Leica iCG160 Base Station

The Leica ICG160 is a high-precision GNSS base station designed for construction and survey applications. It provides reliable real-time correction data for rover receivers and machine control systems, ensuring accurate positioning across sites of any scale.

optimised for Machine Control provides high-speed, low-latency data corrections required for the seamless operation of automated 3D machine guidance systems.
Integrated Colour Display allows for instant on-device configuration and status monitoring of satellite health and battery life without needing a handheld controller.
Superior Signal Tracking utilizes 555 channels to access GPS, GLONASS, Galileo, and BeiDou, ensuring maximum uptime and a stable “fix” for all site machinery.
Ruggedised Site Durability features an IP68-rated enclosure built to withstand extreme vibrations and the continuous outdoor exposure typical of heavy civil engineering.

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Leica MC1

Leica AP20 Autopole

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Full Description

The Leica ICG160 Base Station is a high-performance GNSS reference station designed to provide continuous, real-time correction data for precise site positioning. Engineered for reliability and stability, it delivers accurate RTK corrections to rovers, total stations, and machine control systems, ensuring consistent results across construction, surveying, and civil engineering projects. Its multi-constellation GNSS tracking supports GPS, GLONASS, Galileo, and BeiDou, providing resilient signal reception even in challenging environments. The ICG160 can be deployed as a permanent, semi-permanent, or portable base station, allowing survey teams and contractors to maintain control networks efficiently across large or complex sites. With a rugged, weatherproof housing and intuitive interface, it is built to withstand harsh outdoor conditions while providing easy setup and maintenance. At PQS Survey, our machine control division can complement base station deployment with expert services, including machine cab kit installation, system calibration, site model input, and Leica GPS machine control repairs. This expertise ensure that whether you are establishing a new control network or maintaining existing machines, your projects stay accurate, efficient, and on schedule.

FAQs

What is the role of the iCG160 in a Machine Control environment?

The iCG160 serves as the primary reference point on-site, collecting data from all GNSS constellations to broadcast correction signals. This allows the Leica MC1 system in a machine’s cab to determine the bucket or blade’s position with sub-centimetre accuracy.

How does the iCG160 improve on the older iCG60 base station?

The iCG160 is more compact and features a 555-channel engine with a larger integrated colour display for easier setup. It also offers improved power management and a more robust internal radio to ensure a stable correction link to your fleet.

Can I use the iCG160 as both a base station and a rover?

Yes, the iCG160 is highly versatile and can function as a permanent base station or be moved onto a pole as a rover for grade checking. However, for machine control applications, it is typically used as a dedicated stationary base.

Does the iCG160 integrate with Leica ConX?

Absolutely. Connecting to Leica ConX allows for remote monitoring of the base station status. It also enables the broadcasting of corrections over the internet via the cloud to machines located beyond the range of traditional UHF radio signals.

What are the benefits of the integrated colour display for base setup?

The built-in display enables “PC-free” configuration, allowing users to check satellite health, battery levels, and radio status directly on the unit. This significantly speeds up the process of setting up a base on known or arbitrary points.

How many machines can a single iCG160 base station support?

There is no limit to the number of machines. Since the iCG160 broadcasts a “one-to-many” radio signal, every compatible machine on-site can listen to and utilize the same correction data simultaneously.