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October3

Surf Anywhere: Conditions for the Trial by Water

Published by Neil Egsgard in Wave Building with Comments Off on Surf Anywhere: Conditions for the Trial by Water

My second wave construction article for RiverBreak covering the conditions we have to meet to build the Surf Anywhere wave and testing feature in the Kananaskis River of Alberta, Canada.

Link to my Article

http://riverbreak.com/how-to/wave-construction/surf-anywhere-conditions-for-the-trial-by-water/

Neil Egsgard
Founder & President

Surf Anywhere Project

July19

Surf Anywhere: Drop & Flow

Published by Neil Egsgard in Wave Building with Comments Off on Surf Anywhere: Drop & Flow

My first article on wave construction for RiverBreak.  I cover the fundamentals ideas behind drop and flow and how they can be combined to make waves.

Link to my Article

http://riverbreak.com/how-to/wave-construction/drop-flow-river-wave-building-surf-anywhere/

Neil Egsgard
Founder & President

Surf Anywhere Project

October10

Thank you for donating!

Published by Neil Egsgard in Charity with Comments Off on Thank you for donating!

Your generosity is helping make the dream of surfing everywhere a reality.  THANK YOU!

Travis Kirton, Antoni Kowalczewski, Stewart McLeod, Daniel Dirkson, Max Cameron, Amy Cooper, Eric Astor, Alison Tonner, Ralph Quinlan, smith&nephew, Margerat & Bill Zahynacz, Neil Egsgard, Patsy Lawson, Ken Moore, Danila, Danny Zahynacz, Rose Bartlett, Rose Bartlett, Steve Flood, Alex Ince-Cushman, Siobhan McGrenra, Joe Charles, Roger Rouleau, Gabriel Brito, Neil Blackmore, Bita Moftakhar, Jeff Dykstra, Andrew Sweeting, Kevin Ludwig, Rachael Froese, Gary East, Katharine Zahynacz, Luke Cameron, Brett Hugh, Cherie Novecosky, Brent and Lisa King, Mark Allen, Lana Gorlitz, Peter Tuloch, Aaron Johnson, David Martin, Kenny Andrade, Steve Avila, Helena Johnson, Josh Quinlan, Cole Boogart, Aaron Scott, Aaron Brooks, David Cachero, Jeff Brooks, Naoimi Lynn, Meghan Wallace & Terry Tonner, Dayna Vroom, Nasser Yassine, Dave Roscoe, Carson King, Sarah Hall, Cathy Brooks, Bruce Brooks, Chad Doyscher, Rhonda Barry, Mercury Messenger, Jay Dahl-Onfrechuk, Molly Pilchar, Leanne Elias, Valeria Elias, Courtney Elias-Watson, Tahlia Moffitt, Todd Morrison, Jennifer Sandmaier, Justin Gullickson, John & Lyn Egsgard, Neil Egsgard, Chris Quinlan.

Open source wave building means everyone can see how waves are built, can freely use the information and are encouraged to add to the knowledge.  We are building more than a wave, we are creating a foundation for a global sport.  River Surfing waves can be anywhere there is a river.  River Surfing waves can spread like skate parks.   The Surf Anywhere project will prove we can build consistent high quality river surfing waves.  By gathering, improving and sharing wave construction information we will make building these waves easier for everyone.  When you are building your wave, ask us for help.  We will give you the key information and test your wave design in full scale at the Surf Anywhere project.  As more waves are built we will collect the ideas, details and results at the Surf Anywhere project to make future waves better.

Spread the word, share your ideas, start building your wave and bring surfing everywhere!

The wave design we will use has a 40 year history of proven effectiveness and safety.

The wave naturally passes river users through unless they are trying to stay on the wave.  The wave is rippable allowing surfers to push the limit of the sport.  The wave is adjustable allowing us to tweak the ride and try out wave ideas from around the world.

The Original Wave – Eisbach in Munich – 1972 
Our full scale model wave is the Eisbach wave in Muenchen, Deustchland.  Surfers have ridden the Eisbach since 1972 and it has been the site of surf contests for over a decade.  The best river surfers in the world have grown on this wave.  In 2010 surfing the Eisbach Wave received official support from the City of Muenchen.

EISBACH WAVE ON THE RIVERSURFING.CA WAVE MAP

View from upstream and above the Eisbach Wave.  Photo by Stefanie Reynaert.

Surfer throwing some spray on the Eisbach wave. Photo from BehindTrees.com.

Quarter Scale Model – 2012
Bratislava, Slovakia built a wave 1/4 the size of Eisbach in their white water park at the end of Summer 2012.  It works beautifully.


The Surf Anywhere Project wave will be bigger, better, adjustable and we will be giving you the results of all the waves we try.

Munich Airport – Eisbach Rebuilt – 2011 & 2012
The Eisbach wave was recreated in the Munich Airport in 2011 & 2012. These waves can be replicated.

Surfstream Peru – Building Barrels! – 2011
American Wave Machines built an adjustable wave including a barrel in Peru. Water can be shaped to make many different waves. We can make barrels in rivers!

Almwelle – 2010
Small wave near Alm.  Even small rivers can have surfing.  The design is scaleable!

Wave Design

The Surf Anywhere wave is based on a few key concepts.

  1. Drop: Drop in water level built by partially blocking the river so the water level upstream of the barrier is a few feet high then the water level down stream of the barrier.  The drop provides the energy needed to create a wave.
  2. Channel Release: Water is released through a long straight wall channel.  The straight channel creates smooth and controllable water flowing into the wave.
  3. Smooth Gradual Slope: The bottom of the channel has a smooth and gradual downward slope.  The gradual slope smoothly accelerates the water allowing controlled wave shaping.
  4. Wave Ramp: Wave is shaped by an underwater ramp at the end of the slope.  The ramp is inside the channel and goes from one side of the channel to the other.  The ramp is adjustable so we can test different wave shapes.
  5. Open Source: All wave building information will be freely shared online and we encourage others to freely share wave knowledge.
The wave design started with the City of Muenchen structural drawings of the Eisbach Wave.  ARSA improved the drawings and through the Surf Anywhere project will have them professionally engineered, built and fully tested.  The resulting Surf Anywhere wave knowledge will be released for free online and will be the foundation of open source wave building.
Below are a few diagrams from our Fall 2011 proposal showing the first stages of the Surf Anywhere wave design.

Cross section of Surf Anywhere wave showing surrounding river.

Cross section of Channel showing channel slope and wave ramp.
Wave is 1.5m or 4′ high

Top View of Surf Anywhere Wave
Channel is 10m or 30′ wide
Wave is 10m or 30′ wide

September27

Perfect Location – Lower Kananaskis River in Alberta, Canada

Published by Neil Egsgard in Wave Building with Comments Off on Perfect Location – Lower Kananaskis River in Alberta, Canada

We have the perfect location for building the perfect river surfing wave we will share with the world, the Lower Kananaskis River in Alberta, Canada.

WATER SHUTS OFF

The water is turned off at night leaving the river almost dry and making construction very easy.

Video showing the water rising from no flow to full flow.

Below are pictures of an old river feature from 2008 with the water off and on.

River with Water Down near proposed Wave Location (2008). This feature has changed significantly since.

River with Water Up near proposed Wave Location (2008). This feature has changed significantly since.

ENOUGH WATER AND ENOUGH DROP

Enough water and vertical drop are required to make a perfect wave.

There is enough water.  Our model river the Eisbach in Munich has a great surf wave and the Lower Kananaskis has the same amount of water.

There is enough drop in river level from upstream to downstream of our wave.  Our wave is placed allowing a larger drop than the model wave on the Eisbach in Munich.

25 Years of Similar Projects

The location is perfect because the river has been heavily modified for recreational use since 1985 meaning permission for construction has been granted multiple times.   Below are some pictures of major features around our wave.

Santa Claus river feature upstream of the proposed surf wave.

Green Tongue river feature downstream of planned surf wave

Kayak Racecourse downstream of planned surf wave. River has been heavily modified for recreational use.

AREA MAP

Here is a map of the area showing existing features in the Lower Kananaskis River and the site of the planned Surf Anywhere wave.

Area Map showing existing river features and the planned site of the Surf Anywhere wave.

Donate to the Surf Anywhere Project because it will work and will spread waves everywhere.
A list of rewards for donations is at the bottom of this page.

Why will it work?

HISTORY OF DEDICATION

  • Since 2007 we have spent years of concerted effort, broad research, countless time and lots of funds on building a the perfect river surfing wave

PERFECT LOCATION

  • Work is easy and inexpensive because the river shuts off and is empty every night
  • Work will be approved because there is a 25 year history of similar projects in this location

PROVEN DESIGN

  • Design has been working safely and effectively for 40 years in Muenchen, Deutschland
  • Newly built wave in Bratislava, Slovakia successfully uses the same ideas as Surf Anywhere Project

GOVERNMENT AND USER SUPPORT

  • All levels of government have provided conditional support based on the Surf Anywhere Proposal.  The condition is full and professional hydraulic, environmental and structural engineering.  We have the engineers lined up, all we need is the money.
  • All local user groups and businesses support building a wave and the Surf Anywhere Project

RIVER FEATURES ARE BEING BUILT

  • River features are already being built around the world.
  • We will provide the detailed technical information to ensure all of those river features include perfect surf waves.

REWARDS

All donations include access to the engineered plans for the perfect river surfing wave.

$25+ Surf Anywhere and ARSA decals
$100+ Surf Anywhere T-Shirt (No Ocean Required) + decal
$400+ River Surfing Lessons + shirt + decal (4 available at this time)
$1,500+ Surf Trip with ARSA crew to Lochsa Pipeline (Idaho) (4 available)
$3,000+ Surf Trip with ARSA crew to Skookumchuck Narrows.  You choose how big you want the wave.  Includes jet ski and water safety. Does not include trip to Lochsa (4 available)
$5,000+ Be an inside guest during the grand opening celebrations. Does not include trips to Lochsa or Skookumchuck. (4 available)

Shippable rewards will be sent after full amount is fund raised or after December 1, 2012.

Members of the Alberta River Surfing Association have put countless hours and lots of money into the Surf Anywhere Project since 2007.  All of research, design, wave building, funds, communication and more have been donated from a love of surfing, the dream of a perfect wave and the desire to spread surfing everywhere.

Thank you for helping us build the perfect wave and share it with the world. Here is a breakdown of where the funds we raise will go:

Stage 1: Engineering
$7,500 – Work begins on the Surf Anywhere Project hydraulic, structural and environmental engineering drawings and report
$7,500 – Remainder of payment to the engineers after completion of the engineering drawings and report.
Engineering Total – $15,000

The completed drawings and report will provide the key general and technical details on how to build the perfectriver wave in a very understandable manner.  Upon completion the report and drawings will be posted for free online at RiverSurfing.ca.

Stage 2: Construction
Our construction costs come from previous river work projects done in the same location and have been inflated to cover unforseen circumstances.
$20,000 – Transportation of materials onsite via rock truck
$30,000 – Placement of materials using track-hoe
$30,000 – Materials for berms
$35,000  – Transportation of material to site
$25,000 – Slope materials and construction
$25,000 – Wave ramp materials and construction
$20,000 – Materials and labour to improve and finish area
Construction Total – $185,000

After construction is complete, we will release detailed video of the build and how the wave changes as we adjust the wave ramp.  At this point we will be able to test out other wave designs and share the results with you.

Stoked!