RTK GNSS surveys
RTK GNSS surveys planned around the required accuracy, available information, site conditions, and intended technical outcome.
Service category
GNSS and RTK field surveys, control, configuration, calibration, processing and troubleshooting for accurate positioning workflows.
GNSS and RTK services support projects that need efficient positioning, control transfer, coordinate collection or reliable field workflows. Maplas reviews the purpose of the observations, coordinate system, control information, accuracy requirement, equipment, correction source, site obstructions and output format before choosing a method. Available support may include RTK and static GNSS surveys, control observations, coordinate establishment, site calibration, base-and-rover setup, equipment configuration, data processing and field troubleshooting. Satellite positioning quality can be affected by buildings, trees, radio or internet coverage, poor control, incorrect coordinate settings and unsuitable observation procedures. These conditions are assessed and documented where relevant. Observations are checked before delivery, and limitations are explained rather than hidden. Outputs can include coordinates, observation files, processed baselines, control summaries, configuration guidance or mapped data. GNSS and RTK services are available in Malindi, Watamu and Kilifi, with other locations considered according to scope and logistics.
RTK GNSS surveys planned around the required accuracy, available information, site conditions, and intended technical outcome.
Static GNSS surveys planned around the required accuracy, available information, site conditions, and intended technical outcome.
Differential GNSS surveys planned around the required accuracy, available information, site conditions, and intended technical outcome.
Control surveys planned around the required accuracy, available information, site conditions, and intended technical outcome.
Coordinate establishment planned around the required accuracy, available information, site conditions, and intended technical outcome.
GNSS data processing planned around the required accuracy, available information, site conditions, and intended technical outcome.
Base and rover setup planned around the required accuracy, available information, site conditions, and intended technical outcome.
Equipment configuration planned around the required accuracy, available information, site conditions, and intended technical outcome.
Field troubleshooting planned around the required accuracy, available information, site conditions, and intended technical outcome.
Site calibration planned around the required accuracy, available information, site conditions, and intended technical outcome.
Coordinate-system setup planned around the required accuracy, available information, site conditions, and intended technical outcome.
Survey-control transfer planned around the required accuracy, available information, site conditions, and intended technical outcome.