10 Heavyweight Robots That Dominate the Arena in 2025 🤖💥

man in white and green helmet

Imagine the deafening roar of spinning blades, the ground trembling beneath 250-pound mechanical beasts as they clash in a battle of sheer power and precision. Heavyweight robots aren’t just machines—they’re engineered gladiators designed to crush, flip, and outmaneuver their rivals in the ultimate test of robotics mastery. But what really makes these titans unstoppable? Is it just adding weight to stay grounded, or is there a secret sauce behind their design and strategy?

In this comprehensive guide, we unravel everything you need to know about heavyweight robots—from the evolution of their fearsome weaponry to the cutting-edge materials that keep them battle-ready. We’ll reveal the top 10 iconic heavyweights that have redefined robot combat, dive into the engineering magic behind their powertrains and armor, and share pro tips on how to build and maintain your own mechanical monster. Ready to discover what truly sets these giants apart and how you can harness their secrets? Let’s dive in!

Key Takeaways

  • Heavyweight robots balance power, armor, and agility to dominate the arena without sacrificing maneuverability.
  • The top 10 iconic heavyweights like Tombstone and Bite Force showcase diverse weapon systems from spinners to flippers.
  • Material choice (titanium, steel, polycarbonate) and smart weight distribution are critical for durability and stability.
  • Brushless motors and LiPo batteries provide the muscle behind these machines, delivering high torque and sustained power.
  • Strategy is just as important as hardware—knowing your opponent and arena control can turn the tide of battle.
  • Regular maintenance and quick repairs keep your heavyweight robot battle-ready and competitive.

Ready to power up your build? Check out top-rated motors and batteries from brands like Emax, Gens Ace, and Tattu to get started!

Table of Contents

Quick Tips and Facts About Heavyweight Robots 🤖💪

  • Heavyweight robots are the titans of the robot fighting world, capable of delivering incredible displays of power and destruction. Want to learn more about the world of Robot Fighting? Check out this article about Robot Fighting.
  • These mechanical behemoths can weigh up to 250 pounds (according to some Robot Combat Rules and Regulations) and often feature devastating weapons like spinning blades, crushing jaws, and powerful flippers.
  • Building and battling heavyweight robots requires a serious commitment of time, resources, and engineering know-how.

The Evolution and History of Heavyweight Battle Robots ⚔️📜

brown deer standing on green grass field during daytime

The Early Days: From Lawnmowers to Legends

The sport of robot combat as we know it today has its roots in the late 1980s and early 1990s with events like “Critters” and the first “Robot Wars” competitions. Back then, many early heavyweight robots were built using repurposed parts from lawnmowers, power tools, and even children’s toys! One of the most famous examples is the legendary robot “Razer,” which dominated the early Robot Wars competitions with its powerful piercing arm.

The Rise of Television and Technological Advancements

The late 1990s and early 2000s saw robot combat explode in popularity thanks to television shows like “BattleBots” and the rebooted “Robot Wars.” This era witnessed significant advancements in robot design and technology, with teams incorporating more sophisticated materials, electronics, and weapon systems. Remember those epic battles between “Biohazard” and “Vlad the Impaler?” Pure robot combat history!

The Modern Era: Innovation and Global Domination

Today, heavyweight robot combat is a global phenomenon, with events like “BattleBots,” “King of Bots,” and numerous other competitions drawing huge crowds and online audiences. Modern heavyweight robots are marvels of engineering, featuring cutting-edge materials like titanium and carbon fiber, powerful brushless motors, and innovative weapon designs that push the boundaries of destruction. We’re talking robots like “Tombstone,” “Minotaur,” and “Bite Force” – machines that can tear through steel and send opponents flying through the air!

Understanding Heavyweight Robot Classes and Weight Limits ⚖️🔍


Video: ROBOGAMES 2023 SIGNEES – The Lightweight & HEAVYWEIGHT Classes!








Heavyweight Robot Classifications: Where the Big Bots Battle

In the world of robot combat, weight classes are everything. They ensure a level playing field (or should we say, battle arena?) and prevent unfair advantages. Heavyweight robots typically fall into the following categories:

  • 150-pound Class: This is a popular entry point for many builders stepping up from lighter weight classes.
  • 220-pound Class: This is often considered the “standard” heavyweight class in many competitions, including BattleBots.
  • 250-pound Class: This is the ultimate heavyweight class, pushing the limits of size, power, and engineering ingenuity.

Weight Limits and Their Impact on Design and Strategy

The weight limit is a critical factor that influences every aspect of heavyweight robot design, from the materials used to the size and power of the weapon systems. A heavier robot can pack a more powerful punch and withstand more damage, but it might be slower and less maneuverable. On the other hand, a lighter robot might be quicker and more agile, but it could be more susceptible to damage from heavier opponents. It’s all about finding the right balance!

Top 10 Most Iconic Heavyweight Robots in Robot Fighting History 🏆🤩

The Colosseum, Rome under blue sky

We all have our favorites, but these legendary machines have earned their place in robot combat history:

  1. Tombstone: The undisputed king of carnage, known for its massive spinning bar and unparalleled destructive power.
  2. Razer: The original “crusher,” feared for its hydraulic piercing arm that could puncture opponents with ease.
  3. Biohazard: A master of controlled aggression, famous for its lifting arm and relentless driving style.
  4. Minotaur: A drum spinner with a serious bite, known for its speed, power, and unpredictable movements.
  5. Bite Force: A champion of multiple BattleBots seasons, renowned for its vertical spinning blade and strategic driving.
  6. Hypershock: A fan favorite with a self-righting mechanism and a devastating spinning weapon.
  7. Warhead: A visually striking robot with a powerful spinning dome and a knack for spectacular knockouts.
  8. Son of Whyachi: A veteran competitor with a powerful spinning blade and a legacy of impressive victories.
  9. Carbide: A UK robot combat legend, feared for its massive spinning bar and aggressive driving style.
  10. ** Bronco:** A master of the “flip,” capable of launching opponents out of the arena with its powerful pneumatic arm.

Designing Heavyweight Robots: Key Components and Engineering Insights 🔧🛠️


Video: How to Start with Robotics? for Absolute Beginners || The Ultimate 3-Step Guide.








Building a heavyweight robot for combat is a complex and rewarding challenge that requires a deep understanding of engineering principles and a passion for pushing the limits of mechanical design. Let’s break down the key components and considerations:

1. Conceptualization and Design: From Paper to Prototype

  • Define Your Goals: What do you want your robot to achieve in the arena? Are you aiming for aggressive attacks, strategic defense, or a balance of both?
  • Sketch and Model: Use computer-aided design (CAD) software to create detailed 3D models of your robot, allowing you to visualize its structure, components, and potential movements.
  • Consider Weight Distribution: Balance is crucial in robot combat. Distribute weight evenly to prevent your robot from becoming top-heavy or unstable.

2. Chassis Construction: Building the Foundation

  • Material Selection: Common materials include aluminum, steel, and titanium. Each material has its own strengths and weaknesses in terms of weight, strength, and cost.
  • Frame Design: The frame is the backbone of your robot, providing structural integrity and protection for internal components. Popular frame designs include box frames, space frames, and hybrid structures.
  • Armor Plating: Protect your robot’s vital components with strategically placed armor plating. Consider using hardened steel, polycarbonate, or even titanium for added durability.

3. Weapon Systems: Choosing Your Arsenal

  • Spinning Weapons: From spinning bars and discs to drums and full-body spinners, these weapons deliver devastating kinetic energy.
  • Crushing and Piercing Weapons: Hydraulic jaws, pneumatic spikes, and other crushing or piercing weapons can disable opponents by targeting their vital components.
  • Flipping Weapons: Launch your opponents into the air and leave them vulnerable with powerful pneumatic or hydraulic flippers.

4. Drive Systems: Mobility and Maneuverability

  • Motors: Brushless DC motors are the industry standard, offering high power-to-weight ratios and excellent efficiency.
  • Wheels and Tracks: Choose the right type of locomotion for your robot’s design and fighting style. Wheels offer speed and maneuverability, while tracks provide increased traction and stability.
  • Speed Controllers: Electronic speed controllers (ESCs) regulate the flow of power to the motors, allowing for precise control over your robot’s movements.

5. Power Source: Fueling the Beast

  • Batteries: Lithium polymer (LiPo) batteries are commonly used in heavyweight robots due to their high energy density and discharge rates.
  • Wiring and Connectors: Use high-gauge wire and robust connectors to handle the high currents required by heavyweight robot components.
  • Safety Considerations: Always prioritize safety when working with high-voltage batteries and electrical systems.

Powering Up: The Best Motors and Batteries for Heavyweight Robots ⚡🔋


Video: EVERYTHING you need to know about about robot power.







Motors That Pack a Punch: Unleashing the Power Within

  • Brushless DC Motors: These motors are the gold standard for heavyweight robots, offering exceptional power-to-weight ratios, efficiency, and reliability. Look for motors with high torque ratings and kV (RPM per volt) values that match your desired speed and power output.

Batteries That Fuel the Fury: Choosing the Right Energy Source

  • Lithium Polymer (LiPo) Batteries: LiPo batteries are the go-to choice for heavyweight robots due to their high energy density, discharge rates, and relatively lightweight. When selecting LiPo batteries, consider the following factors:
    • Capacity (mAh): This determines how much energy the battery can store.
    • Discharge Rate (C-Rating): This indicates how quickly the battery can deliver its energy.
    • Cell Count (S): This refers to the number of individual cells connected in series, which determines the battery’s voltage.

Recommendations:

  • Motors: We recommend checking out motors from reputable brands like Emax, Hobbyking, and Turnigy.
  • Batteries: For reliable LiPo batteries, consider brands like Gens Ace, Tattu, and Thunder Power.

Weapon Systems That Dominate: From Spinners to Flippers and Beyond 🛡️⚔️


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1. Spinners: The Kings of Kinetic Carnage

  • Spinning Bars and Discs: These classic weapons use a high-speed spinning mass to deliver devastating blows, often capable of tearing through armor and disabling opponents with a single hit.
  • Drum Spinners: These cylindrical weapons spin on a horizontal axis, using their momentum to grind, smash, and throw opponents off balance.
  • Full-Body Spinners: As the name suggests, these robots become whirling dervishes of destruction, using their entire body as a weapon.

2. Crushing and Piercing Weapons: Precision Strikes for Maximum Damage

  • Hydraulic Jaws: These powerful jaws can clamp down on opponents with incredible force, crushing armor, puncturing tires, and ripping off components.
  • Pneumatic Spikes: Driven by compressed air, these spikes can deliver high-speed punctures, targeting weak points in an opponent’s armor.
  • Grappling Hooks: These hooks can be used to latch onto opponents, controlling their movements and setting them up for follow-up attacks.

3. Flippers: Sending Opponents Airborne

  • Pneumatic Flippers: These flippers use compressed air to generate immense force, launching opponents into the air and potentially causing significant damage upon impact.
  • Hydraulic Flippers: Similar to pneumatic flippers, but using hydraulic fluid instead of air, these weapons offer even greater power and control.

4. Other Innovative Weapon Systems: Pushing the Boundaries of Destruction

  • Flamethrowers: While not as effective as other weapon types, flamethrowers can be used to disable electronic components or create a psychological advantage.
  • Multi-Bot Systems: Some robots are designed to split apart into multiple smaller bots, each with its own weapon system and attack strategy.
  • Experimental Weapons: The world of robot combat is constantly evolving, with builders constantly pushing the boundaries with innovative and often unconventional weapon designs.

Chassis Materials and Armor: Balancing Weight and Durability 🛡️🏗️


Video: Building the First AUTONOMOUS BattleBot!?! (VIDEO #1/6).








Choosing the Right Materials: Finding the Perfect Balance

  • Aluminum: Lightweight and relatively easy to work with, aluminum is a popular choice for robot chassis and armor. However, it’s not as strong as steel or titanium.

  • Steel: Stronger and more durable than aluminum, steel offers excellent protection against impacts and weapon strikes. However, it’s also heavier, which can impact your robot’s speed and maneuverability.

  • Titanium: The gold standard for robot armor, titanium offers an exceptional strength-to-weight ratio. However, it’s also the most expensive option and can be challenging to work with.

  • Polycarbonate: Often used for transparent armor or protective coverings, polycarbonate is impact-resistant and lightweight. However, it can be susceptible to scratches and cracks.

Armor Design and Placement: Strategic Shielding for Maximum Protection

  • Identify Critical Components: Protect your robot’s vital organs, such as the battery, motors, and electronics, with the most robust armor plating.
  • Consider Weapon Interactions: Design your armor to deflect or absorb impacts from specific weapon types common in your weight class.
  • Angle Your Armor: Angled armor can deflect blows more effectively, reducing the force of impact.
  • Don’t Overdo It: While armor is crucial, too much weight can slow your robot down and make it less maneuverable. Find the right balance between protection and agility.

Mobility Matters: Wheels, Tracks, and Drive Systems for Heavyweight Robots 🚀🛞


Video: Beta vs. Lucky – BattleBots.








Wheels: Speed and Maneuverability

  • Standard Wheels: A versatile option for many robots, standard wheels offer a good balance of speed, maneuverability, and durability.
  • Omni Wheels: These wheels allow for omnidirectional movement, enabling your robot to strafe sideways and make quick turns.
  • Mecanum Wheels: Similar to omni wheels, mecanum wheels use rollers to achieve omnidirectional movement, but with greater precision and control.

Tracks: Traction and Stability

  • Tank Tracks: Ideal for robots that need to traverse uneven terrain or push heavy opponents, tank tracks provide excellent traction and stability.
  • Custom Tracks: Some builders opt for custom-designed tracks tailored to their robot’s specific needs and weight distribution.

Drive Systems: Powering Your Robot’s Movements

  • Differential Drive: The most common drive system, differential drive uses two motors to control the speed and direction of two wheels, allowing for turns by varying the speed of each wheel.
  • Skid Steer Drive: Similar to differential drive, but with all wheels locked in a fixed direction, skid steer drive relies on dragging or skidding to turn.
  • Ackermann Steering: This system, commonly used in cars, uses a series of linkages and steering arms to turn the front wheels, providing more precise and intuitive steering.

Choosing the Right Mobility System: Factors to Consider

  • Arena Surface: Consider the type of surface your robot will be competing on. Wheels are generally suitable for smooth surfaces, while tracks might be necessary for rougher terrain.
  • Driving Style: Your robot’s intended fighting style will also influence your choice of mobility system. For example, a highly maneuverable robot might benefit from omni wheels, while a pushing bot might prefer tank tracks.
  • Weight Distribution: Ensure your chosen mobility system can handle your robot’s weight and weight distribution. Heavier robots will require more robust wheels, tracks, and drive components.

Strategy and Tactics: How to Win with Heavyweight Robots in the Arena 🎯🤼‍♂️


Video: 12 March | How to Complete Extermination Mode Level 3, 4 & 5 in War Robots Hunting Ground #warrobots.








1. Know Your Opponent: Scouting and Analysis

  • Watch Previous Matches: Study your opponent’s past battles to analyze their strengths, weaknesses, and fighting style.
  • Identify Weak Points: Look for vulnerabilities in their armor, weapon placement, or mobility system.
  • Anticipate Their Strategy: Try to predict their tactics and plan your counterattacks accordingly.

2. Control the Arena: Positioning and Maneuvering

  • Take the Center: Controlling the center of the arena gives you more options for attack and defense.
  • Use the Walls to Your Advantage: Pin your opponent against the wall to limit their movement and deliver powerful blows.
  • Avoid Hazards: Be mindful of arena hazards, such as pits, spikes, or spinning hammers, and use them to your advantage.

3. Weapon Selection and Deployment: Choosing the Right Tool for the Job

  • Exploit Weaknesses: Use your weapon systems to target your opponent’s identified vulnerabilities.
  • Timing is Key: Wait for the opportune moment to strike, maximizing the impact of your attacks.
  • Don’t Be Afraid to Adapt: If your initial weapon strategy isn’t working, be prepared to switch tactics or target different areas of your opponent’s robot.

4. Defense and Counterattacks: Weathering the Storm

  • Protect Your Weaknesses: Keep your most vulnerable components shielded from your opponent’s attacks.
  • Use Your Armor Effectively: Angle your robot to deflect blows and minimize damage.
  • Counterattack When the Opportunity Arises: Turn defense into offense by capitalizing on your opponent’s mistakes or moments of vulnerability.

5. Driver Skill and Teamwork: The Human Element

  • Practice Makes Perfect: Spend ample time practicing your driving skills and coordinating with your team.
  • Communication is Crucial: Maintain clear and concise communication with your team during the battle.
  • Stay Calm Under Pressure: Robot combat can be intense, but it’s essential to stay focused and make rational decisions under pressure.

Common Challenges and How to Overcome Them in Heavyweight Robot Battles 🛠️🔥


Video: Mark Rober vs Dude Perfect- Ultimate Robot Battle.







1. Mechanical Failures: When Things Go Wrong

  • Redundancy is Key: Design your robot with backup systems whenever possible, such as multiple motors for drive or redundant weapon mechanisms.
  • Thorough Testing: Rigorously test all components and systems before entering the arena to identify and address potential weaknesses.
  • Quick Repairs: Be prepared to make quick repairs between rounds, as even the most well-built robots can experience mechanical issues during battle.

2. Battery Life and Power Management: Conserving Energy for the Long Haul

  • Optimize Efficiency: Choose energy-efficient components and design your robot to minimize power consumption.
  • Strategic Power Usage: Avoid unnecessary movements or weapon activations to conserve battery life for critical moments in the battle.
  • Battery Swaps: If allowed in the competition rules, consider incorporating a quick-swap battery system to minimize downtime.

3. Opponent’s Strategies and Surprises: Adapting to the Unexpected

  • Expect the Unexpected: Be prepared for your opponent to employ unconventional strategies or unveil surprise weapons.
  • Observe and Analyze: Pay close attention to your opponent’s movements and tactics, adapting your own strategy accordingly.
  • Don’t Panic: Even if your opponent gains the upper hand, stay calm, assess the situation, and look for opportunities to counterattack.

4. Arena Hazards: Navigating the Dangers

  • Know the Arena: Familiarize yourself with the arena layout, including the location of hazards and potential escape routes.
  • Use Hazards to Your Advantage: Try to maneuver your opponent into hazardous areas while avoiding them yourself.
  • Don’t Get Caught Off Guard: Be aware of your surroundings at all times, as hazards can often come into play unexpectedly.

Maintenance and Repairs: Keeping Your Heavyweight Robot Battle-Ready 🔩🧰


Video: The Best KO Moments on BattleBots | Discovery.








1. Post-Battle Inspections: Assessing the Damage

  • Check for Damage: After each battle, thoroughly inspect your robot for any damage, including dents, cracks, loose components, or electrical issues.
  • Identify the Root Cause: Don’t just fix the symptoms; determine the underlying cause of any damage to prevent it from recurring in future battles.
  • Document Everything: Keep detailed records of all damage, repairs, and modifications to track your robot’s performance and maintenance history.

2. Routine Maintenance: Preventing Problems Before They Arise

  • Cleaning and Lubrication: Regularly clean your robot to remove dirt, debris, and metal shavings that can accumulate during battles. Lubricate moving parts to reduce friction and wear.
  • Fastener Checks: Inspect all nuts, bolts, and screws to ensure they are tight and secure. Vibrations during battles can loosen fasteners over time.
  • Battery Care: Properly store and maintain your batteries to maximize their lifespan and performance. Follow the manufacturer’s recommendations for charging, discharging, and storage.

3. Repairs and Upgrades: Enhancing Your Robot’s Performance

  • Address Weaknesses: Use the lessons learned from previous battles to strengthen vulnerable areas of your robot or improve its overall design.
  • Upgrade Components: As newer and more advanced components become available, consider upgrading your robot’s motors, batteries, electronics, or weapon systems.
  • Seek Expert Advice: Don’t be afraid to consult with experienced robot builders or engineers for advice on repairs, upgrades, or design improvements.

Conclusion: Mastering the Art of Heavyweight Robot Combat 🏁🤖

man in red nike crew neck t-shirt and black shorts

After diving deep into the world of heavyweight robots, it’s clear these mechanical gladiators are a thrilling blend of raw power, engineering finesse, and strategic brilliance. From the legendary destructive force of Tombstone to the innovative weapon systems and carefully balanced chassis designs, heavyweight robots are the pinnacle of robot combat.

What makes heavyweight robots so captivating? It’s their ability to combine brute strength with precision engineering, pushing the boundaries of what’s possible in the arena. But remember, success isn’t just about packing on weight or weaponry; it’s about balance—between speed, armor, power, and driver skill.

If you’re inspired to build your own heavyweight contender, focus on smart design choices, quality components, and relentless testing. Don’t just add weight blindly; use it strategically to improve stability and defense without sacrificing agility. And always keep your eyes on the evolving innovations in motors, batteries, and weapon systems.

Whether you’re a seasoned builder or a fan eager to understand the giants of robot fighting, mastering heavyweight robots is a journey filled with challenges and epic moments. So gear up, get creative, and prepare to unleash your own beast in the arena!

Motors and Batteries:

Chassis Materials:

Books on Robot Design and Combat:

  • Robot Builder’s Bonanza by Gordon McComb: Amazon
  • Battlebots: The Official Guide by Mark J. P. Wolf: Amazon
  • Make: Combat Robots by Mark Setrakian: Amazon

FAQ: Your Burning Questions About Heavyweight Robots Answered ❓🤔

grayscale photography of arena

The heavyweight class boasts some of the most famous robots like Tombstone, Bite Force, Minotaur, and Hypershock. These robots are celebrated for their innovative weaponry, durability, and consistent performance in competitions such as BattleBots. Their popularity stems from their ability to combine power with tactical driving, making them fan favorites and benchmarks for aspiring builders.

Read more about “Extreme Robotics Unleashed: 7 Mind-Blowing Machines of 2025 🤖⚡”

How are heavyweight robots designed and built for competitive fighting?

Heavyweight robots are designed through a meticulous process involving CAD modeling, material selection, and iterative prototyping. Builders focus on balancing weight distribution, choosing robust chassis materials (like titanium or steel), and integrating powerful brushless motors and LiPo batteries. Weapon systems are tailored to the robot’s fighting style—whether it’s a spinner, flipper, or crusher. Rigorous testing and tuning ensure reliability and performance under combat stress.

Read more about “Is There a Robot Fighting League? 10 Epic Leagues You Must Know in 2025 🤖🔥”

What materials are used to construct heavyweight robots for maximum strength and durability?

Common materials include:

  • Titanium: Offers an excellent strength-to-weight ratio but is costly and challenging to machine.
  • Hardened Steel: Provides superior impact resistance but adds significant weight.
  • Aluminum: Lightweight and easier to work with but less durable.
  • Polycarbonate: Used for transparent armor or protective covers; impact-resistant but less durable than metals.

Builders often combine these materials strategically to optimize protection without compromising mobility.

Can heavyweight robots be used for purposes other than robot fighting, such as search and rescue missions?

While heavyweight robots are primarily designed for combat, their robust construction and powerful drive systems could theoretically be adapted for tasks like search and rescue. However, their weapon systems and weight make them less practical for delicate operations. Specialized robots designed for rescue prioritize sensors, manipulators, and mobility over destructive power. That said, lessons learned from heavyweight robot engineering—such as durability and power management—can inform rescue robot designs.

What are the key differences between heavyweight robots and lighter weight classes in the Robot Fighting League?

The main differences include:

  • Weight and Size: Heavyweights can weigh up to 250 lbs, allowing for larger weapons and thicker armor.
  • Power: Heavyweights use more powerful motors and batteries to move their mass and operate weapons.
  • Durability: Heavyweights have more robust chassis and armor to withstand heavy hits.
  • Speed and Maneuverability: Lighter robots tend to be faster and more agile, while heavyweights trade some speed for power and defense.
  • Cost and Complexity: Heavyweights require more resources, advanced engineering, and larger teams.

How do heavyweight robots fare against lighter opponents in the Robot Fighting League, and what strategies are used?

Heavyweight robots generally have an advantage in power and durability, often overpowering lighter opponents. However, lighter robots can exploit their speed and agility to outmaneuver heavyweights, targeting weak points or using arena hazards. Heavyweights often employ strategies focusing on controlling the arena, using their mass to pin or push opponents, and delivering decisive blows. The battle is a classic David vs. Goliath scenario, where strategy and driver skill can level the playing field.

What safety precautions are taken when operating heavyweight robots in a competitive fighting environment?

Safety is paramount due to the destructive power of heavyweight robots. Precautions include:

  • Arena Safety: Battles occur in enclosed, reinforced arenas with protective barriers to shield spectators.
  • Remote Controls: Operators use secure radio systems with fail-safes to prevent loss of control.
  • Emergency Stop Systems: Robots are equipped with kill switches to immediately disable power.
  • Pre-Battle Inspections: Robots undergo thorough checks for mechanical and electrical safety.
  • Protective Gear: Team members wear safety glasses, gloves, and sometimes helmets during repairs and battles.

These measures ensure that the excitement of robot combat doesn’t come at the cost of safety.

Ready to build your own heavyweight champion? Dive into our Robot Building Guides and start your journey today! 🚀

Jacob
Jacob
Articles: 69

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