Are you planning a getaway but confused about what “linear inches” means when it comes to airline luggage?
Don’t worry, you’re not alone!
With airlines increasingly strict on size and weight restrictions for checked and carry-on bags, understanding linear inches can be tricky.
It’s essential information to make sure your luggage abides by the airline’s guidelines — so read on as we break down this confusing metric into easy-to-follow steps.
Related: What is a Quart-sized Bag?
What Are Linear Inches?
Linear inches is a measure of length that combines the height, width, and depth (length) of your bag or suitcase. To calculate it, you’ll need to add together each dimension in inches — for example, if a suitcase measures 14″x 9″ x 22″, your linear measurement would be 45″.
Bear in mind that this sum includes any external pockets or accessories on your bag. And don’t forget to factor in any wheels and handles when you’re measuring too.
Once you’ve determined the linear measurements of your luggage, check with your airline to find out what their size restrictions are for checked bags and carry-on items. You may also have to pay an additional fee if your bag exceeds the size limit.
Common Airlines that use linear inches to calculate luggage size:
- Air Canada – 62 linear inches for checked luggage
- American Airlines – 62 linear inches for checked luggage
- Delta – 62 linear inches for checked luggage, 45 linear inches for cabin luggage
- Southwest Airlines – 62 linear inches for checked luggage
Do Linear Inches Include Wheels?
Yes, the linear inches should include any wheels or handles on your bag — so be sure to factor them in when you’re calculating.
The same rules apply to items like golf bags and skis, which are decided by their total length when added together with their accompanying accessories.
How Many Linear Inches Are in a Foot?
There are 12 linear inches in a foot, and one foot is equivalent to 30.48 centimeters (cm).
So if you have items that measure more than one foot, you can add them together in inches or convert the measurements into feet and then calculate the linear inches for your bag.
Linear Inches to Centimeter (cm)
A linear inch is equivalent to 2.54 centimeters (cm). To convert your measurements into centimeters, simply multiply the number of inches by 2.54. For example, if your bag measures 15 linear inches, it is equal to 38.1 cm when converted into cm.
Linear inches can seem confusing at first, but they’re actually an easy way to measure the size of your luggage before traveling. Just remember to add up all the dimensions — including external pockets, wheels, and handles — to find out what your linear measurement is. And remember to check with your airline oversize restrictions too. Armed with this knowledge, you’ll be ready for a worry-free getaway.
Frequently Asked Questions
How to measure linear inches for luggage.
When packing for a trip, it’s important to calculate the linear inches of your luggage so that it will meet the travel company’s size requirements. Linear inches are calculated by combining the sum of a bag’s length, width, and height.
Start by measuring each dimension in inches using a measuring tape. To convert the measurements to linear inches, add up all three dimensions: height + width + length. This total is called your linear inch measurement.
Furthermore, take into consideration any extra material, such as wheels or handles, when calculating linear inches. When you calculate these measurements accurately, you can be sure that your luggage meets the size requirements and make your travels stress-free.
What is 62 linear inches?
When flying, it’s important to be aware of airline limitations on luggage size. 62 linear inches is the combined maximum limit of height + width + depth for checked luggage.
In order to stay within airline guidelines, many travelers choose to measure their luggage with a tape measure to ensure that each suitcase meets the airline requirements and can thus avoid costly fees associated with items that exceed the set limits. Familiarize yourself with these regulations in advance so you can have a hassle-free travel experience!
What are the dimensions for 62 linear inches?
Conversion between linear inches and physical dimensions can be complicated, but with the right measurements, 62 linear inches convert to approximately 28″ x 20″ x 14″.
This is equal to a large-sized suitcase and will fit the respective international carry-on size requirements. Knowing what dimensions are needed for your luggage ahead of time can help ease any stress when it comes time for traveling.
What size luggage is 158 linear cm?
Many forms of luggage come in a variety of sizes, but for those traveling with 158 linear cm-sized items, a large suitcase may be the best solution. This type of luggage usually measures 72 cm in length, 51 cm in width, and 35 cm in depth. In terms of linear inches, this equates to approximately 62 inches.
Whether going on an extended business trip or a week-long getaway, selecting the correctly sized luggage will ensure that all necessary items fit securely during travel.
What are linear feet?
Linear feet is a term used to describe the measurements of length in a straight line. It is mainly used in the context of measuring room length, furniture size, and items such as carpeting or fabric that are sold by linear foot. A linear foot is simply 12 inches long, making it easy to calculate various lengths using ordinary measurements such as those from rulers.
However, when purchasing large items like furniture that come in premeasured pieces, linear feet measurements will most likely appear on the product description for ease of purchasing and shipping accuracy. Ultimately, knowing how to measure accurately in linear feet can save you time, effort, and money.
What are linear dimensions?
Linear dimensions are used to measure the length, width, and height of objects in various formats or units. They provide a precise way for determining size and locations by using points that lay along straight lines. Linear dimensioning is an essential tool for many professions, particularly those in manufacturing, engineering, construction, and architecture.
For instance, linear dimensioning allows engineers to accurately map out designs for systems or buildings without having to worry about discrepancies in measuring. Ultimately, this results in more efficient and effective design processes that help save time and resources.