Light Bar - Universal

thingiverse

Front Bumper Coming Soon This Is A Light Bar For Quad Cores Featuring An Innovative 250 H-Frame Design With Integrated Six LED Strip Capabilities. The bar section provides a practical wire passthrough system for secure and durable connections through strategically placed holes with protective features akin to those on other square components. The flat segment is engineered to be inserted seamlessly between the two lower plates of the quad, offering adjustable positioning for maximum flexibility. Holes are spaced to accommodate a variety of quad brands while preserving original mounting screws for added convenience. Measuring 112mm in length and 10.5mm in height, the component features a sturdy design with dimensions that support its multifunctional purposes. At Its Widespread Point, The Flat Segment's Width Reaches An Impressive 50mm While Maintaining A Compact Height Of Only 3mm; An optional increased width of 5mm can be achieved upon customer demand, resulting in enhanced usability and a smoother fit. To optimize the placement and power efficiency of six strategically arranged LEDs, we meticulously designed the component to accommodate their total length while also maximizing illumination intensity. Printer Settings: Chinese-made Clone Printer Raft Settings: Irrelevant Supports: Unnecessary Resolution: High-Definition (0.2) Infill Level: 20% Solid Coverage Notes: Printing parameters are optimized for 0.4mm nozzle size, but the specifications remain identical. Design Process: This Practical Solution Was Born From The Imperative Need To Integrate Multiple Features And Enhance Existing Design Aspects For Easy Installation and Effective LED Light Support Using Materials Already Utilized In The Frame's Hardware System Instructions After Carefully Planning This Innovative Project In SketchUp, Our Priority Became To Bring Necessity-Based Ideas To Life By Developing An All-In-One Rear Bumper, Multi-Purpose LED Lighting Solution And A Seamless Integration Point Between Existing Structural Components. With That Goal Achieved, This Solution Now Empowers You To Experience Efficient Printing Options And Maximize Performance While Minimizing Waste. Test Settings Used: We Successfully Printed Our Model At 50% Solidity Rate, Utilized Two Exterior Layers For Enhanced Strength, 0.2 Layer Height Accuracy And Employed PLA Filament To Attain An Extremely Lightweight Weight Of 8.4 Grams Under These Particular Print Specifications