A fender hook is disclosed that is formed by a base material carrying a gripping material disposed between sections of hook and loop material. By wrapping the base material over upon itself, the gripping material is brought into frictional engagement with a mounting substrate such as a nautical railing and is held in place by the hook and loop material.
1. A fender hook comprising a base material defining at least one aperture and first and second sides, a gripping material affixed to the first side, a hook material and a loop material each attached to the first side, the hook and loop materials opposingly oriented relative to the gripping material on the first side of the base material, whereby the gripping material is brought into contact with a mounting substrate and the hook and loop materials are brought into contact with each other when a first portion of the fender hook is folded upon a second portion of the fender hook.
2. The fender hook of claim 1 comprising a cleat positioned on the second side of the base material.
3. The fender hook of claim 2 whereby the cleat includes a lug defining a plurality of teeth.
4. The fender hook of claim 3 whereby the lug is biased via a biasing member.
5. The fender hook of claim 2 whereby the cleat includes a pair of opposingly oriented lugs, each lug defining a plurality of biased teeth.
6. The fender hook of claim 5 whereby each lug is biased via a biasing member.
7. The fender hook of claim 1 whereby the gripping material defines a coefficient of kinetic friction when dry of at least 3.0 N.
8. The fender hook of claim 1 whereby the gripping material defines a coefficient of kinetic friction when wet of at least 3.0 N.
9. The fender hook of claim 1 whereby the gripping material defines a coefficient of kinetic friction within 0.1 N when wet or dry.
10. The fender hook of claim 1 whereby the gripping material is formed from GM640 material from 3M™.
11. A fender hook comprising a base material defining first and second sides, a rectangular shape with a length and at least one aperture circumscribed by a grommet, a gripping material defining a rectangular shape with a length less than that of the base material affixed to the first side, a hook material and a loop material each attached to the first side, the hook and loop materials opposingly oriented longitudinally relative to the gripping material on the first side of the base material, whereby the gripping material is brought into contact with a railing and the hook and loop materials are brought into contact with each other when a first portion of the fender hook is folded upon a second portion of the fender hook.
12. The fender hook of claim 11 comprising a cleat positioned on the second side of the base material and in close proximity to the at least one aperture.
13. The fender hook of claim 12 whereby the cleat includes a pair of opposingly oriented lugs, each lug defining a plurality of biased teeth.
14. The fender hook of claim 13 whereby each lug is biased via a biasing member.
15. The fender hook of claim 11 whereby the gripping material defines a coefficient of kinetic friction when dry of at least 3.0 N.
16. The fender hook of claim 11 whereby the gripping material defines a coefficient of kinetic friction when wet of at least 3.0 N.
17. The fender hook of claim 11 whereby the gripping material is formed from GM640 material from 3M™.
18. The fender hook of claim 11 further comprising a lip that extends about the periphery of the fender hook.
19. The fender hook of claim 11 further comprising a portion of reinforcing material affixed to the base material positioned proximate the at least one aperture.
20. A fender hook comprising a base material defining at least one aperture and first and second sides, a gripping material defining a coefficient of kinetic friction when wet and dry of at least 3.0 N and affixed to the first side, a hook material and a loop material each attached to the first side, the hook and loop materials opposingly oriented longitudinally relative to the gripping material on the first side of the base material, whereby the gripping material is brought into contact with a mounting substrate and the hook and loop materials are brought into contact with each other when a first portion of the fender hook is folded upon a second portion of the fender hook.