SV225T Aluminum Tripod Sturdy Extendable Compatible with SV225 Series Alt-Azimuth Mounts

The Svbony SV225T tripod is crafted from aluminum alloy, ensuring stability and durability. Its flexible design is compatible with various equipment, making the aluminum tripod a a reliable choice for professional astronomical observations. The unique two-stage telescoping feature and rubber feet enhance stability and allow for easy portability across various terrains. Operation is simple, with quick setup requiring no complex tools, ensuring smooth placement of equipment.

Aluminum alloy; sturdily constructed from high-quality aluminum alloy; this telescope tripod stands out for its stability and reliability; Its robust tripod structure ensures long-lasting durability and offers steadfast support for a wide array of equipment.

Versatile design; flexible tripod structure compatible with tripod for cameras; a two-stage telescopic design for easy portability; and unique rubberized feet adorned with a protruding stone design for enhanced stability across all terrains.

User-friendly operation; enjoy hassle-free setup in mere minutes; requiring no intricate tools; the tripod for telescope's top platform is meticulously leveled to guarantee a steady placement for your equipment.

1. 1. Crafted from lightweight yet aluminum alloy, this tripod offers exceptional stability and portability, ensuring your celestial adventures are both convenient and rewarding.
   2. With a maximum extended height of 900mm, you can comfortably observe the heavens while minimizing straion. When not in use, the tripod retracts to a compact 500mm, making it easy to transport and store.
2. 3. Weighting only 2.23kg, featuring sturdy outer tube diameters of 32mm, the tripod legs provide a solid foundation for your astrophotography setup, allowing you to mount your equipment with confidence.
   4. Compatible with the SV48P 90/102, MK90/105/127, SV503 70/80 telescopes, as well as SV225 AZ-mount, this tripod seamlessly integrates into your existing equipments, ensuring a cohesive and reliable astronomical experience.