Ropework

Some nautical knots you need to know:

Bowline

1. Bowline

This sailor's knot is easy, strong and secure. Its beauty lies in that the greater the load on it, the tighter it holds. Yet it is always easy to untie. You can therefore use the bowline to make a life line (around your middle and attach yourself to the boat), make a lasso to slip over moorings (a running bowline), attach the dinghy painter to a ring or handle, and attach a line to an anchor, among many other uses.

Sheet Bend

2. Sheet Bend

This is the most common knot for tying two lines of same or of different sizes. Like the bowline, the more pressure applied, the stronger the knot. If you can already tie a bowline, you can tie a sheet bend. You simply use two pieces of line instead of one. (Make sure that the lines are not too different or the knot loses its effectiveness.)

 

Clove Hitch

3. Clove Hitch

The clove hitch is commonly used to tie your boat to a post or piling when docking. With a slipped end, the clove hitch is our favorite knot for tying boat fenders to the lifelines or tops of stanchions. You can simply pull the slipped end and the whole knot unties. This not is only suitable for stationery ropes.

Round turn and 2 half hitches

4. Round turn and two half hitches

This knot is often used as an alternative to the clove hitch. You can secure a line to a piling, ring, hook, or handle while supporting high loads. It is also used to secure a line to an anchor.

 

Fig 8

5. Figure of eight knot

Probably the easiest of all knots to tie, you tie the stopper knot at the end of a jib sheet or halyard. It ensures that the line will not inadvertently feed back through your fairlead or block.

Reef Knot

6. Reef knot

The reef knot is a multi-purpose, flat, symmetrical knot that forms a square when tied. It's easy to untie by pulling one end at a 90-degree angle. Do not mistake this knot for a granny, which does not stay secure. The reef knot should lie flat after tying. This knot is never used with lines of different sizes or unequal fibre properties because slippage can occur. 

 

Courtsey of 4th Knowle Sea Scout Group