Archive for the ‘How-To’ Category

HOW TO: Drill Fiberglass and Install Thru-Hull Fittings

Posted by Jason on Mar, 22 2011

Drilling the hole for the thru-hull intake fitting

If the thought of drilling a hole in the bottom of your boat conjures images like the one above, you’re not alone. We sell a lot of automated ballast systems and ballast systems components, so it’s no surprise that we hear from a lot of customers that are uncomfortable with the idea of drilling one (or more) rather large holes through the bottom of their boat.

We figured it would be beneficial to post a little how-to that outlines the process of drilling through the fiberglass hull of the boat, and then installing the thru-hull fitting. This article is specific to an intake for a ballast system, but the same procedure can be applied for any hardware that is installed in the boat’s hull. Alright, let’s get on with it!

Introducing WakeMAKERS.com Complete Ballast System Install Kits

Posted by Jason on Oct, 21 2010

If you’ve been searching for a simple way to add an automated ballast system to your boat, then we’ve got good news for you! Based on requests from our customers we’re happy to introduce our new Complete Wakeboard Ballast Systems, which combine everything you need to install an automated ballast system into one package.  Just [...]

2011 Malibu LSV 23 Wakesurfing Configuration

Posted by Spencer on Oct, 17 2010

Malibu Boat’s own Cindy Gibbs runs you through how to properly dial in your Malibu LSV 23 for wakesurfing. The wake has a great shape but with an additional 750 lb. Fat Sac or 1100 lb. Jumbo Sac in the rear locker it will look more like something you would find on the north shore. [...]

MasterCraft Plug N’ Play Factory Ballast System Upgrade

Posted by Spencer on Oct, 07 2010

For 2010 MasterCraft has engineered a secondary Plug N’ Play ballast upgrade that works in conjunction with the existing factory ballast system. The depth of engineering involved in developing the Plug N’ Play Ballast system took a number of years to perfect.

The MasterCraft Plug & Play Ballast system delivers the ability to mix and match ballast loads depending on rider preference. By operating the ballast selection switch tanks can be filled separately, bags can be filled separately, or both tanks and bags can be filled together for maximum wake size. The ballast selection can also control which side the tanks and bags are filled on to create the best wakesurfing wave. The ballast system was designed to work in conjunction with MasterCraft’s new surf tabs for killer surf wakes even behind a pickle fork boat.

The heavy duty valves and valve indicator selection switches are all actuated electronically and do not require manual selection. The control system is proprietary to MasterCraft and has been waterproofed with a potted resin material to maintain in the harshest of weather conditions including saltwater use.

In engineering the system, MasterCraft worked directly with Fly High to develop customized ballast bags which fit neatly in the storage areas. The rear bags take into consideration such factors as bulkhead dimensions and the raw water strainer location of each specific model. The forward bags take into consideration the dimensions of the storage area under the seats and obstructions such as stereo amplifiers and wiring. But the most important consideration in developing these additional ballast bags is engineering them to work within the Maximum Capacity of each MasterCraft model in which they are equipped.

Since adding additional ballast at the factory would affect the published Coast Guard Maximum Capacity, the additional ballast sacks must be purchased and attached separately by the dealer or customer. (Mastercraft X-45 Plug & Play Ballast Upgrade) In order to comply with US Coast Guard Safety Standards currently in effect, the weight of a fully ballasted boat (hard tanks full and Fly High ballast bags full) will be 600 pounds less than Maximum Capacity of the boat. This leaves enough weight capacity for passengers and gear depending on the combined weight of the driver, crew and onboard gear. It will be the Captain’s responsibility to assure the weight limits of their specific MasterCraft model are within Coast Guard limits. Understand your responsibility. As long as the MasterCraft dealer or customer equips their boat with the model-specific ballast bags from Fly High, they will be under the Maximum Capacity for their model boat and comply with Coast Guard Standards.

After ensuring Coast Guard compliance, MasterCraft’s objective in engineering this system is for the secondary ballast bags to fill and empty with their existing ballast pumps at the flip of a switch. In order to accomplish this, they have had to bypass the autofill- and-empty system that is equipped on all boats without the Plug N’ Play option. Run dry protection is maintained with the Plug N’ Play system by maintaining a thermo coupler, which shuts the pump off automatically upon sensing high temperatures that would occur if a pump is accidentally left running.

The system is easy to use but requires monitoring to ensure everything fills to capacity then is manually switched off before use. Although you can use the BIG’s Ballast screen to see if the tanks are full (or listen for the overflow), there are no sending units in ballast bags, so no bag level readout is available on the BIG. The operator should open the front and rear storage areas where the bags are located to watch the actual bags themselves to see when they are full. To reiterate, there is NO Auto Shut off feature for Plug N’ Play. Still, there is no danger of rupturing bags since the ballast pumps only provide 9 PSI of pumping power and bags are rated to accept up to 45 PSI of water pressure. That means the pump will never be able to provide enough pressure to rupture the bags; instead the impeller pump will just continue to spin. For the record, the hard tanks are rated at only 3PSI which is why an overflow port is essential.

Additional things to know about the MasterCraft Plug N’ Play Ballast Upgrade:

  1. To install the bags, you will need to remove the plugs that will come with all the plumbing. Keep track of these plugs and place them back in the plumbing when and if the bags are removed. Without the plugs or bags in place, there is risk of water making its way into the boat through these lines.
  2. Once the bags are installed, you are ready to go. In order to fill the ballast bags, after the hard tanks are filled find the Plug N’ Play switches (pictured above) and simply move the switch to the right so the indicator light turns from green light (tanks) to a red light (bags). This activates the electronic valve that switches water flow from the hard tanks to the bags. Once red, the bags are ready to fill by selecting the appropriate ballast switch. Please note that the Plug N’ Play switches control the forward and aft systems separately.
  3. Finally MasterCraft recommends that you have fun with your new upgraded ballast system. Here is the list of current MasterCraft boats that can be equipped with the Plug & Play Ballast System (as long as the boats are equipped with the standard ballast system first).
    • MasterCraft 200 / X-2
    • MasterCraft 215 / X-15
    • MasterCraft 225 / X-25
    • MasterCraft 235 / X-35
    MasterCraft 245 / X-45 Plug N’ Play Ballast System
    MasterCraft X-Star Plug N’ Play Ballast System

If you have any questions about the correct factory upgraded ballast for your Mastercraft Wakeboard Boat feel free to contact us for expert advice.

How-To: Remove Fittings Cemented Into Fly High Ballast Bags

Posted by Jason on Aug, 09 2010

Once the fitting has been removed both it and the port on the bag are undamaged and ready for reuse.

We sell a lot of Fly High wakeboard ballast bags, and many times customers are using them to replace smaller capacity sacs that came in their boat from the factory. Most customers want to reuse those factory bags elsewhere in the boat with a Tsunami wakeboard ballast pump}, but unfortunately the fittings used on those factory bags are typically cemented in place when they are made, which makes it much more difficult to replace them with the Quick Twist Adapter for use with the Tsunami pump. Although it is possible to remove fittings after they have been cemented in place the process is not something most of our customers want to deal with.

Read on for step-by-step instructions on removing fittings that have been cemented into Fly High wakeboard ballast bags.

2002-2008 Supra & Moomba Gravity Ballast System Upgrades

Posted by Jason on Aug, 06 2010

Ever since we originally pioneered a number of upgrades to the factory ballast system in 2002-2008 Supra & Moomba boats we’ve had hundreds of customers that we’ve helped solve the many frustrating aspects and limitations of the Gravity III ballast system installed in their boats. Based on our experience we regularly have boat owners ask us for their options for fixing what is essentially a broken system. Based on that demand we’ve decided to write a number of blog posts, this one being the first, that will take you from the planning stages all the way through the installation process. So if you’re fed up with slow fill times, tempermental draining, and a wakeboard ballast system that basically doesn’t work, read on for the solution.

HOW TO: Reversible Pump Automated Ballast System Design

Posted by Jason on Aug, 04 2009

Impeller Pump Ballast System

This seems to be a popular topic lately, both on the forums, and for our ballast experts on the phone, so we figured it would be beneficial to write a full guide on how to design a ballast system around a reversible impeller style ballast pump. As usual, there are multiple ways to accomplish the same goals, so this shouldn’t be taken as the definitive guide on ballast system installations, but rather a recommendation on how to install a fully functional system that operates correctly based on our years of experience. Feel free to deviate from these plans where you see fit, or contact us if you any questions.

With that out of the way, let’s move on to the good stuff!

HOW TO: Fill Launch Pad Link Bags With Fly High’s Tsunami Pump

Posted by Jason on Jul, 16 2009

Now that we offer Launch Pad’s line of wakeboard ballast products we’ve had a number of customers ask us how they can use their existing (or new) Fly High Pro X Series Tsunami Ballast Pump to fill Launch Pad LINK equipped bags. The good news is that thanks to a number of new fittings Launch Pad has introduced, it’s now possible, and fairly easy to use Fly High’s Pump.

To build the required adapter you will need to parts:

Together, those two adapters make it possible to connect Fly High’s Tsunami ballast pump to Launch Pad’s Link equipped ballast bags.

Stop Unwanted Filling And Draining With A Vented Loop

Posted by Jason on Jun, 08 2009

Ballast System Vented Loop Application

Whether you’re designing a new ballast system, or trying to upgrade your existing system to fill and drain faster, one common question is how best to design the system so it is as uncomplicated (and also inexpensive) as possible. One of the tools that we use when helping people design a custom ballast system is a product called a vented loop.

As shown above, a vented loop is a “U” shaped plastic fitting that is installed in series with the fill pump when using aerator pumps. During filling, the vented loop is invisible, functioning as a section of hose without any limitations. The beauty of the vented loop only comes into play when the the fill pump is turned off, which means there are no drawbacks to implementing its use. When water is not being forced through the fill hose, air (but not water) is allowed to pass through a vent at the top of the loop, which allows the column of water from the vented loop to the fill pump to drain down to the level of the pump.

It is this column of air (typically at least two feet long) that prevents water from siphoning into, or out of the ballast bag when the pump is not running. Many people are under the impression that water is forced past the fill pump due to the boat running at speed, but it’s not possible to develop that much pressure, and it actually just the siphoning process that allows the bag to fill or drain. The vented loop solves that problem by creating a break in the column of water running from the pump to the bag, so siphoning is not possible.

To function correctly, the vented loop needs to be installed close to the ballast bag in question, and as high above the water line as possible. For forward ballast bags, the typical installation location is under the driver’s dash up near the windshield. In the back of the boat, up under the gunnel, whether in direct drive or v-drive boats, is typically the best location.

If you have any other questions about the vented loop in particular, or ballast systems in general, please feel free to contact us.

BALLAST EXPLAINED: Wakeboard Ballast Pump Basics

Posted by Jason on Mar, 18 2009
Jabsco Ballast Puppy Impeller Pump

Jabsco Ballast Puppy Impeller Pump

At least a few times a week we have someone ask “what is the difference between more expensive ballast pumps like Jabsco’s Ballast Puppy and the cheaper bilge pump style options?”. Since choosing a pump is the main determinant for ballast system design, we thought it would be a good idea to put together a guide that helps make this process easier and less time consuming.

Read on to learn more about ballast pumps, and which type is best for your wakeboard ballast system.