Benro Carbon Fiber Tripod – C1190T


Short Description

Product Highlights

  • 4″ Maximum Height
  • Ultra-Lightweight 8x Carbon Fiber Legs
  • Legs Fold Down Flush w/ Each Other
  • Dust/Water-Resistant Twist Locks
  • Only 16.3″ Folded Length
  • Removable 2-Section Center Column
  • Weighs Just 2.1 lb
  • Supports Loads Up to 17.6 lb


Detailed Description

The Benro Travel Flat C1190T 5-Section Carbon Fiber Tripod is a solid support for a DSLR or point & shoot camera, with a maximum load capacity of 17.6 lb. The tripod features a two-section center column that can be removed for low-to-the-ground shooting: Simply attach the head directly to the 3/8″-16 screw of the magnesium-alloy chassis.

With the center column attached and extended, the tripod reaches a maximum height of 64.4″. The non-rotating leg design ensures that you can set up the tripod quickly and easily at a moment’s notice.

When it’s time to fold up, the lightweight 8-layer carbon fiber legs of the 2.1 lb C1190T fold down flat – somewhat like three fingers on your hand – thanks to an innovative chassis design. The included custom carry case snugly fits the 16.3″ folded tripod & center column, with room for a head (not included). For travelers and campers, this compactness can make all the difference.

Innovative Flat Fold Design

Ultra-compact flat-folding design provides the strong, lightweight support of a traditional tripod

Anti-Rotation Legs with Rubber Lock Grips

Innovative, patented dust- and water-resistant leg locks. The rubberized locking grips work with the anti-rotation legs to allow fumble-free set up: free all stages of a leg at once with a single twist of the wrist

Removable 2-Section Center Column

Provides extra-fine vertical adjustment or variable height extension

Rubber and Stainless Steel Spiked Feet

The tripod comes with both rubber feet and stainless steel spiked feet that screw in and out of the leg

Custom Carry Case with Strap

Durable case with strap protects your tripod, head (not included), and separate center column during transport