INCA Hammock's response to COVID-19

Polyester Rope Hammock


Kick back and relax in one of our most comfortable hammocks – the Polyester Rope Hammock! Wether its an after-noon nap or unwinding yourself after a long day just to read a novel, the polyester rope hammock is the one for you.

The Polyester Rope Hammocks are all 100% recycled from PET bottles, helping to make the world, less plastic free, one hammock at a time! The durable, twisted polyester fibers are solution-dyed and UV stabilized – making our Polyester Hammocks one of a kind in the market.

INCA is synonymous to Rope Hammocks in the Hammock industry – they currently have more than 10+ weaves that make this range very special to them!

The Polyester Rope Hammocks are currently available in more than 12+ colors.  We also allow our  customers to customize and personalize products. In this range, the products comes with hardwood spreader bards and zinc plated “O” rings


Product Attribute Information



Reference Number



11 Feet

12 Feet

13 Feet

14 Feet

15 Feet

Reference Number

Bed Length

193 centimeters | 76 inches

208 centimeters | 82 inches

Bed Width

114 centimeters | 45 inches

139 centimeters | 55 inches

Seating Width

Seating Height

Overall Height

Weight Capacity

20/40/40 HC

Overall Length

335 centimeters | 132 inches

393 centimeters | 155 inches

Weight Capacity

120 kilograms | 265 pounds

180 kilograms | 400 pounds

20/40/40 HC



Reference Number

Stand Length

Stand Width

Stand Height

Weight Capacity

20/40/40 HC

Recycled polyester

INCA’s polyester hammocks are made from 100% recycled polyester (mostly recycled PET bottles). The material resists mildew and sun damage, so it will last longer than a cotton hammock.


INCA’s fast drying, outdoor material is resistant to mould, mildew and UV-damage. Plus it’s machine washable, so you can rest easy. Our unique, weather-resistant material was specially

Suspension cords

Using more suspension ropes gives the INCA’s products a larger surface area to lie on. The weight is being distributed better along the ropes which results in optimal relaxing