Accent Ring Kit - Covertec - Type_1 by corvussaberfoundry on Sketchfab Corvus Saber Foundry Alloy - Accent Ring Kit - Covertec - Type_2.1 (VHC Compatible Lightsaber Part) The Corvus Saber Foundry Alloy Accent Ring Kit Covertec Type_2.1 is a two-piece set of empty lightsaber hilt parts that adds a Covertec mounting position to your VHC-compatible build without drilling and tapping your saber. A practical, elegant solution if you want to build your custom lightsaber with everyday carry capability built right in. Contributors This product wasn't designed alone! Conceptualization of this collaborative product was brought to life in concert with saber community contributors Ace Redfox and Shadewalker Workshop. Accent Ring Specifications 6061-T6 Aluminum structure Ring Height: 8 mm Mount Height: 19.5 mm Max Diameter: 36.15 mm Ring Inner Diameter: 33.15mm Shim Offset: 2.25mm/5.5mm Shim Inner Diameter: 29.15mm/Thickness: 0.50mm Shim Clocking: ~180* Weight: 0.2 oz Raw finish ready for etching or surface treatments Compatible with LGT/Nexus/Damiensaber VHC and TXQ Modular systems. Integrates with all Corvus Saber Foundry Alloy accessories! Covertec Wheel Specifications 6061-T6 Aluminum structure Mounted Height: 7 mm Max Diameter: 18 mm Minor Diameter: 13mm Contour Diameter: 33mm Weight: 0.2 oz Raw finish ready for etching or surface treatments. Compatible with Covertec saber mounting systems. Compatible with LGT/Nexus/Damiensaber VHC and TXQ Modular systems. Integrates with all Corvus Saber Foundry Alloy accessories! Alloy Integration This lightsaber component is designed as a direct expansion for the Corvus Saber Foundry Alloy System offering expanded component flexibility, interchangeability, and system cross compatibility to the greater VHC schema. Learn more about the Corvus Saber Foundry Alloy System on our dedicated page: Alloy Product Information Manufactured from 6061-T6 aluminum, this Alloy Accent Ring Kit features one of our coolest design elements in an Accent Ring yet, a simple contoured mounting surface to fit our contoured Covertec Wheels. This new kit was designed to provide saber smiths with a Covertec mounting option that ISN'T just drilling and tapping your lightsaber. Like all of our Accent Rings, this part fits between major assemblies on your saber, accentuating the areas between major components, enhancing saber profile and creating a mounting surface for a contoured Covertec wheel attached using an M4 screw. It's capable of supporting any contoured Covertec that fits 33mm Outer diameter lightsabers and sports a design matching its sister ring, the Accent Ring Type_2.1. The raised profile functionally enhances saber handling by providing users a convenient index or finger positioning register, while the Covertec mount gives you every day carry positioning freedom. The inner diameter exhibits our innovative 'shimsert' mounting solution which utilizes an offset inner lip that slips over the joining threads and acts as a shim, securing the Accent Ring between connecting hilt sections. This eliminates the need for threading or other fasteners, simplifying installation and providing a clean nested parts aesthetic. The offset design provides the user two looks in one part with a flip! The raw finish allows for user customization through etching, weathering or other surface treatments. Carry your saber, customize your look, and build your own custom lightsaber with parts that work as hard as you do. Compatibility Alloy components are designed to interface with known form factors, dimensions, as well as meet or exceed material strength of LGT/Nexus/Damiensaber VHC and TXQ Modular systems. Specifically, Alloy components are manufactured from a higher strength aluminum alloy which provides enhanced durability and strength. Integration and use with other Corvus Saber Foundry Alloy components and other similarly compatible third-party parts is supported and encouraged! For questions on Fitment and Compatibility, please visit our Fitment FAQ Listing is for a single kit of an accent ring and covertec wheel. Additional parts illustrated are for demonstration purposes of possible configurations and size representation only.
