Flotation-enabled fishing rod protector and measuring device

A method of protecting and transporting a fishing rod, comprising steps of:

• obtaining a fishing rod holder having a triangular prism-shaped body comprising a hollow triangular prism-shaped casing, an internal tubular structure, and buoyant material,
• wherein said buoyant material is positioned between said hollow triangular prism-shaped casing and said internal tubular structure,
• wherein said buoyant material is configured to fill a space created between said hollow triangular prism-shaped casing and said internal tubular structure,
• wherein a shell of said internal tubular structure has a rigidity that prevents a fishing rod stored within an internal cavity of said internal tubular structure from being crushed,
• obtaining a removable cap from said body of said fishing rod holder,
• wherein said removable cap is configured to cover an aperture of said internal tubular structure,
• wherein an aperture of said removable cap comprises dimensions suitable for the insertion of a fishing rod,
• wherein said aperture of said removable cap is aligned with said aperture of said internal tubular structure when said removable cap is attached to said body,
• wherein said aligned apertures allows for insertion of said fishing rod into the internal cavity of the internal tubular structure,
• attaching said removable cap to said body of said fishing rod holder;
• and
• inserting said fishing rod into said fishing rod holder.

A flotation-enabled fishing equipment system, comprising:

• a triangular prism-shaped rod holder having an internal tubular structure for storing a fishing rod and a triangular prism-shaped casing;
• wherein a shell of said internal tubular structure has a rigidity that prevents a fishing rod stored within an internal cavity of said internal tubular structure from being crushed when an external force is applied to said triangular prism-shaped casing,
• wherein an external surface of said triangular prism-shaped casing has a non-slip surface coating,
• a buoyant material configured to fill a space created between said triangular prism-shaped casing and said internal tubular structure;
• and
• a removable cap removably secured to at least one end of said triangular prism-shaped body,
• wherein said removable cap is configured to cover an aperture of said internal tubular structure,
• wherein said aperture allows for insertion of said fishing rod into said internal cavity of said internal tubular structure.