WoodKit PRO Mini Simmons iPaulownia - David Weber Series

Write a review

Mini Simmons WoodKit PRO - David Weber Series ^*Required step

The WoodKit PRO Mini Simmons was designed by shaper David Weber and brings together everything you need to make your own Hollow surfboard out of Paulownia wood.

It includes:

- the board's skeleton, laser-cut from Surfply3L (100% Paulownia plywood)
- 8 planed Paulownia boards for the deck/bottom (150mm wide and 4mm thick)
- 10 bendable Paulownia wood strips to form the rails of the board (10x10mm section)
- 5 Paulownia reinforcement blocks for the nose/tail and fin areas.
- Assembly instructions written by David Weber

The kit is manufactured by iPaulownia using paulownia wood sourced from plantations in the Valencia region of Spain. Paulownia is a very lightweight wood (260-280 kg/m³) that is resistant to water, salt, and torsion. It is easy to work with and gives the board an aesthetically pleasing appearance.

Dimensions ^*

€0.00

Choose the desired dimensions for your board:

Options ^*

€0.00

By choosing the complete epoxy kit option, you will also receive the following in addition to your kit with 15% discount:

- 1kg of PUR 501 adhesive
- 2kg of Sicomin SurfClear EVO epoxy resin
- 0.78kg of Sicomin SD EVO Fast epoxy hardener
- 6m of Shapers 4oz fiberglass
- 1 Gore-Tex decompression valve
- 1 leash plug
- 1 sheet of A3 tissue paper
- 2 x 1L cups
- 2 wooden stirrers
- 3 pairs of latex gloves

Fins system

€0.00

If you would also like to receive the fins plugs with your kit, please select the model: :

Your configuration:

Dimensions : 5'2" x 20 1/2" x 2 5/8" - 35 liters
Options : Hollow Kit only

Final price (tax incl.): €372.75

Combining modern design with classic inspirations, the Mini Simmons offers an ultra-fun ride, ideal for developing your own surfing style. Remarkably short, its unique shape, with a wide, rounded nose, a gentle, progressive rocker, and a wide, straight tail, allows for incredibly fast and efficient gliding with minimal resistance, so you can plane on the water's surface.