Handbuilt Bicycle News


HTech Bikes

Glenn Mountain

Saturday 05 May 2018

HBSA: HTech Bikes

HTech Bikes makes bicycle frames from a combination of wood and carbon fiber. Glenn Mountain talked to the company at the Handmade Bicycle Show Australia, on April 29.

HBSA: HTech Bikes
HTech uses Isoloc joints in their wooden-frame bikes. Photos: Glenn Mountain

How did the company start?
The company started professionally in 2016. Hayden, who builds the frames, needed a project for his high school woodworking class and suggested a bike to his teacher. The teacher said it wouldn’t work, so when Hayden finished school he said he was going to do it. And he did. Backed by his family, he has been building bikes and a reputation for over two years.

HTech's Aeriform.

Purpose and inspiration for the bike
A love of woodworking and the challenge of building frames with natural materials.

Aeriform top tube
The line of the flattened Aeriform top tube flows smoothly into the seat stay

Favourite features
The look and the ride.

Aeriform head tube
Aeriform head tube with Isoloc joint detail. Carbon fiber inserts are invisble

Frame material and component choices
The Aeriform is southern mahogany but Hayden also uses jarrah, marri and blackbutt from Western Australia. We take into account the strength-to-weight ratio of the timber. The best have long grain and interlocking fibres which give torsional stiffness in areas like the bottom bracket whilst still having the compliance of timber. Carbon sleeves are inserted in head tubes and bottom brackets, bonded to aluminium machined cups.

bottom bracket

The Juncture, a hybrid, is a mix of jarrah and carbon tube construction.  It's built using the same technology and processes we developed, but in a more economical package to produce the lowest cost wooden bike on the market.

HTech Juncture
The Juncture with its carbon/wood mix is the economy model

Design challenges and features
38 interlocking pieces are roughed out with CNC then hand finished and epoxied together. You can see the design of the joints used Isoloc joints, as opposed to typical finger joints. This makes a quite attractive feature with the timber while adding strength and more design freedom. Also, we use a Selective Carbon Reinforcement process developed by ourselves to reinforce the walls in place of more common aluminium.