2 K22 — NGS FO1001 — Albuquerque, US

USNGStrigunknown#3947
Latitude
35.084758°
Longitude
-106.500353°
Ortho h
1748.40 m
Verifications
0
Last checked
Never
This triangulation station is part of the NGS network, which establishes and maintains the fundamental geodetic control for the United States. Located near Albuquerque, New Mexico at coordinates 35.08476°N, 106.50035°W, this trig point serves as a reference for precise surveying and mapping operations across the region. Triangulation stations of this class provide essential horizontal control through accurately determined positions. Such monuments support boundary surveys, infrastructure development, and geospatial data collection. The point's documented location within the NGS database enables surveyors to perform work with known accuracy and traceability to national standards. Verification and maintenance of geodetic control points remains critical for ensuring the integrity of surveying networks. Regular documentation of these reference markers helps preserve their utility for professional surveyors and supports long-term spatial data consistency across New Mexico and the broader southwestern United States.

Verify this point

Sign in to submit a verification from the field.

Verification history (0)

No verifications yet. Be the first to check this point!
🛰️ Satellite view
ESRI World Imagery · zoom 16 (~1 m/px)
Open in Google Earth →
Satellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, USSatellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, USSatellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, USSatellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, USSatellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, USSatellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, USSatellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, USSatellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, USSatellite imagery of 2 K22 — NGS FO1001 — Albuquerque, US, US
🗺️ Google Maps🚗 Street View🅱️ Bing Maps🌐 OpenStreetMap
Imagery © Esri · Earthstar Geographics · USGS · NASA · All providers credited

2 K22 — NGS FO1001 — Albuquerque, US is a triangulation station located in United States, catalogued in the US NGS dataset. The point has been assigned the stable identifier #3947 on SurveyingPedia and sits at an approximate elevation of 1748.4 metres. Its coordinates in WGS84 are 35.084758°, -106.500353°, corresponding to 35° 5′ 5.13″ N, 106° 30′ 1.27″ W in the traditional degrees-minutes-seconds format. This page is a self-updating reference — all data is aggregated from public open sources and cross-checked periodically against the originating agency.

Professional surveyors, engineers, and topographers use points like 2 K22 — NGS FO1001 — Albuquerque, US to anchor total-station traverses, verify GNSS/RTK solutions, calibrate levelling instruments, and validate survey deliverables against known coordinates. The record on this page is refreshed daily via automated pipelines that monitor the public sources for any updates, corrections, or status changes.

Coordinate formats

WGS84 (decimal)35.084758, -106.500353
WGS84 (DMS)35° 5′ 5.13″ N, 106° 30′ 1.27″ W
UTM zone (approx.)Zone 13N (approx.)
Elevation1748.40 m
Precise conversionOpen in coordinate converter →

Geodetic context in United States

The national geodetic reference in United States is maintained by National Geodetic Survey (NGS). The active datum is NAD83(2011) / NATRF2022 (active). Coordinates shown on this page are expressed in WGS84 (ETRF/ITRF-compatible) which is directly usable in most modern GNSS receivers. For cadastral work in United States you may need to convert to the local datum using the Coordinate Hub.

Browse the full list of indexed control points in United States from the country page.

Nearby benchmarks

The closest 6 indexed control points within roughly 50 km of this location:

US NGS · triangulation station
1 K22 — NGS FO1229 — Albuquerque, US
1.1 km away · US
US NGS · triangulation station
SPROUL — NGS FO0998 — Albuquerque, US
1.2 km away · US
US NGS · triangulation station
DANNY RESET — NGS FO0999 — Bernalillo County, US
1.2 km away · US
US NGS · triangulation station
JT 4 — NGS FO1222 — Albuquerque, US
1.4 km away · US
US NGS · triangulation station
1 K23 — NGS FO0990 — Albuquerque, US
1.4 km away · US
US NGS · triangulation station
I40 2 — NGS FO1203 — Albuquerque, US
1.6 km away · US

Frequently asked questions

What is 2 K22 — NGS FO1001 — Albuquerque, US?

2 K22 — NGS FO1001 — Albuquerque, US is a triangulation station located in United States, catalogued in the US NGS network. It has the public identifier #3947 and sits at an elevation of 1748.4 metres. The point is used for geodetic reference, topographic surveys, and related measurement workflows.

Where are the exact coordinates of 2 K22 — NGS FO1001 — Albuquerque, US?

The position of 2 K22 — NGS FO1001 — Albuquerque, US in WGS84 is 35.084758°, -106.500353° (decimal), or 35° 5′ 5.13″ N, 106° 30′ 1.27″ W in degrees-minutes-seconds. For planar surveys in United States this falls approximately in UTM Zone 13N (approx.).

How can I reach and visit this triangulation station?

Use the satellite imagery above to see the surrounding area. You can open this location directly in Google Maps, Google Earth, Bing Maps, or OpenStreetMap using the buttons provided. Many geodetic points are accessible to the public; some are on protected or private land — check local regulations before any field visit. Always bring documentation or your credentials if you plan to use the marker for professional measurement.

Is this point verified and usable for professional surveying?

This record has been community-verified 0 times. Data quality depends on the source: NGS and official national agency points are typically centimetre-accurate, OpenStreetMap survey points are metre-accurate, and GeoNames topographic landmarks (peaks, hills) are reference-grade only. Always cross-reference with the original agency datasheet before using this point for cadastral, legal, or safety-critical work.

Original source: this record was imported from ngs_public. Always refer to the original datasheet for the most up-to-date and authoritative data.