TL;DR: GPS technology is used in land surveying to capture fast, accurate location data without line-of-sight restrictions. Operating in all weather conditions, GPS streamlines mapping and data collection for construction and boundary surveys, provided technicians have an unobstructed view of the sky.
During a land survey, Tulsa surveying technicians gather information about the positions of specific points, including the angles and distances between them. Technicians utilize GPS technology to make these calculations quickly, accurately, and without line-of-sight constraints.
Through an Oklahoma GPS survey, land surveyors can efficiently create maps, determine property lines, gather essential information for construction, and deliver reliable spatial data—regardless of weather conditions.
Why Is GPS Technology Used in Tulsa Surveying?
The land surveying community was one of the first industries to implement GPS technology. Since then, advances in both GPS equipment and land surveying technology have boosted productivity while delivering data results that are more accurate and reliable than ever before.
GPS is utilized in land surveying because it helps create accurate maps and models of the physical world. Land surveyors use this technology to measure both natural and artificial features, such as:
- Mountains.
- Buildings.
- Rivers.
- Powerlines.
GPS technology is particularly useful because it is not bound to some of the constraints faced by other techniques, such as the line-of-sight visibility between stations. Instead of being confined to set locations, technicians can position GPS stations at greater distances and can operate anywhere with a clear view of the sky.
What Does a GPS Survey Tulsa Involve?
GPS equipment utilizes signals transmitted from satellites to pinpoint exact locations on Earth. GPS technology is essential in land surveys as it provides precise longitudinal and latitudinal location information. While this data can be gathered using other means, GPS technology can be used in any weather condition. Additionally, technicians do not need to manually measure the angles and distances between points.
When skilled and experienced technicians combine high-quality GPS equipment with field expertise, the resulting surveying and mapping data are consistently accurate. Additionally, this technology enables faster data collection and retrieval than traditional techniques—allowing teams to gather more comprehensive information while reducing equipment and labor demands.
The Pros and Cons of Oklahoma GPS Surveys
As with most technological tools, there are positive and negative aspects of utilizing GPS for land surveying Tulsa. While the pros generally outweigh the cons, understanding both helps determine the ideal survey approach for your project.
The Pros of GPS Land Surveying Tulsa
- High Accuracy: When operated by trained professionals, the technology yields highly accurate results.
- Rapid Calculations: All spatial calculations are executed quickly and precisely.
- Unrestricted Operation: The equipment is not bound by the line-of-sight constraints of traditional technologies.
- Portability & Speed: Surveyors can easily carry and relocate this equipment for rapid field collection.
- Real-Time Data: Advanced systems enable real-time data delivery through wireless communication.
The Cons of GPS Land Surveying Tulsa
- Sky Visibility Required: The equipment requires an unobstructed view of the sky to maintain a satellite signal.
- Potential Environmental Interference: Function and communication capabilities may become limited due to interference from large structures or dense foliage.
- Power Dependency: As with any other electronic technology, GPS systems rely on battery power and may experience downtime if charge is lost.
GPS Surveying FAQs
How accurate is GPS surveying technology?
When operated by skilled professionals using commercial-grade surveying equipment, GPS technology delivers high precision with centimeter-level accuracy for latitude, longitude, and elevation data.
What are the main advantages of a GPS land survey?
Key advantages include faster data collection with reduced labor, long-distance station placement, portable equipment setup, and the ability to transmit real-time data wirelessly.
What factors can interfere with a GPS survey?
GPS signals can be disrupted by physical obstacles that block sky visibility, such as dense tree foliage or tall buildings, as well as equipment battery depletion.
GPS Survey Tulsa Key Takeaways
- GPS survey technology provides precise location coordinates quickly without requiring technicians to manually measure every angle and distance.
- Unlike traditional techniques, GPS operates without line-of-sight restrictions between stations, allowing surveyors to cover greater distances anywhere with a clear sky view.
- GPS equipment receives satellite signals reliably in any weather condition, accelerating data collection while reducing equipment and labor demands.
- Optimal performance requires an unobstructed sky view, as dense foliage, tall structures, or battery power loss can potentially disrupt signal reception.
Looking for GPS Surveying Services?
For any land survey, working with the right technician is essential. At Sisemore & Associates, our highly experienced survey technicians are experts in GPS survey technology, and we are prepared to deliver the data you need. Contact us to learn more about our land surveying services or to start your next project.