What makes the Zip Line Fun the World’s safest zip line?
We have designed our trolleys so there is no metal on metal contact with the cable. Our trolley handles are made from advanced polymer with a breaking point of 3250 lbs. Our bearings are encased with high performance nylon. This ensures that the cable will never come into contact with metal. Therefore the cable will not fray and become weakened or even worse, completely fail and break.
Why is Zip Line Fun the World’s best backyard zip line?
We have been creating industry defining products since 1976. When it comes to delivering high quality outdoor and backyard fun, no one can match our experience and skill.
What size zip line systems are offered?
We offer a variety of zip lines systems and bundles to accommodate your needs!
Our Zipline Systems include the trolley, cable and all hardware for installation:
1) ZL90 – 90’ Zip Line – comes with 94’ of cable and one 4’ cable sling.
2) ZL70 – 70’ Zip Line – comes with 74’ of cable and one 4’ cable sling.
3) ZL35 – 35’ Zip Line – comes with 39’ of cable.
Our Zipline Bundles include everything in the above systems including all accessories for a complete zipline experience!
1) 100X - 100' Bundle - comes with 104' of cable, one 4' cable sling, carbon fiber trolley, disc seat, compression braking system, and tree protectors.
2) Total Z90 - 90' Bundle - comes with comes with 94' of cable, one 4' cable sling, carbon fiber trolley, disc seat, compression braking system, and tree protectors.
3) Total Z70 - 70' Bundle - comes with 74' of cable, one 4' cable sling, carbon fiber trolley, disc seat, compression braking system, and tree protectors.
4) Total Z35 - 35' Bundle - comes with 39' of cable, carbon fiber trolley, disc seat, compression braking system, and tree protectors.
Why is the length of cable that comes with a zip line system longer than the stated length of the zip line?
Additional length of cable is provided so you have extra cable to go around the circumference of your tree. This will allow you to actually have a 90’ zip line when you are buying the ZL90!
What are the breaking strengths on your cable?
Our 100' cable has a breaking strength of 2600 lbs
Our 90’ cable has a breaking strength of 2600 lbs
Our 70’ cable has a breaking strength of 1700 lbs
Our 35’ cable has a breaking strength of 1700 lbs
What is the definition of breaking strength?
Breaking strength is the greatest stress especially in tension that a material is capable of withstanding without rupture.
What is Safe Working Load?
The Safe Working Load of a line is the load that can be applied without causing any kind of damage to the wire rope. The safe working load is five times less the breaking strength.
All of our Zip Lines have a weigh limit below the safe working load. So if you follow our weight limit guidelines, then you will never cause damage to your cable.
What is Aircraft Cable?
All of our Zip Line Systems come with Galvanized Aircraft Cable (GAC). Aircraft cable is strands, cords and wire rope made of special-strength wire, designed primarily for use in aircraft industry and military applications. We use 7x7 GAC for all of our zip lines. The 7X7 GAC is durable, highly flexible and abrasion resistant. It's general purpose is for strength, flexibility and tensioning.
What is the size of your cable?
Our 100' cable is 3/16"
Our 90’ cable is 3/16”
Our 70’ cable is 3/16”
Our 35’ cable is 1/8”
What if my yard is uneven?
How to find the slope in your yard:
1) Tie a string between the two trees that you will set the zip line up on. Make sure that the string is level by using a leveler.
2) Measure the high end (starting point) from the ground to the bottom of the string.
3) Measure the low end (stopping point) from the ground to the bottom of the string.
4) The difference is your slope. ***Note that the higher ground tree will be your high end (starting point).
5) Subtract this slope from the high point determined by following the table in the installation manual and keep the low point the same.
Example: You determine what heights to install your zip line by following the table in the installation manual and find out that you need to anchor the high point at 150 inches and the low point at 102 inches. Next you will determine the slope by following the above directions. You find out that you have a slope of 3 feet or 36 inches. Next, you subtract 150 inches (high point) by 36 inches (slope) to come away with your new high point anchor: 144 inches or 9½ feet. You will keep your low point at 102 inches or 8½ feet. The slope in your yard will make up the 3 feet that you subtracted from the high point and give you the same ride as if you had level ground.
Couldn't find your answer here? Let us help!