Thomson Elite Setback Seatposts - 31.6mm x 367mm (Black)

Description

The tube and head of the Thomson seatpost are integral-machined from one single piece of high strength 7000 series aluminum. The head is not pressed or bonded in. The designs and materials have passed extensive life and ultimate strength tests. This allows for strength and minimum weight, allowing higher strength at low weights. The Thomson seatpost design incorporates a bending fuse to prevent catastrophic failure. This allows for superior strength and minimum weight, allowing higher strength at low weights. Over double the fatigue life of any other production models tested. Easy on seats - allows seat to survive heavy impact loads without bending rails. The Thomson seatpost design incorporates a bending fuse to prevent catastrophic failure. Over double the fatigue life of any other production models tested. The tube and head of the Thomson seatpost are integral-machined from one single piece of high strength 7000 series aluminum. The head is not pressed or bonded in. This allows for strength and minimum weight, allowing higher strength at low weights. The designs and materials have passed extensive life and strength tests. Easy on seats - allows seat to survive heavy impact loads without bending rails. 10 degree bend, 16mm (5/8 in.) setback Post and cradle machined from 1 piece 7000 aluminum 41mm saddle rail clamping area for use with 7mm saddle rails Micro adjust, dual pivoting bolt head Includes 12 degree clamp.

Key Features

• Over double the fatigue life of any other production models tested.
• 10 degree bend, 16mm (5/8 in.) setback Post and cradle machined from 1 piece 7000 aluminum 41mm saddle rail clamping area for use with 7mm saddle rails Micro adjust, dual pivoting bolt head Includes 12 degree clamp.
• The Thomson seatpost design incorporates a bending fuse to prevent catastrophic failure.
• The tube and head of the Thomson seatpost are integral-machined from one single piece of high strength 7000 series aluminum.
• This allows for strength and minimum weight, allowing higher strength at low weights.
• Easy on seats - allows seat to survive heavy impact loads without bending rails.