This year, some 88 million Americans are expected to spend time out on the water, boating for recreation, on more than 12 million registered boats. Many of those who are fortunate enough to own a boat and want to spend every day out in the sun will choose to install a dock, so that they don’t have to worry about the hassle of going to crowded boat launches or hauling their boat around with them all the time. There are several items, like power pedestals and dock ladders, that can be added to make a dock more useful. But dock boxes are great boating accessories, because they allow boaters to store all kinds of items right at the boat.
Choose from our selection of dock steps and board your boat in comfort and style. We offer dock lighting fixtures to make your dock safer at night. For storing maintenance supplies and tools, shop our selection of dock boxes. We offer dock carts and wagons. These make transporting gear from your car to your boat easy. Other dock enhancements. LEG PIPE: Regular 1-1/2” Schedule 40 is $7.50/ft. Heavy Duty Tri-Rib is $12/ft. WAVE RATING The triangulated design keeps your dock firmly planted to the lake bot-tom in rough conditions. The kit includes a 245 lbs anchor, 6’ of chain and connecting hardware. Exclusive to DockinaBox® Protects the dock and your vessel regardless of the. Dock boxes by TitanSTOR are the perfect solution for storing all of your boating equipment safe from damage right on your dock. Get yours today! Shop; Articles; About Us; Contact; Request an Estimate; 877.468.5438. Service Hours: M-F 8:00am - 5:00pm EST. My Account Sign in. 0 items in your cart 0 items.
Supplies
Keeping important tools and other items right on the dock is smart for boaters who never want to find themselves in a situation where they need something specific and don’t have it. Everyone is different, but dock storage boxes are a great place for:
- An extra gas tank
- Waxes or polishers used to keep your boat looking great
- Toilet paper and paper towels
- Pipes or hoses that can be used for quick mechanical fixes
Safety
Dock owners might also want to keep the items they need for safe trips out on the water in their dock boxes to make sure they are always prepared, even if the elements turn against them. Keeping them handy is always smart.
- Extra life jackets for when boats get full
- Additional ropes for secure mooring
- Dock bumpers to protect both the boat and dock in choppy water
- A power washer to keep the dock free of slippery grime or splinters
Fun
Of course, no boating trip is complete without a bit of fun. Dock boxes are the perfect place to store every item you will need to make sure boating trips are always a good time.
- A small stereo and music collection
- Water skis or wakeboards for adrenaline junkies
- Floats or noodles for lounging in the water
- Balls and games that kids can enjoy for an entire day
Dock 1 0 4 – Customize Your Dock Boxes
Outfitting a dock properly is smart for boat owners who want to make sure that they don’t have to spend a lot of time getting ready for a fun afternoon and have the ability to simply go out whenever they want. There are a number of accessories that can be added to a dock, but boxes are perhaps the most valuable. They provide durable storage and protection for every type of boating essential.
For More Complicated Dock Systems with Unusual Loads:
1. Determining Your Live and Dead Loads
Your first step is to determine the live and dead loads of your floating structure.
The dead load is the weight of the framing, decking, connections, flotation units, and all permanently-attached equipment, such as pipes, pumps, utilities, benches, etc. As a general rule of thumb, the dead weight on most residential docks that are constructed using lumber is typically between 10 and 15 lbs/ft² of structure.
Slideshow maker movavi 2 0 – create movies from photos. The live load is essentially the weight of the people and gear that will be placed on the floating structure. It is recommended that the structure be designed for approximately 40% submergence, so that the remaining 60% can be used to support the live load.
2. Determining the Quantity & Size of Floats Needed
Your next step is to calculate how many floats you will need to float the live and dead loads you've just calculated. Start by consulting Table 1 below, which shows how much weight each size float will support at four different depths of submergence. Decide which float size you wish to use and how deeply you want to submerge it. Then select from Table 1 the accompanying buoyant force for that float at that submergence and divide your calculated dead load by that buoyant force. Under normal everyday conditions, the floats should never be submerged more than 50%.
For example, assume a small 10'x12' swim dock with a calculated dead load of 1440 pounds. Table 1 shows that a 24' x 48' x 16' float will support 239.2 pounds when 40% of it is submerged. So, six of these floats will support the raft (1440/239.2 equals 6), which will leave 60% of each float above the waterline (a freeboard of 9.6 inches). The available live load which can now be supported on this swim raft is 2184 pounds. Here's the supporting calculation. Table 1 shows that it takes 3588 pounds to submerge these six floats to 100% (6 x 598 equals 3588). So then 3588 pounds of buoyant force minus the 1440 pound dead load of the dock leaves 2148 pounds of available live load. It's important to remember that the live load will NEVER be distributed equally, so always add extra flotation if you feel you may come anywhere close to maximizing out the available live load.
3. Determining Bearing Area Needed
Your final step is to determine how many square inches of the structure's cross-members you should place in contact with the floats to transfer the structure's weight to the floats. To determine the size of this float contact area in square inches, multiply the dead load of the structure by the appropriate Design Factor in Table 2 (based on the expected wave action). Since this is the contact area for the entire structure, and since you want to determine the contact area for each cross-memberwhich will be bearing on the floats, divide your answer by twice the number of floats you'll be using (assuming a minimum of two cross-members per float).
Dock 1 0 4 – Customize Your Dock Box Lock
For example, if the 10'x12' swim dock is located on an inland lake, multiply its dead weight (1440) by the Design Factor for inland lakes, found in Table 2 (0.32). Thus, 1440 x 0.32 equals 461 square inches of drum surface, which equates to 77 square inches of contact area for each of the six supporting floats (461/6 equals 77). Since each float must have contact with at least two cross-members of the structure, each cross-member should have at least 38.5 square inches in contact with the float (77/2 equals 38.5).