Discover how a 3D designer brought Apex Legends loot ticks to life with robotics and 3D printing technology
From Digital Treasure to Physical Marvel
A skilled 3D designer and engineer has successfully translated one of Apex Legends’ most iconic elements into tangible reality through an impressive fusion of technology and creativity.
The walking loot tick replica captures the essence of the in-game treasure containers while adding physical movement and interactive lighting effects that mirror its digital counterpart.
Within the Apex Games universe, these triangular containers have achieved legendary status not just for their valuable contents but for their distinctive auditory signature and charming visual design that resonates with players across skill levels.
These mechanical treasure dispensers contain everything from rare cosmetic items to the highly sought-after heirlooms, appearing unexpectedly throughout game maps while emitting their characteristic ticking sounds that alert nearby players to potential rewards.
Meet the Mastermind: Graham Watson’s Technical Journey
Bringing these digital delights into our physical space, designer and engineer Graham Watson constructed a fully operational loot tick that replicates the lighting patterns, produces authentic ticking sounds, and demonstrates autonomous walking capabilities.
In a detailed YouTube demonstration released on September 28, Watson showcases his engineering achievement—a mobile loot tick that faithfully recreates all the defining characteristics of its virtual inspiration.
The mechanical creature enters the frame with an enthusiastic stomping gait, displaying a characteristic wiggle in its movement. Prepared to simulate loot distribution, the robotic unit flashes purple illumination before the presentation transitions to detailed close-up perspectives.
Watson emphasizes that this undertaking represented his “initial attempt at comprehensive robotics development,” describing the project as an “immense technical obstacle” that required mastering multiple engineering disciplines simultaneously.
Behind the Build: Technical Specifications and Features
Expressing satisfaction with the final outcome, the creator’s accomplishment has generated tremendous enthusiasm throughout the gaming community. The official Apex Legends social media presence has officially acknowledged the impressive creation.
Looks great! Wonder what’s inside đź‘€
— Apex Legends (@PlayApex) September 29, 2021
Regrettably, these remarkable creations won’t be available for purchase—Watson appears deeply connected to his mechanical companion—though enthusiasts can follow his ongoing 3D printing adventures through his YouTube channel. His portfolio includes diverse projects ranging from compact jump pad-inspired wireless chargers to a Wingman replica with operational reloading mechanisms.
The technical implementation involved sophisticated 3D modeling software to create precise component designs, followed by meticulous printing using advanced materials capable of supporting mechanical movement. The robotics integration required programming microcontrollers to coordinate leg movements, lighting sequences, and sound effects while maintaining the unit’s balance and mobility.
Gaming Community Reaction and Cultural Significance
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This project exemplifies the growing trend of gamers and makers blending virtual entertainment with physical craftsmanship. The overwhelmingly positive reception demonstrates how gaming communities value authentic recreations that honor original game design while adding tangible, interactive dimensions.
The official recognition from Apex Legends’ social media team underscores how game developers appreciate fan creations that extend their IP into new mediums while maintaining design integrity and creative respect.
Creating Your Own Gaming Props: Essential Considerations
As we anticipate potential future availability of similar mechanical marvels, we must continue hunting for these treasures within the game environment.
For aspiring creators interested in developing their own gaming props, several critical factors determine success. Begin with thorough research into the original asset’s design language and functional characteristics. Understanding the visual proportions, color schemes, and movement patterns ensures authentic recreation.
Technical planning should address structural integrity, weight distribution, and component placement. Common challenges include achieving smooth mechanical movement while maintaining aesthetic accuracy, power management for mobile units, and durability considerations for interactive elements.
Successful prop creation often involves iterative prototyping, starting with basic static models before incorporating mechanical elements. Testing each component separately before integration helps identify potential issues early in the development process.
Advanced creators should consider incorporating Arduino or Raspberry Pi controllers for complex interactions, while beginners might focus on static replicas with basic lighting effects before attempting full mobility.
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