SVBONYSV129 Extension Tube T2 Extension Tube Kit Length 5mm 10mm 30mm M42x0.75 on Both Sides Length

SVBONYSV129 Extension Tube T2 Extension Tube Kit Length 5mm 10mm 30mm M42x0.75 on Both Sides Length

Name: SVBONYSV129 Extension Tube T2 Extension Tube Kit Length 5mm 10mm 30mm M42x0.75 on Both Sides Length
Brand: Svbony
Price: 425861.00 PYG
Availability: InStock
Rating: 3.9 (1 reviews)

3.9/5

Product ID: 398307121

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Details

Brand
SVBONY
Focal length description
30 millimeters
Lens type
Telephoto
Compatible mountings
for cameras
Camera lens description
10

📏Precision length options: 5mm, 10mm, 30mm

🔄Versatile M42x0.75 male & female threads

🔩Durable full metal & anodized aluminum build

Frequently Bought Together

SVBONY SV129 Extension Tube T2 Extension Tube Kit Length 5mm 10mm 30mm M42x0.75 on Both Sides Length

SVBONY SV119 Extension Tube Kit for Cameras and eyepieces 5mm 10mm 15mm 30mm M48x0.75 on Both Sides for Solving Spacing Problems in Astrophotography

SVBONY SV109 24-35mm M42 Variable Extension Tube T2-Extension Length for Astrophotography

Description

🔭 Elevate your astrophotography game with precision spacing!

BUILT TO LAST - Premium anodized aluminum alloy ensures long-term durability and resistance to wear.
PRECISION ENGINEERING - Exact tube lengths (5mm, 10mm, 30mm) provide fine-tuned control over your optical path.
SEAMLESS COMPATIBILITY - Standard M42x0.75 threads on both ends guarantee effortless integration with reducers and field flatteners.
SOLVE FOCUS CHALLENGES - Eliminate frustrating focusing issues and optimize your telescope’s imaging performance.
CUSTOMIZABLE SPACING MASTERY - Combine 1-3 tubes to achieve perfect focus and image scale for your astrophotography setup.

The SVBONY SV129 Extension Tube Kit offers three precision-engineered metal tubes (5mm, 10mm, 30mm) with M42x0.75 threads on both ends, enabling customizable spacing solutions for astrophotography setups. Crafted from durable anodized aluminum alloy, this kit ensures long-lasting performance while solving common focusing and image scale challenges when used with reducers or field flatteners.