Omar Khalid
Plastic survey stakes are available for purchase and are used to mark property boundaries. They are made of tough PVC, which is rust-, rot-, and shatter-proof, and they come in highly visible colours like orange and white. They are driven straight into hard or soft ground. While some people opt to use metal stakes, plastic stakes are a viable alternative.
| Characteristics | Values |
|---|---|
| Material | Plastic |
| Other materials used | Rebar, fiberglass, metal, concrete, PVC |
| Colour | Yellow, orange, white |
| Diameter | 2" |
| Length | 16" |
| Shape | Flat head |
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What You'll Learn
Plastic caps are used to mark property boundaries
Plastic caps are indeed used to mark property boundaries. These caps are usually placed on top of stakes, which are driven into the ground to indicate the limits of a property. The caps are typically brightly coloured, such as yellow or orange, to make them easily visible.
In addition to plastic caps, there are other methods to mark property boundaries. One common approach is to use metal stakes, rebar, or pins driven into the ground at each corner of the property. These metal markers can be located in the future using a metal detector. However, without a metal component, plastic caps alone may not be easily locatable over time as they can become buried under dirt, grass clippings, or snow.
To enhance the visibility and longevity of plastic caps, some people choose to combine them with other marking methods. For example, driving a fence post into the ground next to each stake or installing a pipe over the rebar can provide additional reference points. Others opt for more permanent solutions, such as pouring concrete cylinders or placing bricks or rocks over the stakes to create a physical marker that is less likely to be disturbed or covered over time.
While GPS technology has improved, it may not always be accurate enough for property boundary identification. Survey-grade GPS is required for precise location identification, and even then, it may be challenging to pinpoint the exact location of a stake. Therefore, combining GPS technology with physical markers, such as plastic caps or other methods mentioned, can provide a more reliable way to mark and locate property boundaries over time.
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Plastic survey stakes are heavy-duty, rust-proof, rot-proof, and shatterproof
While it is unclear how often survey stakes are covered with plastic, plastic survey stakes do exist and are used for construction site layout. These heavy-duty plastic survey stakes offer numerous benefits over traditional wooden or metal stakes.
For one, they are designed to be tough and durable. They are rust-proof, rot-proof, and shatterproof, making them ideal for use in various environments, including hard or spongy ground. The special design of the stakes prevents shearing and walking off-center, ensuring that they remain securely in place even after being driven into the ground.
Additionally, plastic survey stakes are often available in highly visible colours like orange or white. This feature makes them easily identifiable and helps prevent accidents or damage caused by unseen stakes. The bright colour of the stakes can also aid in locating them, even after they have been covered by grass clippings, dirt, or snow.
In comparison to other types of stakes, plastic survey stakes offer several advantages. They are more resistant to the elements and can withstand exposure to moisture or harsh weather conditions without rusting or rotting. This makes them a cost-effective and low-maintenance option for marking boundaries or conducting surveys.
Overall, plastic survey stakes are a reliable and durable option for a variety of applications. Their rust-proof, rot-proof, and shatterproof qualities make them a superior choice to traditional stakes, and their high visibility adds an extra layer of convenience and safety.
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Surveyors use metal detectors to find stakes
Metal detectors are an incredibly useful tool for surveyors, as they can be used to find stakes and other boundary markers. They are also helpful for locating utility lines, such as gas and electric lines, and other metal objects like house sewers and sprinklers.
Metal detectors work by emitting a magnetic field and analyzing the signals reflected back. Any metal detector with sufficient sensitivity and discrimination capabilities can be used, although there are detectors built specifically for land surveyors, known as magnetic locators, which are designed to easily find ferrous metals. It is important to set up the detector to find all metals, as different metals will show up differently. Most detectors have an "all metal" or "zero discrimination" mode that can be selected. The sensitivity should be set to a maximum level that does not cause interference from external sources.
Once the metal detector is set up, the user can start searching for the stake where it is most likely to be found and then fan out in a circular pattern, ensuring that every inch of the ground is covered. If the type of metal the stake is made of is known, the detector can be swung over the stake several times to get a signal. This signal can then be used to eliminate other targets and focus on finding similar signals. More conductive metals like copper and brass will usually give a higher tone and number on the detector, while iron will give a lower tone and digital readout. After locating the first stake, a measuring device can be used to plot the location of additional stakes.
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A fence post can be driven into the ground next to stakes
Driving a fence post into the ground next to a survey stake is one way to ensure the stake can be located in the future. This is a common method, but it is not the only way to mark the location of a survey stake. Survey stakes are often topped with a plastic cap, which can be difficult to locate once covered with grass clippings and dirt.
There are several methods for driving a fence post into the ground. The traditional method involves using a digging bar and shovel to dig a hole and then setting the post by hand. This is a laborious process that can be difficult in frozen or dry ground. In these conditions, a tractor-mounted post driver can be used to drive the post into the ground. This is a more efficient method, but it requires at least two people: one to drive the tractor and another to run the post driver.
When using a tractor-mounted post driver, it is important to consider the type of tractor and post driver being used. For example, the Shaver 10 Post Driver requires 12 gallons per minute of hydraulic fluid, but some tractors may only have a 5.3-gallon pump. The impact on the post is not affected by the pump, but a higher pump capacity will result in the ram being raised faster. The front-of-the-tractor mounting is the lowest cost and least strenuous option, but tractors without four-wheel drive or sufficient weight in the rear may get stuck.
To drive a fence post into dry or hard ground, a Pilot Core Tool can be used to remove a core of earth before driving in the post. The Pilot Core Tool is a 1-meter bar with a heat-treated cutting head, designed for use in dry and hard ground. The process involves fitting an adapter to a post driver and sliding a space collar onto the Pilot Core Tool. The core tool is then driven into the ground to a depth of around 150mm less than the required post depth. The post can then be driven into the hole created by the core tool.
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GPS coordinates can be used to locate stakes
While GPS coordinates can be used to help locate survey stakes, they are not always accurate enough to determine the exact location of the stakes. The accuracy of GPS depends on several factors, including the quality of the unit, atmospheric conditions, and signal blockage. Regular consumer-grade GPS devices are not precise enough for this purpose, and a survey-grade GPS is required.
To use GPS coordinates to locate stakes, you can start by visiting the website of your local county assessor and using their online map tool. By entering your address into this tool, you can obtain the GPS coordinates of your property. These coordinates can then be entered into a GPS device to help you get a rough idea of where the survey stakes are located.
Additionally, if you can obtain consumer-grade GPS coordinates for the endpoints used for "basis of bearing," you can find an online tool that calculates the bearing between those two points. This bearing can be used as an approximation for the "basis of bearing" adjustment. However, it is important to note that you will need a copy of the parcel map for your area to ensure accuracy.
In some cases, GPS coordinates may be used in conjunction with other methods to locate survey stakes. For example, once you have a general idea of the location of the stakes using GPS, you can use a metal detector to pinpoint their exact positions. This combination of methods can increase the likelihood of successfully locating the stakes.
Overall, while GPS coordinates can be a helpful tool in locating survey stakes, they may not always provide precise enough information on their own. Utilizing additional methods, such as metal detectors or measuring distances from known points, can increase the accuracy of stake location.
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Frequently asked questions
Yes, survey stakes are often covered with plastic caps. They are usually brightly coloured, such as yellow or orange, to make them easier to find.
Plastic caps on survey stakes help protect the stakes from damage and make them easier to locate in the future.
Survey stakes are often made of rebar, which is a steel bar with a ribbed surface. They can also be made of wood, PVC, or fibreglass.
Yes, there are different types of survey stakes available, including wooden stakes, heavy-duty plastic stakes, and rebar stakes with plastic caps.
To ensure that your survey stakes can be easily located in the future, you can use a metal detector, measure from known points, or attach something visible and durable to the stakes, such as a brightly coloured electric cable.
