
Zacuto Z-BRE-FM3.5 3.5" Black Male/Female Rod Extension
Extend Your Rig with Precision and Durability The Zacuto 3.5" Male/Female Rod Extension is a versatile accessory for expanding your camera rig. Made from lightweight 6061 aluminum with black anodizing, this rod extension provides a secure and reliable connection with its 1/2" 13 threads. Perfect ...
*Price sourced from Amazon.com. Last updated:Jun 27, 2026.Price and availability are subject to change.
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Overview
Extend Your Rig with Precision and Durability
The Zacuto 3.5" Male/Female Rod Extension is a versatile accessory for expanding your camera rig. Made from lightweight 6061 aluminum with black anodizing, this rod extension provides a secure and reliable connection with its 1/2" 13 threads. Perfect for customizing your setup to meet your specific needs.
Key Specifications:
- Brand: Zacuto
- Length: 3.5" (8.89 cm)
- Thread Type: 1/2" 13
- Material: 6061 Aluminum
- Finish: Black Anodized
- Rod Diameter: 0.59" (1.50 cm)
- Spacing: 2.36" (6 cm)
Key Features
Diameter: 0.59" (1.50 cm)
No. of Threads: 1/2"-13
Material: 6061 aluminum
Length: 3.5" (8.89 cm)
Weight: 0.20 lb (90.72 g)
Specifications
Pros & Cons
👍 Pros
- Constructed from 6061 aluminum, offering a good balance of strength and light weight for camera rig stability.
- Features standard 1/2"-13 threads, ensuring compatibility with other Zacuto rod components and accessories.
- Its 3.5-inch length provides a specific extension amount, useful for fine-tuning the placement of rig components.
- Weighs only 0.20 lb, adding minimal bulk to a camera setup while still maintaining structural integrity.
- The 0.59-inch diameter ensures a snug fit with standard rod clamps and other professional video accessories.
👎 Cons
- The fixed 3.5-inch length might be too specific for users requiring more flexible or variable extension options.
- The 1/2"-13 thread count is standard for Zacuto but may not be universally compatible with all third-party rod systems without adapters.
- While durable, aluminum construction may not be as robust as steel for extremely heavy or high-stress loads, depending on specific use.