The air tributary tomcat solo inflatable kayak features a stable 3 chamber design self bailing hull and inflatable thwart seating making it ideal for paddling both flatwater and whitewater.
Aire tomcat solo review.
Our tough materials airecell system and us workmanship will outlast rough river conditions year after year.
Read honest and unbiased product reviews from our users.
The aire tributary spud is a solo inflatable kayak belonging to aire s white water line up along with the aire tomcat both solo and tandem.
This inflatable kayak is well made but known to be not as tough as aire s american made ik s.
With vinyl bladders and a rugged pvc outer shell this durable little inflatable will continue to be a reliable boat as your skills improve.
Boat is in excellent condition.
With vinyl bladders and a rugged pvc outer shell this durable little inflatable will continue to be a reliable boat as your skills improve.
The tributary tomcat solo is another one of aire s imported inflatable kayaks.
Priced right and built to last our tomcat solo is a fun stable kayak for paddlers just exploring the whitewater world.
Nrs aire tributary tomcat solo inflatable kayak ducky 545 henryville nrs aire tributary tomcat solo inflatable kayak duckie with take apart paddle and original valve wrench patch kit included.
Now with upgraded materials and features.
Three main air chambers for safety and an inflatable thwart seat for support and comfort.
However for the great price you are paying the tomcat is really good value and is still offers excellent quality.
The tributary tomcat solo is a great entry level inflatable kayak with high performance features.
Inflatable kayaks are stable easy to control and can carry a pile of gear.
Whitewater kayaking in an aire inflatable is a fun way to run rivers.
Tomcat solo description priced right and built to last aire s tomcat solo is a fun stable kayak for paddlers just exploring the whitewater world.
A comfortable inflatable seat comes standard.
Aire s whitewater boats have a flat hull design for predictable maneuverability in rapids.