DeckMate Mounting System – Secure Mount for Robotic Total Stations on Decks & Flat Surfaces

The Datum DeckMate Mounting System is an innovative, field-ready solution for securely mounting Robotic Total Stations (RTS), 3D scanners, theodolites, and precision surveying instruments directly onto flat surfaces and concrete decks. Designed and manufactured in the USA by Datum Tech Solutions, the DeckMate eliminates the risk of equipment tipping or falling while providing a stable, vibration-resistant base for accurate measurements.

Unlike traditional tripods, this deck-mounted surveying system attaches to rebar laps protruding from concrete foundations, offering a rock-solid anchor point for demanding construction environments. Its heavy-duty fiberglass frame, reinforced through-bolt fasteners, and custom aluminum offset mount ensure your equipment stays stable, even in high-traffic or vibration-prone areas.

The DeckMate is lightweight yet incredibly strong, making it a portable tripod alternative that professional surveyors can trust for long-term durability and precision alignment. With push-button locking and extending legs, along with a self-locking sliding mount, the DeckMate provides fast setup and reliable security for robotic total stations and geospatial instruments.

Key Features & Specifications:

• Universal mounting system for RTS, 3D scanners, theodolites, and more

• Designed to attach to rebar laps in concrete foundations for maximum stability

• Heavy-duty fiberglass construction with through-bolt fasteners

• Custom aluminum offset mount for secure instrument attachment

• Push-button locking, extending legs for additional stability

• Self-locking sliding plastic mount with pressurized locking mechanism

• Manufactured in the USA with professional-grade quality

The DeckMate Survey Mounting System is trusted by surveyors, engineers, and construction professionals as the ultimate flat-surface mount for robotic total stations and survey instruments. By reducing vibration and preventing costly equipment damage, it sets the new standard for precision, safety, and dependability in surveying applications.