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Con un dise\u00f1o compacto, permite la medici\u00f3n autom\u00e1tica de la profundidad. 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El FJD Trion P2 marca una nueva generaci\u00f3n en tecnolog\u00eda LiDAR port\u00e1til, dise\u00f1ado para ofrecer precisi\u00f3n centim\u00e9trica, procesamiento en"},{"id":"3875","link":"https:\/\/geosearth.com\/portada\/iusv-8-vehiculo-de-superficie-autonomo-para-levantamientos-hidrograficos\/","name":"iusv-8-vehiculo-de-superficie-autonomo-para-levantamientos-hidrograficos","thumbnail":{"url":"https:\/\/geosearth.com\/wp-content\/uploads\/2026\/05\/USV-iUSV-82.jpg","alt":""},"title":"iUSV-8: Veh\u00edculo de superficie aut\u00f3nomo para levantamientos hidrogr\u00e1ficos","author":{"name":"geos","link":"https:\/\/geosearth.com\/author\/geos\/"},"date":"May 12, 2026","dateGMT":"2026-05-13 03:35:00","modifiedDate":"2026-05-25 13:33:41","modifiedDateGMT":"2026-05-25 18:33:41","commentCount":"0","commentStatus":"closed","categories":{"coma":"<a href=\"https:\/\/geosearth.com\/category\/portada\/\" rel=\"category tag\">portada<\/a>, <a href=\"https:\/\/geosearth.com\/category\/productos\/\" rel=\"category tag\">productos<\/a>","space":"<a href=\"https:\/\/geosearth.com\/category\/portada\/\" rel=\"category tag\">portada<\/a> <a href=\"https:\/\/geosearth.com\/category\/productos\/\" rel=\"category tag\">productos<\/a>"},"taxonomies":{"post_tag":"<a href='https:\/\/geosearth.com\/tag\/hidrografia\/' rel='post_tag'>Hidrograf\u00eda<\/a>"},"readTime":{"min":2,"sec":54},"status":"publish","content":"iUSV-8iUSV-8: Professional Grade & Full-Functional PlatformCOTIZAR iUSV-8El iUSV-8 es una plataforma integral para la topograf\u00eda y detecci\u00f3n hidrogr\u00e1fica. 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cm Colorizaci\u00f3n en tiempo real Algoritmos multi-SLAM Nube de puntos georreferenciada Adaptaci\u00f3n a m\u00faltiples escenarios Escaneo en interiores y exteriores MENOR TAMA\u00d1O,"},{"id":"3468","link":"https:\/\/geosearth.com\/productos\/tablet-gnss-t10\/","name":"tablet-gnss-t10","thumbnail":{"url":"https:\/\/geosearth.com\/wp-content\/uploads\/2024\/10\/xyztablett10.jpg","alt":""},"title":"TABLET GNSS T10","author":{"name":"John Maylle","link":"https:\/\/geosearth.com\/author\/john\/"},"date":"Oct 20, 2024","dateGMT":"2024-10-20 20:13:24","modifiedDate":"2026-05-09 21:12:07","modifiedDateGMT":"2026-05-10 02:12:07","commentCount":"0","commentStatus":"closed","categories":{"coma":"<a href=\"https:\/\/geosearth.com\/category\/productos\/\" rel=\"category tag\">productos<\/a>","space":"<a href=\"https:\/\/geosearth.com\/category\/productos\/\" rel=\"category tag\">productos<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":1,"sec":37},"status":"publish","content":"PANTALLA HD DE 10,1\" La gran pantalla t\u00e1ctil HD de 10,1\" legible bajo la luz del sol del T10 ofrece una experiencia visual y operativa"},{"id":"3455","link":"https:\/\/geosearth.com\/productos\/tablet-gnss-t8-pro\/","name":"tablet-gnss-t8-pro","thumbnail":{"url":"https:\/\/geosearth.com\/wp-content\/uploads\/2024\/10\/T8-PRO-SINGULARXYZ.jpg","alt":""},"title":"Tablet GNSS T8 PRO","author":{"name":"John Maylle","link":"https:\/\/geosearth.com\/author\/john\/"},"date":"Oct 20, 2024","dateGMT":"2024-10-20 18:05:11","modifiedDate":"2026-05-12 22:49:57","modifiedDateGMT":"2026-05-13 03:49:57","commentCount":"0","commentStatus":"closed","categories":{"coma":"<a href=\"https:\/\/geosearth.com\/category\/productos\/\" rel=\"category tag\">productos<\/a>","space":"<a href=\"https:\/\/geosearth.com\/category\/productos\/\" rel=\"category tag\">productos<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":1,"sec":46},"status":"publish","content":"PRECISI\u00d3N EN CENT\u00cdMETROS Integrado con un m\u00f3dulo GNSS de alta precisi\u00f3n, el T8 Pro puede rastrear simult\u00e1neamente todas las constelaciones en ejecuci\u00f3n y planificadas, proporcionando"},{"id":"3444","link":"https:\/\/geosearth.com\/productos\/receptor-gnss-y1\/","name":"receptor-gnss-y1","thumbnail":{"url":"https:\/\/geosearth.com\/wp-content\/uploads\/2024\/10\/y1-gnss-receiver-singularxyz.jpg","alt":""},"title":"RECEPTOR GNSS Y1","author":{"name":"John Maylle","link":"https:\/\/geosearth.com\/author\/john\/"},"date":"Oct 20, 2024","dateGMT":"2024-10-20 15:45:51","modifiedDate":"2026-05-09 15:43:51","modifiedDateGMT":"2026-05-09 20:43:51","commentCount":"0","commentStatus":"closed","categories":{"coma":"<a href=\"https:\/\/geosearth.com\/category\/productos\/\" rel=\"category tag\">productos<\/a>","space":"<a href=\"https:\/\/geosearth.com\/category\/productos\/\" rel=\"category tag\">productos<\/a>"},"taxonomies":{"post_tag":""},"readTime":{"min":3,"sec":20},"status":"publish","content":"CONSTELACI\u00d3N COMPLETA Con 1598 canales para el seguimiento completo de la constelaci\u00f3n, el Y1 puede ofrecer un posicionamiento confiable con precisi\u00f3n de nivel centim\u00e9trico. Gracias"}]
La estación total TS1000 admite un rango de medición sin prisma de hasta 1000 m. Con un solo prisma, el alcance se puede ampliar a 7500 m con una precisión de 2 mm.