The beauty and durability of the fence depends on the quality of the wood. You can buy a ready-made picket fence, but there is a danger of “running into” raw material. Your efforts to make a fence from such a fence will go down the drain: it will be “led” in the first year of operation. We recommend ordering a picket fence from a planed board. Process it in accordance with all the rules and get a wonderful result.
When it comes to building fences, installing the posts is one of the most difficult tasks. The foundation of every fence is the post, and their installation can be the most time-consuming aspect of its construction. A gas powered mail driver saves you time and increases the accuracy of your placement.
While there are many ways to drive in posts, using a portable gas powered driver is by far the easiest. These drivers are powered by small single-cylinder gas engines and are easy to maintain and transport between the posts. They are powerful enough to drive in a post in a matter of seconds. One of the advantages of a post that is driven into the ground is that it is ready for use immediately after installation – you do not have to tension and wait for the concrete to set.
When choosing the right driver, you have to consider various functions and options. This includes the size and material you want to use for your posts, the expected life of the machine, and the most suitable for your budget.
Choosing the best gas powered post driver
What makes a good post driver?
With the leading drivers using the same Honda ™ GX35 4-stroke gas engine, all drivers have the same performance and engine warranty. But then the engine is only part of what makes the best post driver. Given that not all of these post drivers are designed to drive posts of the same size, there must be something else that distinguishes their ability to drive a post into the ground.
What distinguishes them?
The physics behind hammering a post into the ground is no different than hammering a nail into a board with a hammer. The force the driver exerts is a function of the speed of the hammer multiplied by the mass of the hammer. So if two gas-powered drivers have the same engines, how does one driver drive in a larger lot than the other? The answer is the size of the hammer and the time it takes.