Description
Little Giant Ladder Systems, the creator of the original multipurpose ladder, is the world leader in ladder safety and innovation, holding over 270 patents and patents pending on ladder function and design. The company was founded in Springville, Utah, in 1972. Since its humble trade show beginnings, Little Giant has expanded across the US and beyond, marketing and selling its climbing products in over 40 countries. Little Giant listens first: the voice of tradespeople, pros and other users inform every design choice behind the company’s industry-leading climbing solutions. Little Giant SumoStance is the “CLAIM-A-NATOR’s Choice”
SumoStance – Working at a significant height can be nerve-wracking, but the Little Giant® SumoStance® ladder eliminates those concerns and makes using an extension ladder easy. Designed for stability and its light weight, the SumoStance will easily become your new go-to ladder for every task.
Wide-flared ladder levelers – The SumoStance utilizes wide-flared leg levelers to increase the stability of your ladder. The wide legs nearly double the ladders width, giving your ladder added side tip stability. Work on any to terrain, adjust the ladders legs as needed, so you can confidently tackle any project.
Bubble Levels – Little-Known Fact: having your ladder level off by just 1 inch at the bottom causes a 9-inch lean at the top of a 19-foot ladder. If safety is the goal, and it should be, the bubble levels on the SumoStance are a useful tool to ensure that your ladder is level before climbing.
32ft ( will definitely get you on every 2-story )
Product Specifications
SumoStance – Model 32 Specs
Weight Capacity | 375 lbs. |
Warranty | 1-Year |
Model Number | 17232 |
90° Ladder | No |
Ansi Duty Rating | Type IAA – Special Duty |
Country Of Origin | USA |
Extension Max | 29′ 7″ |
Extension Max Reach | 31′ 6″ |
Extension Max. Height | 29′ 7″ |
Extension Min. Height | 16′ 9″ |
Extension Total Length of Sections | 31′ 11″ |
Extension Highest Standing Level Max | 25′ |
Extension Max Working Length | 29′ 7″ |
Extension Lock | Rung Locks |
Feet | Dual-position SURE-SET™ pick foot |
Ladder Type | Extension |
Product Weight | 69 |
Lean To Position | No |
Inner Rung Depth | 1.5″ |
Inside Clear Width | 1′ 2″ |
Material | Fiberglass |
Outer Rung Depth | 1.5″ |
Palm & Hinge Lock System | None |
Rung Size Double Section | 4″ |
Rung Size Single Section | 1.5″ |
Scaffolding Position | No |
Size | 32′ |
Ship Length | 16′ 8″ |
Ship Width | 1′ 10.5″ |
Ship Height | 0′ 7″ |
Ship Weight | 73.6 |
Spreader System | None |
Storage Depth | 6″ |
Storage Height | 16′ 8″ |
Storage Width At Base | 1′ 10″ |
Tip & Glide™ Wheels | No |
Top Width | 1′ 5.5″ |
Links & Tips:
Choosing the right ladder – American Ladder Institute
If you want to work safely on a ladder, it’s important to purchase one that’s the right length for the task at hand. While you may think you can look at a particular wall and have a sensible guess at the ladder height you need, you’re never going to be 100% accurate. If you want to calculate the right ladder length, follow these steps.
Extension Ladder Length
In order to be used safely, extension ladders need to be leant up against a hard surface with a suitable pitch. If you’re working on a platform like a roof, you need to make sure your ladder extends a few feet past the workspace. When calculating the right extension ladder length, it’s important to take these extra few feet into account.
Here’s an example to show you how to calculate the right ladder height for a 20ft wall.
To work safely, your extension ladder needs to be pitched at a ratio of 4:1. So for every 4 feet up, you need to move the ladder 1 foot out. This is known as the ‘1 in 4’ rule.
So, if you want to work on a 20ft wall, the ladder needs to be moved 5ft out. Propping a ladder against a wall creates a right-angled triangle, with the ladder as the hypotenuse (longest side), so it’s time to think back to math class: to calculate the length of the hypotenuse, we’ll need to use Pythagoras’s theorem.
In case you haven’t brushed up on your trigonometry lately, Pythagoras’s theorem states that the length of the hypotenuse squared = the triangle’s height squared + the triangle’s width squared. Let’s apply this to the example above…
- 20 squared is 400
- 5 squared is 25
- 400 + 25 = 425
- The square root of 425 (to two decimal places) is 20.62
This means that your ladder needs to be 20.62 feet long (minimum) to allow for the ladder to be propped up against the wall at a safe angle.
Then, you need to add a few feet so that the extension ladder can extend past the working ledge. So, if you want to climb a 20ft wall, you need a ladder that’s approximately 24ft long!
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