Geometer

Geometer International is actively working towards the introduction of high-precision positioning technologies and, in particular, the availability of RTK solutions for a broad group of users. It was practically impossible to achieve absolute positioning accuracy in a three-dimensional environment with a portable device before. All existing RTK kits are designed primarily for professional use in geodesy or precision agriculture and are heavy, which is a certain obstacle to their use in other industries, both professional and mass market.

While GNSS offers fantastic benefits to the world today and has enabled many applications in various industries, often the individual accuracy provided by GNSS is not sufficient for professional applications such as precision agriculture or surveying. To achieve high positioning accuracy, it is necessary to eliminate errors from the location data. Various technologies have been developed for this purpose. One of the most accurate and popular is RTK (Real Time Kinematic), which is used to achieve this goal.

The constant growth of prices on seeds, fertilizers, and agrochemicals requires the farmer to use them effectively and control them. Precision farming technologies have been developed to change the rules of the game in the tillage market. Their use makes it possible to reduce the cost of fuel, fertilizers, and herbicides by 10-15% on average. Control over tillage of each square meter of the field significantly increases the efficiency of agricultural machinery use and labor productivity.

Global Navigation Satellite System, or GNSS, is a 24-hour positioning and timing system based on artificial satellites which can provide users with precise three-dimensional coordinates, speed and time. The measurement of GNSS global positioning system has a certain degree of error as GNSS signal is too fragile to be affected by error sources, for example atmospheric factors, of which the ionosphere is an important factor affecting GNSS measurement. While as the direct influential factors to atmosphere, solar activities such as sunspots and flare will disturb the ionosphere non-periodically.

GNSS RTK technology - assumes the highest accuracy that can be achieved today with satellite positioning systems. Through RTK corrections, absolute precision is gained with RTK rovers reaching 1 cm or less in real-time.

Purpose of the test.

Compare the accuracy of measuring land area using the built-in GPS smartphone receiver, external GNSS receiver GM Spike and RTK receiver GM Smart M to identify the most accurate and optimal device to perform work on measuring the area of land areas.

It is known that installed on a tractor or combine harvester agricultural guidance system from the first hours of use saves 15-20% of money on fuel, fertilizers and salary. Having decided to buy an agricultural guidance system, farmers are faced with a dilemma - to buy a new one at once or save money and buy used.

Service companies providing agricultural machinery rental services are maximally interested in its efficient use because every additional hour or acre of work is profitable.

Geometer continues to work and support its customers in these difficult times. We are always ready to lend a helping hand to farmers and clients from other industries for the supply of high-quality high-precision GPS/GNSS and RTK equipment.

The Geometer International team is in the final stages of releasing a new series of products named GM PRO gen 2 - a new hi-tech design, improved ergonomics and the latest technologies.

Not many people know, but our devices can also be used as useful devices for fishing and other outdoor activities. Here are some examples of how to use Geometer devices for outdoor activities.

Works to measure the area of a field or any land area is a common operation not only among farmers but also in other industries working with land resources. As long as such work is one-time or its scale is small and does not require centimeter accuracy, the requirements for the selection of GPS devices for measuring the area are minimal. In this case, ordinary smartphones with free apps, travel navigators, etc. are used.