You are watching: How much does a 55 gallon fish tank weigh full of water
Contrary to what you might think, small aquariums are not recommended for beginners. These small environments can be very temperamental, so a tiny change in the chemistry of the water, like ammonia or pH changes, can have a big impact.
If you do decide to keep a small fish tank, keep in mind that it will have a much smaller biofiltration capacity, so it is important that you do not overstock it with too many fish. Also, because it is such a sensitive environment, good filtration is absolutely essential for small tanks.
|12" x 6" x 8"||3 lbs.||27 lbs.|
|16" x 8" x 10"||7 lbs.||62 lbs.|
|20" x 10" x 12"||11 lbs.||111 lbs.|
|24" x 12" x 12"||21 lbs.||170 lbs.|
|20" x 10" x 18"||22 lbs.||170 lbs.|
These are the aquariums that are most often recommended for beginners. Anything in the 20- to 40- gallon range has a sufficient volume that will minimize harmful effects due to chemistry changes in the water and will be large enough to handle a nice stock of fish.
Also, these tanks are not so large that cleaning will be difficult. This is important because many people who are new to aquariums find that keeping up with maintenance soon becomes overwhelming. Overall, the mid-sized tanks are a nice, manageable size.
|24" x 12" x 16"||25 lbs.||225 lbs.|
|30" x 12" x 12"||25 lbs.||225 lbs.|
|24" x 12" x 20"||32 lbs.||282 lbs.|
|30" x 12" x 18"||40 lbs.||330 lbs.|
|36" x 18" x 12"||48 lbs.||348 lbs.|
|36" x 18" x 16"||58 lbs.||458 lbs.|
|48" x 12" x 16"||55 lbs.||455 lbs.|
The larger the aquarium, the more fish you can stock. That is a decided advantage, but it also means that you will have to work harder to maintain these tanks. You also have to be concerned with tanks of this size when it comes to weight when filled. You need to make sure your floor and cabinet can handle such heavy loads. Owners of very large tanks may even find that floor reinforcement is necessary to support a load that is in excess of one ton.
Bigger tanks have a great appeal, especially when you want to create a diverse aquarium. However, you also need to consider the tank's scale in relation to the room and its surroundings. Is there enough room for hoses and accessories between the tank and wall? Is it a high-traffic room? Are there space constraints that might lead to accidents and broken glass? Do you have shelves overhanging the tank that may fall down and create an emergency for your fish? These are important questions to ask before making such a significant investment with your time and money.
|36" x 18" x 19"||100 lbs.||600 lbs.|
|48" x 13" x 21"||78 lbs.||625 lbs.|
|36" x 18" x 24"||126 lbs.||772 lbs.|
|48" x 18" x 21"||140 lbs.||850 lbs.|
|48" x 18" x 24"||160 lbs.||1050 lbs.|
|72" x 18" x 21"||206 lbs.||1400 lbs.|
|72" x 18" x 28"||308 lbs.||1800 lbs.|
|72" x 24" x 25"||338 lbs.||2100 lbs.|
Calculating Weight of Custom-Shaped Tanks
In addition to basic rectangles, fish tanks may be in the shape of hexagons, pentagons, or even cylinders. If you are buying such a tank, the volume in gallons will already be specified and you can use the charts above to calculate the empty and full weight of the tank. A 50-gallon fish tank will have the same weight measurements whether it is rectangular, hexagonal, or cylindrical in shape.
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But if you are buying or have been given a used tank and do not know the gallon size, calculating the gallon volume and weight of the tank is really just a matter of first calculating the cubic inches of volume. The key measure to know:
If you can determine the volume of any tank in cubic inches, then it is easy enough to translate that into a gallon capacity. Once you've determined the gallon capacity, use the charts above to estimate the empty and full weight of the tank.
To determine volume requires a little math. The volume of a tank is determined by first figuring out the area of the base shape in square inches, then multiplying this by the height. The easiest way to do this is to sketch out the shape of the base, then divide it into shapes that have areas that can easily be calculated. For example, a hexagon can be divided into rectangles and triangles. Calculate the area of each shape in inches and then add them together to figure the area of the tank's base shape. Multiply this number by the height of the tank to calculate the total volume in cubic inches. Next, divide the total cubic-inch volume by 231 to find the gallon capacity of the tank. Finally, find a corresponding gallon capacity in the charts above to find the approximate weight for your tank.