CHCNav iBase GNSS Base Station and Rover

Description

Designed to meet 95% of industry surveying needs when working in UHF GNSS base and rover mode, the CHCNav iBase GNSS Receiver provides an easily transportable and cost-effective alternative to traditional GNSS stations. With built-in battery life, real-time UHF interference self-checking capabilities, and GNSS RTK coverage of up to 25 km in optimal conditions, the CHC Nav iBase ensures reliable connectivity and unmatched accuracy for land surveyors, engineers, and other professionals in need of field efficiency.

CHCNav iBase GNSS Receiver Key Features

• All-In-One GNSS Receiver – as a fully integrated professional GNSS base station that’s built for accuracy and superior operational capacity, the CHCNav iBase is designed to meet the unique needs of surveyors without the need for many accessories, simplifying setup and improving work efficiency.

• Highly Transportable – the CHCNav iBase features a unique lightweight, rugged design that eliminates the need for a heavy external battery, cumbersome cables, and external radios.

• Superior Connectivity – the CHCNav iBase includes a 5-watt radio module for operational GNSS RTK coverage up to 25 km with optimal conditions, as well as an integrated 4G modem for transmitting GNSS corrections via TCP/IP.

• Integrated UHF Modem – the CHCNav iBase boasts real-time UHF interference self-checking technology to select the most appropriate frequency channel out of 1408 total GNSS channels.

• Improved Accuracy – the CHCNav iBase uses high-quality GNSS corrections to develop and facilitate advanced multipath mitigation algorithms, ensuring improved accuracy when compared to traditional GNSS stations.

• Rugged Design – with IP67 water and dust ingress protection and IK08 impact protection level, the CHCNav iBase can perform optimally in harsh field conditions.

Learn more about the CHCNav iBase GNSS Receiver in our detailed product overview.

CHCNav iBase Key Benefits

• Increase Performance – the CHCNav iBase utilises 50% less power consumption compared to conventional solutions and, the CHCNav iBase.

• Enhanced Portability – stay agile on field work by using the CHCNav iBase, designed with zero need for power cables or external batteries and ensuring consistent ease of use due to the elimination of these external accessories.

• Durability & Reliability – the rugged construction of the CHCNav iBase ensures the base station can be used reliably in harsh environments and accidental falls.

• Extensive Connectivity Options – alongside its 1408-channel GNSS performance, the CHCNav iBase also includes Wi-Fi and Bluetooth compatibility, facilitating versatile field applications across a variety of connectivity configurations.

CHCNav iBase Product Specifications

• Positioning Accuracy – Horizontal:8 mm +1 ppm RMS ; Vertical: 15 mm +1 ppm RMS.

• Initialisation time – < 10 seconds.

• Initialisation reliability – > 99.9%.

• Display – 0.96” OLED display, IP67 waterproof and dustproof.

• Internal Memory – 8GB data storage.

• GNSS Performance – 1408 GNSS channels supporting GPS, GLONASS, Galileo, and BeiDou.

• Connectivity – 4G modem, WiFi 802.11 b/g/n, Bluetooth v4.1, 1 x UHF antenna port, 1 x 7-pin LEMO port (external power).

• Dimensions –  Φ160.5 mm x 103 mm.

• Weight – 1.73 kg.

• Environmental Operating Range –  Operating temperature: -40°C to +65°C ; Storage temperature: -40°C to +85°C.

Key Applications of the CHCNav iBase GNSS Receiver

The CHCNav iBase GNSS Receiver uses high-precision GPS technology that makes it suitable for a wide range of applications, including land surveying and construction surveying. Any surveying and engineering projects requiring precise GNSS base and rover functionality will find the CHC Nav iBase to be a suitable solution for streamlining their surveying operations.

The improved connectivity and 1408-channel GNSS compatibility of the CHCNav iBase makes this all-in-one GNSS receiver suitable for a variety of environmental conditions, including wooded regions with varying terrain, and even suburban or built-up areas with a high volume of external signals.