Black Oak 2 Piece Connect Cable

The Black Oak 2 Piece Connect Cable (Model WH2) is an 18-inch interconnect harness designed to consolidate power management for multiple LED light fixtures. This cable allows operators to connect two separate lights under 30 inches in length to a single wiring harness, enabling centralized control through one power switch—a critical simplification for tactical lighting arrays where redundancy and unified activation are operational requirements.

Measuring 18 inches in overall length and weighing just 0.1 pounds, the WH2 connect cable integrates seamlessly into vehicle lighting systems, weapon-mounted arrays, and field installations where compact interconnect solutions are essential. The cable's compact profile prevents snags and binding during tactical operations, while the standardized connector interface maintains compatibility across Black Oak LED's light lineup. Consolidating dual fixtures to a single switch reduces failure points in the power chain and simplifies troubleshooting in austere environments where downtime directly impacts mission capability.

Law enforcement units, military teams, and operators managing multi-light installations benefit from the WH2's ability to coordinate illumination from a single activation point. Vehicle lighting packages, drone-mounted systems, and handheld tactical arrays all leverage this harness to achieve unified light deployment without running multiple control lines. The cable is sold as an individual unit, allowing field techs and equipment managers to stock spares for rapid reconfiguration or repair of existing installations.

Black Oak LED specializes in tactical illumination hardware engineered for professional and military use. The WH2 connect cable represents the brand's commitment to modular, interchangeable lighting solutions that reduce complexity without sacrificing operational effectiveness. Serious buyers sourcing redundant lighting systems or upgrading existing multi-fixture arrays will find this connector essential for streamlined power management in high-demand environments.