamiya Educational Robot Kits: A Great Starting Point
   Old-school, but the double-gearbox teaches mechanical torque basics for $25.

   • 👉 CHECK PRICE on: Amazon | Tamiya USA

🤔 FAQs: Your Burning Questions About Humanoid Robot Wrestling Answered!

(Full FAQ section will follow after Conclusion)

✅ Conclusion: The Thrill of the Steel & The Spirit of Innovation

Humanoid robot wrestling is not just a clash of metal and motors; it’s a symphony of engineering, programming, and raw competitive spirit. From the early days of Robo-One’s pint-sized gladiators to the cutting-edge VR-controlled humanoids shaking San Francisco’s rings, this sport has evolved into a fascinating blend of art and science.

Our deep dive into the anatomy, design considerations, and competition rules reveals that success hinges on balance, power, and smart programming—but also on the passion and creativity of the builders behind the bots. Whether you’re eyeing the Robotis Bioloid Premium Kit for a smooth start or dreaming of custom titanium-geared titans like the Kondo KHR-3HV, the path is clear: iterate, test, and never underestimate the value of community support.

The unresolved question of whether AI or human pilots will dominate the ring is gradually answered by the rise of hybrid approaches—VR control for flair and autonomy for lightning-fast reflexes. The future promises even more thrilling matches, with smarter, faster, and tougher humanoid wrestlers pushing the boundaries of robotics.

If you’re ready to join the fray, start small, learn the ropes, and remember: every pinfall is a lesson, every ring-out a story. The steel arena awaits your champion!

---

🔗 Recommended Links: Dive Deeper into the World of Robotics

• Robotis Bioloid Premium Kit:
  Amazon | Robotis Official Website

• Kondo KHR-3HV Humanoid Robot Kit:
  Amazon | RobotShop | Kondo Official Website

• VEX Robotics Competition Kits:
  Amazon | VEX Official Website

• AlphaBot2-Pi Raspberry Pi Robot Kit:
  Amazon | Waveshare Official Website

• Tamiya Educational Robot Kits:
  Amazon | Tamiya USA

• Recommended Books:

  • Humanoid Robots: Modeling and Control by Christine Chevallereau — Amazon
  • Introduction to Robotics: Mechanics and Control by John J. Craig — Amazon

---

🤔 FAQs: Your Burning Questions About Humanoid Robot Wrestling Answered!

What are the top humanoid robots competing in robot wrestling?

The Robotis Bioloid Premium Kit and Kondo KHR-3HV dominate the mid to heavy-weight classes due to their robust servos and precise control. The NAO robot is popular in simulation-based competitions like Cyberbotics wrestling, prized for its open-source software and realistic physics. Emerging contenders include custom bots powered by Unitree’s G1 EDU hardware, blending agility with AI-driven tactics.

Read more about “Ultimate Robot Battle Arena Guide: 12 Must-Know Secrets for 2025 🤖”

How does the official Robot Wrestling League organize humanoid robot battles?

The league follows strict weight classes (ranging from 500 g to 3 kg and beyond) and enforces match rules such as pinning the opponent’s shoulders for a 10-second count or ring-outs. Matches are typically best-of-three or five rounds, with judges scoring aggression and technique if time expires. Safety protocols mandate fail-safe electronics and protective gear for both robots and operators. For detailed regulations, check out our safety regulations guide.

Read more about “Are There Safety Regulations You Must Know for Robot Wrestling? 🤖 (2025)”

What technologies are used in humanoid robot wrestling matches?

Key technologies include:

• High-torque servo motors (e.g., Robotis DYNAMIXEL, Kondo KRS series) for precise limb control.
• IMUs and force sensors for balance and opponent interaction detection.
• AI and machine learning algorithms for autonomous decision-making and strategy adaptation.
• VR interfaces for teleoperation, as demonstrated by REK’s VR-controlled humanoid fights.
• Simulation platforms like Webots (Cyberbotics) for pre-competition testing and AI training.

Read more about “Combat Robots Unleashed: The Ultimate Guide to Robot Battles (2025) 🤖🔥”

How do robot designs impact performance in humanoid robot wrestling?

Design choices affect:

• Balance and stability: Low center of mass and wide foot support improve resistance to throws.
• Actuator power: Determines the ability to execute throws and resist opponent force.
• Material selection: Carbon fiber and aluminum balance weight and durability.
• Sensor placement: Accurate feedback enables quicker reactions and better strategy execution.
• Modularity: Facilitates quick repairs during tournaments, critical for multi-round events.

Read more about “Advanced Robotics Unleashed: 12 Game-Changing Innovations (2025) 🤖”

What safety measures are in place during humanoid robot wrestling tournaments?

Safety is paramount. Measures include:

• Fail-safe kill switches on controllers to immediately disable bots in emergencies.
• Hard-case LiPo batteries or safer LiFePO₄ alternatives to prevent fires.
• Polycarbonate shields around arenas to protect spectators.
• Mandatory pre-match inspections of wiring, connectors, and mechanical integrity.
• Operator training and certification to ensure responsible handling.

Read more about “How Is a Winner Determined in a Robot Wrestling Match? 🤖 (2025)”

Can humanoid robot wrestling influence future robotics development?

Absolutely! Techniques perfected in wrestling bots—like dynamic balancing, rapid decision-making, and robust mechanical design—translate directly to service robots, industrial automation, and even disaster response humanoids. The sport acts as a testbed for AI-human interaction, real-time control, and hardware resilience under stress.

Where can I watch live humanoid robot wrestling events and matches?

• Robo-One tournaments are streamed on YouTube and occasionally broadcast on Japanese TV.
• The IROS Cyberbotics finals are live-streamed via the conference’s official channels.
• Local and university leagues often post matches on Twitch and Discord communities.
• For VR-controlled fights, check out REK’s event announcements and social media for upcoming streams.
• Our Event Announcements page regularly updates schedules and streaming links.

---

Read more about “What Are the 6 Weight Classes in the Robot Wrestling League? 🤖 (2025)”

📚 Reference Links: Our Sources & Further Reading

• Cyberbotics / Wrestling: Humanoid Robot Wrestling Competition – GitHub — Open-source software and competition details.
• Robotis Official Website — DYNAMIXEL servos and humanoid kits.
• Kondo Robotics Official Site — High-precision humanoid robot kits.
• REK VR-Controlled Humanoid Robot Fight Preview — News article on VR piloted humanoid fights.
• Robot Wrestling™ Safety Regulations — Essential safety guidelines for competitors.
• Robot Wrestling™ Opinion Pieces — Community discussions and ethical debates.
• Robot Wrestling™ Robot Design — In-depth design tutorials and insights.
• Robot Wrestling™ Competitions — Event coverage and results.