Bend - 15deg - F/F Type_1
Bend - 15deg - F/F Type_1
✓ VHC Compatible - Variable Hilt Component System Standard
In stock
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PREORDER TERMS & CONDITIONS
- Availability: This product is exclusively available for Preorder only and strictly limited to 50 units. When the limit is reached, the pre-order window will close immediately. This is automatic, no exceptions.
- Pricing: Preorders enjoy a limited 10% discount off the listed retail price. Discount does not combine with other discount offers. Offer Expires August 31st 2026 at midnight. Free CONUS shipping applies on all orders exceeding $100 USD.
- Checkout: Preorder products must be purchased on separate orders from in-stock purchases. Your order will fail if your cart mixes in-stock product with preorder product. This is automatic, and intended, with no exceptions.
- Fulfillment: Orders will be fulfilled and shipped in the order received.
- Payment: Payment is collected at checkout to secure your preorder position.
- Cancellation: Pre-orders may be canceled any time prior to AUGUST 15TH 2026. A 5% processing fee will be deducted from your refund to cover the non-refundable payment gateway transaction costs.
- Schedule: Expected arrival approximately SEPTEMBER 1ST 2026. Please allow 2-3 business days for inspection, handling, and packaging.
- Communication: In the event of a production delay, customers will be notified by the email provided during checkout or site account.
Corvus Saber Foundry Alloy - Bend, 15 degree, Female-to-Female - Type_1 (VHC Compatible Lightsaber Part)
The Corvus Saber Foundry Alloy, Female-to-Female, 15 degree Bend - Type_1 provides a unique saber bending expansion option for VHC-compatible lightsaber builds within the Corvus Saber Foundry Alloy System.
Specifications
-
6061-T6 Aluminum structure
- Average Length added: 29 mm
- Max Diameter: 33 mm
- Inner Diameter: 21mm
- Bend Angle: 15 degree
- Female/Female Threaded ends
- Weight: 0.5 oz
- Compatibility: LGT/Nexus/Damiensaber VHC System & TXQ Modular
- Raw finish ready for customization
- Compatible & complimentary with Corvus Saber Foundry Alloy components
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. Learn more about the Corvus Saber Foundry Alloy System on our dedicated page: Alloy
Product Information
Manufactured from 6061-T6 aluminum with two female thread bosses 7mm in depth, this all new bend brings levels up the options to sabers. Angled at 15 degrees, this ergonomic component opens build opportunities for improved handling and superior angles. The machined finger wells provide increased finger registration and comfort in maneuvering. Key to the Corvus Saber Foundry Alloy System, Female-to-Female thread bosses allow a interaction with a wide variety of Alloy Male-to-Male adapters allowing the component to take on any format for any build. At the connections, our signature 2.25mm Accent Lip interacts perfectly with the Alloy Accent Series of parts. The interior diameter and shelf is designed to provide users with the perfect location to support electronics for emitter or speaker end usage. The raw finish provides users a blank canvas on which to etch, wrap, weather, or otherwise surface treat.
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. Some sanding, shimming, or alignment may be necessary to achieve optimal integration with your saber. 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.
Pictures with additional parts demonstrate product combination possibilities and are example only.
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