So, because the stern is pointed it makes a bad area to try to mount an outboard motor. You can see the stern at his back is pointed because the rower has his back to the direction the boat is moving in. See the video below which shows a guy rowing a drift boat. As the bow is at the end which is not moving through the water first it does not need to be pointed. Hence, as the back of the boat, (which is the stern), is moving through the water first it needs to be the pointed end to better deal with chop. When you use oars to propel a boat you essentially row “backwards” (I know many boat enthusiasts will argue with this description but it acts well as a simple illustration of how rowing the boat works). Your back is facing the back of the boat which also happens to be the direction you are moving in. Well, the bow on a drift boat looks like the stern and its stern looks like the bow because a drift boat is a rowboat. Why is the bow and stern on a drift opposite to most other boats and how does this affect motor placement? The bow of a drift boat is flat while the stern is pointed. The bow therefore offers the space to add an outboard motor whereas the stern does not. The bow and stern on a drift boat are opposite to most other boats. What type of motor can you mount on a drift boat Where to mount a motor on a drift boatĪ drift boat is slightly different from other boats in its hull design. Where other boats have a bow that is pointed and a stern that is flat a drift has the opposite.What size of motor can you mount on a drift boat?.How to overcome height and angle problems. Problems with mounting a motor directly on a drift boat.
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