Performance counts

Although Dynocore™ Surfboards are very durable, We did not add anything at the sacrifice of performance. Dynocores™ feel like a really well shaped, lightweight Polyurethene and Polyester pro surfers board, however gone are the traits of usual epoxy board like chatter or that skittery feeling you get of the bottom. We replaced that feeling with climb and float over whitewater. The boards feel smoothly flexible, Pleasantly suprising when you drive it off the bottom or lay it on rail.  It is then that the shaped core, and the technology, really shines. The more you push for drive into turns, the more it loads up and springs out of the manouvres or off the lip. Electric response, Confidence in carves…

 

Breakthrough Durability

innegra
Elongation

 

 

 

 

Over the course of our development of the Dynocore™ project the boards have been put through many stressfull situations. Initial variations showed some weakness that constant refinement and adaptations of materials overcame. Good reasons for application of fibres like Innegra™ and Carbon. Innegra™ has 3 times the elongation (ability to stretch) than regular 4 oz fibreglass cloth. The variable desity EPS foam has a built in memory that in unison with the fibre/resin combination magically minimises the deck denting your feet put in the board overnight!

 

Enviromental Advantage

re-use, re-cycle, re-tire happy
re-use, re-cycle, re-tire happy

Did you realize when anyone makes a conventional PU surfboard that 40% of the raw materials purchased to produce your awesome board is wasted! Every surfboard you buy, ride and trash goes into the earth and our ecosystem!

At Dynocore™ we use recyclable EPS foam, Low toxicity Epoxy resins, and a Vacuum Bagged glassing process, keeping the toxins to a minimum. The boards are designed to have a long surfing life, so when you have progressed beyond your current shape you can trade it in or resell it for the next fortunate surfer to enjoy and use for a long time.

 

State of the art Flex with all new material technology

Jason Blewitt cutback
screen grab of Jason on rail

Ever had the board that  gave you feelings of being alive, so responsive you felt like you could put it anywhere on the wave you wanted? I bet it didnt  last long, broken on a big set paddling out or deck so golfballed it creased after 2 weeks. Traditionally we had to glass boards with a single layer of 4oz glass to get those feelings. The Dynocore™ vacuum glassing schedule allows for a light flexible lamination with multiple key fibre components to optimize that lively twang you love. Technological breakthroughs in reinforced fabrics like Innegra™ and Basaltex™ allow us to tune staged flex into the foils of your surfboard shape. Just push the board harder into every turn feeling that flex drive you out of the manouvre with so much speed!

 

OVER 20 SECOND HAND LONGBOARDS NOW IN STOCK!!









OVER 20 SECOND HAND LONGBOARDS NOW IN STOCK!! Our Tugun store has… Thats right!! Over 20 second hand longboards in stock starting from as little as $450.00. We have Ex team boards from Isaac Paddon and Wade Venville, single fin logs , all rounders, beginners boards, and even an old mal single fin made in 1963. Don’t miss out! now is the time to grab a bargain on a second hand longboard. Come and check them out now! at 476 Gold Coast Highway, Tugun, QLD . Or purchase direct from our online store and have your board shipped right to your door.

Surfboard Variables part 2

So i want to talk about those nasty variables in surfboards again, The ones that are not shape dependant. in an earlier post i listed 3 things that i have found to be the major culprits. they were The PU foam blank, The wooden Stringer and  The physical environment your board was made in, ie: the Chemical element and the weather conditions.

Heres how i have created a workaround for the Dynocore™ project to eliminate these to the best of my ability.

1- The BLANK.

eps blank
the insides of your board is a CORE component

We use EPS foam specifically made for surfboards. The manufacturing process for EPS (commonly but misleadingly called epoxy foam) is very exacting. the Polystyrene beads are measured to the 100th of a gram and puffed up with just the perfect temperature steam in a close tolerance surfboard shaped mould. All computer & robot stuff. Guaranteeing the perfect density each & every time! As a integral core component of our surfboards, Consistancy is critical.. Constant memory and reflex is achieved in the blank allowing us to use shape and/or glassing methods to integrate flex patterns.

2- The Stringer.

hard as a rock
all kids of internal fibres are used to create our flex

Normally wood from any tree with no control over each piece.. We dont use a stringer. Yep its stronger without a stringer.. no bull. One of the things that normally create stiffness in the common surfboard is also the thing that holds you back from getting the magic feelings in your next board. Using carbon, Basalt, Innegra and other tech fibres allow us to integrate the flex and stiffness we want in the build of your board. We can put these fibres in again in your next board to get the same feelings, or in a different configuration in your next board to make it react differently. So No Stringer = Consistent Flex.

3- The Chemical & manufacturing Environment.

Epoxy resin is a amazing creation and a crazy science. There is literally hundreds of formulations of epoxy resin. only a few are good for surfboards. I have only found one that has the brightness and stays clear for a very long time. Australian made too. he resin is exacting in its mixes and only works if you get the ratio correct. Do it wrong and the board does not make it out of the glassing room. It becomes a pile of goop in the bin. Temperature varies how long it takes to get thick and go hard. We have air conditioned glassing rooms and board ovens to control that. To get a result with this epoxy is a simple process of measuring the perfect amounts with scales and applying it to the board. consistency… same hardness, same strength, same color every time. Bonus… Epoxy is way more flexible than old school polyester resin with added toughness too.

epoxy magic resin
we do it in the mix...

I would like to thank and praise those “much crazier than me” inventor guys who dabble for years to perfect the mixes of these chemical components i use to make your board. Without them my continuing search for the amazing magic board would have been fruitless. Now its time for you to benefit from these technologies.

How is the Foam Blank made for Dynocore™ boards?

epoxy surfboard blank
Racks of blanks waiting to be made into your best surfboard yet!

Styrene is composed of Benzene (liquid) and Ethylene (gas), both of which are petroleum products. EPS begins as a styrene monomer which goes through a process where the styrene monomers link into larger molecules called polystyrene. Expanded polystyrene or EPS foam is made from polystyrene pellets or beads that are puffed up with steam. The process is similar to cooking rice with steam. Usually a small amount (approx 4%-6%) pentane or another “blowing agent” is added to the hard polystyrene pellets to enable the expansion process. When these independent foam beads are in a mold they take the shape of the mold and hold that shape when they dry and cool down. The polystyrene beads grow to more than 40 times their original size and when the process is complete the usable EPS is about 95% air* which gives it features that are desired. Expanded polystyrene is a rigid, insulating, light weight, and biologically friendly foam. The foam we use for the Dynocore™ project is made specifically for surfboards right here in Brisbane. I have known the guys there since they were a startup company. Its nice to work with guys who are passionate about making better products too!

secret blank machine
Corefusion eps foam

Surfboard Variables part 1

Well Since this is the Dynocore™ source of information had better give you some…

One of the things that i have learned over the years is the crazy amount of variables in Surfboards, From the shape right thru to the construction methods and materials. I see old school shapers who have perfected the art of making a particular board they like again and again without using a machine.. true artisans. However each board they make still has so many variables beyond control of the maker, we find that each board still surfs differently.

What are these variables that are not shape dependant?

1- The PU (polyurethane ) foam we normally use to make boards is hand mixed, each and every blank. Putting the blanks formulation completely open to the human mixing it, the weather and the current batch of chemicals he has on hand.

Mixing wench
Who Poured your last batch of Foam?

2- The Stringer, thats right that little strip of wood down the middle started as an organic tree, the spring or flex in your stringer is open or controlled by what kind of wood it is, the location and conditions the tree grew in, the cut of the timber it was taken from… etc etc.

3- The day/conditions your board was glassed in. Yes the polyester resin commonly used making everyday surfboards is open to a large range of variables. the temperature controls the amount of catalyst we use along with the skill set of the human laminators squeegee techniques and current mindset.

Surfboard glassing
Martin Wright laminates a twin fin fish in the Diverse glassing room. doing it old school with PU resin and a squeegee!

These are the basic common issues we have trying to duplicate magic boards. These issues are nothing to do with the shape of the board.

One of my challenges in the Dynocore™ project is to eliminate what i can of these variables… next post i will share what im doing to counter these issues…