Sirui ST-125 Super Travelling Carbon Tripod with ST-10x Ball Head

Overview

Traditional tripods are generally designed for SLR cameras, but mirrorless cameras have gradually become the mainstream.

In view of this, the SIRUI T series tripod designed for the mirrorless camera came into being.

It is made of carbon fiber and weighs only 12kg with a special-shaped bottom bracket, which is light and portable, strong and stable, and also enhances the stability during use. The leg tube is made of 8-layer carbon fiber material with light weight and high strength. At the same time, it adopts a waterproof leg lock design to meet the shooting needs of multiple scenes.

The ST series tripod is a 26.5mm tube tripod equipped by SIRUI for the mirror unit. As the new standard size of the leg tube, 26.5mm is more suitable for the pursuit of lightweight and stable mirror units in terms of feel, size, portability, and use. The user successfully solved the shortcomings that the small tripod was not stable enough and the traditional tripod was too heavy.

Lightweight, portable, strong and stable, the new carbon fiber special-shaped bottom bracket is lighter and more compact.

The SIRUI waterproof leg lock design can effectively prevent moisture from entering the leg without fear of wind and rain, and you can take pictures with peace of mind in harsh environments.
The center axis can be retracted and inverted to achieve higher or lower shooting angles.

Equipped with 1/4 and 3/8 accessory screw holes to expand a wealth of accessories
The center shaft locking knob has a universal adjustment function, and the direction can be adjusted by pulling it outward.


ST-10 low center of gravity spherical head
Made of hard aluminum alloy, it is scratch and abrasion resistant, and as a low center of gravity spherical head, the 36mm diameter sphere makes the head have stronger bearing capacity.

It is equipped with a panoramic platform and a panoramic base, which is convenient for 360° panoramic connection, and the open-ended design supports panoramic rotation under vertical shooting.