The L.A. River Shoal- How not to get stuck

There is a huge shoal (aka shallow spot) where Long Beach mariners are constantly running aground. It is in the entrance to Rainbow Harbor and Shoreline Village. Several times a week sailboats, and even some powerboats are known to get stuck right in front of the Queen Mary. Hopefully this map will help. Although recently dredged, the water can be 2-3 feet deep on low tides over the shoal. Remember RED RIGHT RETURNING FROM SEA. This means keep the red buoys on your right and green on left when retuning from sea. The white buoys in the center of the river are over very shallow water. Although it is muddy and probably wont damage your boat, if the tide is dropping you may be there awhile.

LA River Shoal.jpg

S/V Vive Grande

C Breeze Ketch. Vive Grande.jpg

Name: Vive Grande (original name Sunglow)

Builder: Fritz Dionne and Alois Bauer in Pico Rivera, CA

Design/ material: Samson C- Breeze/ Ferro-Cement Hull

Launched: 1981, USCG Documented # 1224940, Long Beach CA.

Sail Plan: Staysail Ketch, 1,155 sq ft

 

LOA 52’10”

LWL 38’4”

Draft 7’ 4”

Beam 13’

Main Mast: 58’

Displacement 32 ½ tons (68,000 lbs.)

 

Vive Grande is a 53’ Ultra Lounge Ketch Sailboat Custom built by Fritz Dionne and Alois Bauer in the front yard of Fritz’s Pico Rivera (California) home. They began construction of the vessel in 1969 but she was not launched until 1981. She is a ‘C- Breeze’ ferro- cement hull built to specifications by Samson Marine. Ferro-cement boats are built using a mixture of cement and sand over a steel matrix frame. The method is well over 200 years old and is widely used in Europe, New Zealand, and Australia but many fine craft have been made in the USA.[i] Although simple in principle, the construction is very labor intensive and has a controversial history in the United States. Vive Grande is 52’10” overall with a beam of 13’. Weighing over 30 tons she has a full-keel draft of 7 ¼ feet and a rudder as big as a barn door.  

Vive Grande is unique in her large flat deck and open space up top. Designed for steady long-range sailing she loves wind in the 15-20 kt. range and stays dry on deck even with significant wind waves. The Ketch sail plan allows for easy handling with just two crew and easy balancing so she steers herself upwind with no rudder input. The heavy displacement of the boat makes for a steady ride as she cuts through the wind and waves.

 

Accommodations

Down the companionway hatch she has a large and bright main salon and a spacious galley. She boasts 3 private staterooms and two heads (toilets) and a full-sized shower. Interior spaces are large compared to similar sized boats and brilliant utilization of space allows for plenty of stowage for long voyages. She has wonderful creature comforts including hot water, refrigeration, 4 burner stove with oven, TV and DVD player, wireless internet, stereo and good batteries, plus an inverter and generator for offshore electrical needs.

On deck she is equally spacious with a wonderful shaded center cockpit. The deck has ample storage for Kayaks, SUPs, surf boards, Scuba/ Snorkel Gear, rafts, ect.

Construction

Fritz Dionne was born in Canada and gained boatbuilding experience in his early teenage years building wooden minesweepers for the war effort. He came to the US at age 27 because he had, “always wanted to live in California.” He became a finish carpenter by trade where he gained a lifetime of experience and respect for wood as a building material and a way of life. Fritz loved sailing and wanted to build his own sailboat of about 35’ out of Alaskan Cedar. He said this wood was an excellent boat building material because worms and insects do not like it and it does not rot. He started to acquire some good boatbuilding planks but soon he became concerned. All the trees in the Pacific Northwest had been overharvested so much that there were hardly any trees left big enough to make a decent boatbuilding planks.

Alois (Lou) and Ruth Bauer (his wife) were good friends with Fritz and his wife and they also enjoyed sailing. Lou and Ruth were able to travel for free because Ruth worked for American Airlines. The couple Traveled to Australia where ferro-cement construction was more common and thought, “why don’t you build it out of Cement?” They visited shipyards in Australia to learn more about the process.

 The two couples decided to pool their money together ($8,000 each) to build a bigger boat using a design by Canadian company “Samson Marine.” John Samson (founder) was a tried and true sailor from Canada who provided DIY plans for all types of craft. Samson encouraged countless numbers to throw off the shackles of working life, build a boat and sail off to the South Pacific.[ii] They decided to build the boat in Fritz’s front yard on Sunglow Street. 

They were beginning to gather the materials when something else came up. They met a man from Germany who was a concrete engineer in commercial building. He had also gained a lot of experience in ferro-cement construction after the German government commissioned him to build a fleet of 600-700 fishing boats. He helped Fritz and Lou with all the cement dealings and on plastering day

The first step in building was to erect a large wooden structure that would support the metal armature. Lou went around to the neighbors to ask if they would mind a large boat being built in the front yard on their street and they all said the same thing “I don’t care as long as you don’t build it in my yard!” At about this point the planning dept of Pico Rivera stopped by the house and gave a notice to “stop all construction.” The inspector thought that they were trying to build a “permanent structure” with no foundation. Fritz explained that they were building a boat and not a structure that was the end of the city’s interest.

Although it was not permanent, the construction and waiting period to get a marina slip had the boat sit in the yard for over 10 years.

The sheer (general shape and deck edge) was formed using galvanized pipe. High tensile steel rod was used for the diagonal stringers and rods. Then 4 layers of galvanized mesh was added inside and 4 layers of mesh outside of the matrix. Some welding was done on the frame, but most of the steel matrix was wire tied together with over 100,000 wire ties. [iii] Helping with the minimal welding was boilermaker, Bill Saenger(Pictured). Bill worked in the space division and made titanium fuel (and other) tanks for the Apollo Missions, but Fritz said he got tremendous enjoyment by helping with this unique and challenging project.

Plastering day is the most important day of construction and 15 guys were utilized working from sun-up until 2 am to make sure everything went smooth. They started from the inside out and the top down to ensure that as the steel armature sagged with the added weight of the cement, the shape would not be significantly altered potentially creating voids in the plaster (air pockets). Cement was Type V Lime Free and silica sand was carefully washed and sieved for sizes # 60, #45, #30 and blended with 13% Porcelain for waterproofing. Cement, water and Porcelain were mixed first to keep close track of mixture. After the plastering was complete, they sewed together burlap to wrap the whole boat in order to keep the cement continuously wet. This controls curing of the cement, adding strength and minimizing cracking.  After 32 days of wet curing she was tested at 10,000 PSI breaking strength. Lou thought he would conduct his own test so he shot the boat with a .38 cal pistol although Fritz asked him not to do it in town. The bullet bounced off with the boat barley even nicked.

One of Fritz’s good friends, Wady Larson helped with the plastering and had built his own C-Breeze Ketch virtually identical to Sunglow. Wady lived on his boat and did a three-year circumnavigation leaving Southern California and thru the south pacific. He and his crew experienced a severe hurricane near Hawaii when the eye of a hurricane went right over them and in the middle of the storm they were completely be-calmed for several hours. During this storm his boat suffered a complete knockdown where the mast hit the water. He said that after the 53’ yacht had virtually been turned upside down, she came back up slow and steady and was shaken up, water was everywhere but basically unphased.

Fritz and Lou were part of “The California Ferro Cement Boat Building Club” where builders shared experiences and tips. Over 450 boats were built in California and most never went in the water. According to Fritz it was just too much work for many people and a lot of boats were abandoned due to using the wrong steel, the cement being put on too thick, some ran out of money, oftentimes they just  had bad information. These things put a lot of strain on marriages and partnerships. Fritz said, “my wife put up with it, but she was pretty easy going and loved sailing!” He admits they got lucky with all the good information they were able to obtain and the helpful hands. Especially considering the large number of cement boats poorly built all over the world.

The hull was completed in 1976 but because there were no slips available, she would not be launched (in Long Beach, CA) until 1981. They never did realize their prospects of sailing off to the Marquesas Islands. “It is a dream,” says Fritz “a dream for younger people and you never know what life will bring you. We never had any savings, nothing to come back to and life got in the way.”

The boat was donated to “Access to Sailing” to promote sailing for veterans through the Long Beach veteran’s association, before coming under private ownership and private charter in 2010.

Lou Bauer died in 2005 of Cancer, soon after his wife Ruth. Mrs. Fritz Dionne has also passed on. At the time of writing, Fritz is still alive and well and continues to contribute his amazing craftsmanship and stories about his old boat. He still loves to sail with the new owners when he is not traveling the world via cruise ship. He is a proud donor to various charities that help protect those big beautiful forests that gave him his livelihood.

He says that like many of his projects throughout his life, he is happy to know that countless people have shared the love of sailing and will continue to enjoy his works of fine craftsmanship for many years to come.  

 

References

[i] Colin Brookes, Ferro- Cement Boats, 2008. Hartley & Brookes Associates, www.ferroboats.com

[ii] John Samson A New Way of Life, 1970, Mitchell Books Limited, Vancouver B.C.

[iii] Colin Brookes, Ferro- Cement Boats 2008 . Hartley & Brookes Associates , www.ferroboats.com

*Photos and Interview from “Fritz Dionne” at his Pico Rivera Residence on June 16th, 2015

Sunglow Sailing Earns “Verified Course Marks” on Sailing and Powerboat Instructional Programs- National On-Water Standards (NOWS)

We are proud to announce that our sailing and powerboat programs have earned verified marks with the recently developed (2018) American National Standard. These programs were developed in three forms. 

  1. Powerboat 

  2. Sailboat 

  3. Human Propelled Craft

NOWS were developed to help raise and standardize the level of quality, consistency and availability of on-water, skills-based, entry-level recreational boating education across the country, with the goal to enhance the safety and enjoyment of our nation’s recreational boaters. The NOWS Program was funded in part by the US Coast Guard’s Office of Boating Safety nonprofit grant program.

• For all the details about this standard visit

https://www.onwaterstandards.org/

Federal requirements for Boaters- Safety Items*

Federal requirements for Boaters- Safety Items*

The following is a list of required items for a vessel of approx. 30’ operating in Long Beach, Ca. A link to the Complete Federal Requirements is at the bottom of the page.

*The following is a guideline only, PLEASE CHECK YOU LOCAL REQUIREMENTS

1.       Registration OR Documentation- With either DMV or U.S. Coast Guard- Current paperwork carried on-board and appropriate markings on the Hull- vessel # and year sticker OR Name and hailing port

2.       Life Jackets, can be stowed for adults- appropriately sized for each person on board AND one- type IV throwable PFD.  NOTE: Children under 13 years old must wear life jacket whenever on deck

3.       Visual Distress Signals- can be handheld flares for day and night use

4.       Audible Distress Signal- generally a horn purchased from a marine chandlery (sports horn)

5.       Fire Extinguishers- TWO - Type B-I OR B-II

6.       Running lights- If operating at night or restricted visibility

7.       Pollution Placards Posted Appropriately- “Discharge of Oil” AND “Discharge of Garbage”

8.       Marine Sanitation Device- If the boat has a head/ toilet, it must meet the requirements for a Type I or II

9.       GASOLINE ENGINES (EXCLUDING OUTBOARDS)- Proper ventilation and Black flame spark arrestor.

SUNGLOW RECCOMENDED EQUIPMENT

1.       VHF Radio- allows safety communication outside of cell phone range

2.       Protection from the elements- Sun protection, jacket

3.       Anchor- for stopping for lunch AND emergency use to prevent grounding in case of engine failure and/ OR rig failure/ lack of wind.

4.       Type V PFD’s- alternative to wearable Life Jackets- these are more comfortable to wear and can be equipped with automatic inflation and harnesses to keep you from falling overboard.

https://www.uscgboating.org/images/420.PDF

Extreme conditions, windy days, currents

In Southern California the weather is predictable and utilizing websites like www.NOAA.org or local weather forecasts can really help you decide what your day will look like ahead of time. Even so, sometimes you may find yourself in stronger conditions than you are comfortable with. We recommend checking www.sailflow.com before you leave the dock to access current conditions, but still, you may leave on a calm morning only to try to return and find challenging winds or currents, crowded marinas or unforeseen events that make docking more difficult.

The average boat can handle more than the people riding around in them, but you can stay much safer if you know how to use the conditions to your advantage rather than trying to fight them. This is where understanding fundamentals of how to handle a boat comes in very handy.

While we never recommend putting you or the boat in harm’s way, you should prepare for windy days and challenging conditions so that when those conditions arise you can handle them proactively rather than retroactively. In most circumstances you can use strong winds or current to your advantage but only if you know how. You can also simulate challenging situations in a more forgiving environment so that you can train yourself to make the right moves when the pressure is on.

So how do you get your boat into the slip when you have a 20 knot cross wind? How can you get into a fuel dock when there are 10 other boats waiting in line and there are gusty breezes? Would you have more control bow or stern into a current in a river or strong tide? We could tell you in writing but you may never learn to do it right from a blog or book….

Do your family, friends, your boat and yourself a favor and call or email for info on setting up lessons.