Tel : 0086-18259717880
Email : Lisa@loveinflatables.com
Don't you want to compromise on hardware? Love Inflatable Rapid model is packaft's Rolls Royce! Ergonomic wedge knee pads for optimal underwater control, internal storage system tizip ™ Rapid is our bridging model for demanding adventurers.
Rapid focuses on the design and manufacture of packrafts, combining performance, style and high carrying capacity. He will accompany you on several weeks of expeditions, such as during the day on a tertiary river.Rapid is developed on the basis of our famous white water model. Due to its dual rocker, it has a high degree of handling and allows you to easily overcome obstacles.
Recommended for: medium to difficult rivers (grade III) and long distance transportation. Rapid will please those who want to tame the rapids with great skill and want to be able to carry a lot of materials.
Love Inflatables White water self bailing packraft allows water to get into the cockpit ,but drain quickly through floor drains ,It requires an inflatable seat to keep your lower body out of the wet , it has advantage of being very quick and easy to get in and out of ,for scoputting and portages , Its for people who feel trapped by spray skirts , choose this self bailing model will be more suitable .
the specification of this WW model packraft
1. Special color
2. The new model offers easy ISS
Advantages
A. Easier to access luggage
B. More reasonable weight
3. Two types white water decks for choice:
A. Fully enclosed deck B. Dual-use deck
4. Provide better protection of the packraft floor, which makes it easier to use even in harsh environments
The 2022 newly design rapid packraft is the perfect blend of quick engagement, predictable edge control, and precision handling to hit those tight lines that make the difference between just making it to the bottom and running a rapid with style.
Packraft is made from TPU, not PVC or Hypalon like other cheap boats in the market. The material is light, abrasion resistance, UV tolerant, non-aging and flexible at low temperatures.
A total of 1 pages