Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

fibre glassing the floor with carbon fibre Trimaran Pinta 33 , designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).

Pinta 33 trimaran, designed in Denmark during the 70's by ib pors Nielsen,  The frames are built as a layer structure and PVC foam is used as the core material. The selection of sails is large main (26m2), genoa (21.5m2 with furling) and asymmetric Spinnaker (47m2) Storm Jib (5m2).