Madness Wood Downward Super Sap R7 Skateboard Deck - 8.25"
This product has been crafted with sustainable elements or processes to mitigate the effects of production on the planet. Whilst it won’t entirely solve the climate crisis, it is a step in the right direction towards minimising our impact on our natural world!
The Downward deck by Madness is a Trey Wood pro model crafted using a Super Sap Resin-7 construction for strength and long lasting pop. Super Sap is made from recycled lumberyard waste and used to bind plies together, find out more here.
This deck comes with your choice of free Grip Tape, or upgrade to one of our premium Grip Tapes. (Just add the deck to your basket and the options will be presented).
Please let us know if you would like the grip applied for you. Please note: Gripped decks cannot be returned.
Get any of our Route One Undercarriage Kits for just £29.95 (save £20) with any full price deck. Compatible with 7.875" - 8.3" width boards only.
The kit contains Route One O.B. 5.375" Trucks, 52mm Wheels, Abec 5 Bearings and 1" Bolts.
Click here to choose your colour.
Please note: Ply colours may vary.
- Madness Skateboards
- Graphic Skateboard Deck
- Trey Wood Pro Model
- Super Sap Resin-7 North American Maple Construction
- 8.25" x 32.1"
- 14.25" Wheelbase
- Medium Concave
- Ply Colour May Vary
- Free Grip
£2.99 Under £60
Next Day Delivery Service (Tracked) £3.99 Over £60
£5.99 Under £60
Saturday Delivery Service (Tracked) £9.99
Returns: If you are not completely satisfied with your purchase, simply return
the items to us in their original condition and packaging within 28 days of receipt of your order for a refund. For further Information please click here
Recycled materials reduce our reliance on virgin raw materials and divert waste from landfill.
The manufacturer of this product takes part in a tree planting scheme, which helps to mitigate its impact on the planet. Reforestation helps to combat climate change by absorbing carbon dioxide from the atmosphere, as well as improving biodiversity in wildlife habitats and increasing soil fertility and water retention.