This bill modernizes Utah's statutory framework for plane coordinates and land surveying by adopting the National Geodetic Survey's (NGS) State Plane Coordinate System (SPCS) for Utah (2022), requiring use of NGS-defined units and the most current National Spatial Reference System (NSRS), and preserving older systems for historical records. It places technical requirements—control station standards, clear labeling of modified systems, and metadata with survey records—squarely into statute rather than guidance.
The bill also revises professional licensure rules for land surveyors, adding multiple education-and-experience pathways (including associate-plus-experience, bachelor-plus-less-experience, extensive-experience-without-degree, and compact reciprocity for licensed surveyors). For practitioners, title professionals, and public agencies the changes increase technical clarity but create an immediate transition burden around units, recordkeeping, and rulemaking.
At a Glance
What It Does
The bill adopts the NGS-maintained Utah Plane Coordinate System (2022 SPCS) and requires that horizontal coordinates reference the current National Spatial Reference System. It mandates metadata accompany coordinate-based descriptions, requires monumented control stations meeting FGCC standards, and retains older coordinate references for historical documents.
Who It Affects
Licensed land surveyors, surveying firms, county recorders and title companies, the Division of Occupational and Professional Licensing (the division), UDOT and other state GIS programs, and applicants for professional land surveyor licensure are directly affected.
Why It Matters
By codifying NGS standards and metadata requirements, the law aims to reduce ambiguity in coordinate-based legal descriptions and improve interoperability of spatial data; at the same time it widens licensure routes to expand the qualified workforce, shifting costs to implementers during the transition.
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What This Bill Actually Does
Rather than continuing to name the old 1927 and 1983 Utah coordinate systems in statute, the bill adopts the Utah Plane Coordinate System as established and maintained by the National Geodetic Survey and specifically identifies the 2022 State Plane Coordinate System for state use. Existing records that reference the older 1927 or 1983 systems remain valid so long as they are properly identified; the change is forward-looking—new coordinate work must reference the most current NSRS the NGS maintains.
The statute requires that anyone using the Utah Plane Coordinate System express coordinates in the units established by NGS for that system. If a surveyor uses different units, the survey record must clearly disclose the deviation.
The bill also requires that coordinates be computed to conform with plane rectangular values for monumented points of the North American Horizontal Geodetic Control Network as published by NGS, and it explicitly recognizes control stations established by state or local agencies if they meet the same standards.To make map and survey documents usable, the bill requires full identification of the coordinate system used, including a mandatory “modified” label when someone is relying on a system that differs from the state standard (for example, a different elevation datum). Modified systems must display the combined adjustment factor that ties them back to the Utah Plane Coordinate System.
Separately, the bill clarifies that real property cannot be described for sale or title transfer solely by coordinates: coordinates are supplemental to monument- and PLSS-based descriptions, and PLSS descriptions prevail if there is a conflict.On licensure, the bill expands acceptable pathways to become a professional land surveyor: the division will approve by rule an associate degree plus six years’ qualifying experience, a bachelor’s degree plus four years’ experience, a high school diploma plus ten years’ experience, or out-of-state licensure with at least two years’ U.S. practice. The division retains rulemaking authority over experience definitions, approved programs, and examination standards, and it may require interviews with applicants as part of qualification review.
The Five Things You Need to Know
The bill adopts the NGS 2022 State Plane Coordinate System for Utah and requires new horizontal coordinates to reference the current National Spatial Reference System maintained by NGS.
Survey records and coordinate-based land descriptions must include metadata describing the coordinate system, basis of bearings, and related reference information; modified systems must be labeled "modified" and show the combined adjustment factor.
Coordinates must be computed from monumented horizontal control stations conforming to FGCC standards; NGS publication or acceptance of a control station is evidence it meets those standards.
The professional land surveyor licensure paths are expanded: associate degree + 6 years experience; bachelor’s degree + 4 years; high school diploma + 10 years; or an equivalent U.S. license with at least 2 years' U.S. practice.
The bill repeals Section 57-10-11 and takes effect May 6, 2026.
Section-by-Section Breakdown
Every bill we cover gets an analysis of its key sections.
Adopt Utah Plane Coordinate System and definitions
This section replaces the statute’s historic naming of specific 1927/1983 systems with a general adoption of the Utah Plane Coordinate System as established by NGS and defines FGCC and NGS for the chapter. It also designates the 2022 State Plane Coordinate System specifically for state use while preserving references to legacy systems in existing records — a forward-looking adoption that does not invalidate historical documentation.
Zone definitions follow NGS
Rather than prescribing county-based North/Central/South zones in statute, this section delegates zone definitions to the NGS. Practically, that means statutory language no longer fixes zone boundaries in law; surveyors must rely on NGS zone definitions and any future changes the NGS makes for Utah.
Units, coordinate components, and control station basis
This section requires coordinates to use the units NGS establishes for the Utah Plane Coordinate System and restates that coordinates comprise east-west (x/E) and north-south (y/N) components tied to published NGS control. It allows deviation from the NGS units only if the surveyor documents the deviation in the survey record, and it authorizes use of state or local control stations that meet published standards.
Legal effect and cross-zone descriptions
These provisions confirm that a coordinate-based description is legally sufficient but cannot stand alone for sale or title transfer: coordinates supplement monument-, PLSS-, or recorded-line descriptions, with PLSS-style references prevailing in conflict. If a tract crosses zones, boundary points may be referenced to either zone provided the chosen zone is identified in the description.
Reference materials, labeling, metadata, and NSRS referencing
The bill removes the old printed manuals from statute and instead adopts NGS publications and maintained resources as the legal references for datums, projections, zones, and control standards. It requires documents to clearly identify the coordinate system used, mandates that modified systems include the label "modified" and the combined adjustment factor, and obliges surveyors to reference the most current NSRS and include metadata describing the system and basis of bearings with survey records.
Licensure pathways for professional land surveyors
This part expands qualifications for licensure by establishing multiple education-and-experience routes (associate + six years, bachelor + four years, high-school + ten years, or two years’ U.S. practice with an equivalent U.S. license). It preserves the division’s rulemaking role to define qualifying experience, approved programs, examinations, and application forms and continues to allow interviews with applicants for competency evaluation.
Repeal of prior conformity requirement and effective date
The bill repeals Section 57-10-11 (Requirement to conform to the Utah Coordinate System) and sets the statute to take effect May 6, 2026. The repeal likely removes an older statutory cross-reference or procedural obligation made redundant by the new, explicit adoption of NGS standards.
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Who Benefits
- State GIS programs and transportation agencies (UDOT): Gain a single, NGS-aligned reference standard that improves interoperability of statewide spatial datasets and reduces ad hoc transformations between state and federal systems.
- Title companies and county recorders: Benefit from a clearer statutory expectation that coordinates are supplemental and that metadata must accompany coordinate-based records, which should reduce ambiguity in recording and chain-of-title reviews.
- Surveying applicants and the profession: New licensure pathways create alternative trajectories into the profession for candidates with vocational degrees or long-term field experience, expanding the potential workforce.
- Academic and technical training programs: Clarity about accepted curricula and the division’s rulemaking authority gives educators a predictable target for program design and employer-aligned competencies.
Who Bears the Cost
- Small surveying firms and sole practitioners: Face upfront costs to update workflows, software/tool configurations, retrain staff on NSRS/2022 SPCS usage, and retrofit older survey records where conversion or added metadata is necessary.
- County recorders and clerks: Will need to accept and process new metadata and modified-system labeling; local offices may need system or form updates and training to validate metadata compliance.
- Division/Board and licensing staff: Must undertake rulemaking to implement new licensure pathways and to specify qualifying experience, which requires staff time and potentially expert hiring or contracted consultants.
- Property owners and clients: May see higher short-term survey costs if existing records must be reconciled with new coordinate standards or if resurvey is necessary to meet control or metadata requirements.
Key Issues
The Core Tension
The bill balances technical modernization—adopting NGS-maintained geodetic standards to improve precision and data interoperability—against preserving legal certainty and affordability for existing land records and practitioners; updating standards reduces future friction but imposes present-day recordkeeping, training, and verification costs that may fall unevenly across small firms, public offices, and property owners.
Implementation details will determine whether the bill reduces or simply shifts ambiguity. The statute requires metadata and references to the current NSRS, but it leaves the metadata schema, minimum content, and acceptable file formats to rulemaking and practice.
Without tight, enforceable metadata standards and clear machine-readable formats, interoperability gains could be limited and county recorders could face inconsistent submissions that frustrate title work.
The expanded licensure paths open the profession to experienced field surveyors and alternative educational tracks, but they also increase the administrative burden on the division to verify long periods of qualifying experience and to define what counts as equivalent training. There is a real risk of uneven competency if the division’s implementing rules are porous, or of bottlenecks and appeals if rules are too strict; the bill gives the division room to calibrate but does not provide transitional resources or explicit verification mechanisms for decades of field experience.
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