Description LatticeBox is a high-performance concept for 3D-printed gloves, specifically engineered for heavy bag and solo training sessions. By reimagining the iconic boxing glove through a parametric lens, the project challenges the limitations of conventional mass-production and manual assembly.
The design focuses on the synergy between protection and breathability. Utilizing a TPU lattice structure generated via Grasshopper, LatticeBox provides targeted support for the knuckles and wrist, ensuring a stable and secure impact. This data-driven approach draws inspiration from medical-grade protective gear-offering the athlete a sense of safety, precision, and technical reliability.
Aesthetically, the glove balances a futuristic, open-cell look with the traditional ritual of a lacing system, bridging the gap between heritage and innovation. Designed as a specialized tool for modern training environments, LatticeBox represents the evolution of sports equipment-where digital craftsmanship meets athletic performance.
Innovation LatticeBox updates the traditional boxing glove by replacing foam layers with a 3D-printed TPU lattice. This offers a more reliable alternative, as the lattice structure does not compress or degrade like standard foam.
360° Breathability: Open-cell geometry allows constant airflow, solving heat and moisture buildup. This keeps hands dry during intense sessions.
Enhanced Hygiene: The TPU lattice is non-absorbent and fully washable, unlike porous materials that trap bacteria and odors. This makes maintenance easier and more hygienic.
Targeted Reinforcement: Parametric design concentrates density at primary impact zones- the knuckles and back of the hand- ensuring protection while remaining lightweight.
Minimal Production Waste: Additive manufacturing significantly reduces material waste. Unlike traditional methods that discard scraps, 3D printing uses only the material required for the final product.
Product Detail LatticeBox redefines the traditional boxing glove through a parametric lens, merging high-performance materials with advanced structural engineering. The glove’s core is composed of 3D-printed Thermoplastic Polyurethane (TPU), chosen for its exceptional durability, flexibility, and impact resistance.
The primary innovation lies in its Functionally Graded Lattice Structure:
Inner Core: Features a high-density lattice matrix engineered for maximum shock absorption and knuckle and wrist protection.
Outer Shell: Utilizes a variable-density geometry. It is strategically reinforced at primary strike and defense zones, while maintaining an open, breathable structure elsewhere to reduce weight and maximize airflow.
The composition is completed by integrating technical textiles and a traditional lacing system. This hybrid assembly ensures a secure, customizable fit while offering a futuristic aesthetic rooted in safety and performance.
Specification LatticeBox challenges the iconic boxing glove by replacing mass-production with a personalized, data-driven approach.
Sizing & Fit: Dimensions are generated via 3D scans. A parametric algorithm adjusts the internal structure for a perfect ergonomic fit, ensuring optimal wrist support and a secure grip.
Weight: Standard 10oz–16oz. The lattice geometry allows for precise weight distribution, making the glove feel more balanced and stable during use.
Customization: 3D-printed TPU offers a wide range of colors and textures, including embossed personal branding directly on the shell.
Closure: A hybrid system combining traditional lacing with elastic textiles for a secure, professional lockdown.
