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CHCNAV

CHCNAV iBase Ag GNSS Base Station for Precision Agriculture


Regular price $3,900.00

CHCNAV iBase Ag GNSS Base Station for Precision Agriculture

The CHCNAV iBase Ag is a fully integrated GNSS RTK base station designed specifically for precision agriculture and autosteering systems. Built for reliability, simplicity, and long operational time, it delivers consistent RTK corrections over UHF to ensure accurate field operations, reduced overlap, and improved farming efficiency.

Designed as an all-in-one solution, the iBase Ag combines GNSS receiver, UHF radio, battery system, and communication modules into a single compact unit. With up to 15 km RTK coverage in optimal conditions and strong performance even in challenging terrain, it ensures stable correction delivery across large farming areas.

The system features low power consumption, dual hot-swappable batteries, and up to 10 hours of continuous RTK broadcasting, making it ideal for full-day operations without interruption.

With 1408 GNSS channels, support for all major satellite constellations, and advanced multipath mitigation, the iBase Ag delivers reliable and accurate positioning data for demanding agricultural workflows.

Its rugged IP67-rated design ensures durability in harsh farm environments, including dust, water, and accidental impacts, making it a dependable base station for everyday field use.


Key Benefits

  • ✔ Reliable RTK corrections over UHF for autosteering systems
  • ✔ Up to 15 km coverage (optimal conditions)
  • Dual battery system – up to 10 hours operation
  • 1408-channel GNSS engine for maximum signal tracking
  • IP67 rugged design for harsh agricultural environments
  • ✔ Fast startup – ready to work in seconds

Why Choose CHCNAV iBase Ag?

The iBase Ag is designed to make precision agriculture simple and accessible. Unlike complex survey base stations, it focuses on ease of use, fast setup, and reliable performance, allowing farmers and operators to deploy RTK corrections quickly and focus on productivity.


Technical Specifications & Features

CHCNAV iBase Ag GNSS Receiver

CHCNAV iBase AG GNSS Base for Autosteering
Click to enlarge
Precision Agriculture RTK Base Station

CHCNAV iBase Ag GNSS Base Station for RTK Farming and Autosteering

The CHCNAV iBase Ag is a fully integrated GNSS RTK base station designed for precision agriculture, tractor guidance, and autosteering systems. It provides stable RTK correction data over UHF radio to improve accuracy, reduce overlap, and increase field efficiency.

Built as an all-in-one agriculture base station, the iBase Ag combines GNSS receiver, radio, battery system, and communications in one rugged unit. That means faster deployment, simpler daily operation, and reliable performance in real farm conditions.

With up to 15 km RTK coverage, 1408 GNSS channels, dual hot-swappable batteries, and IP67 protection, the iBase Ag is built for farmers and ag contractors who need dependable RTK corrections through a full working day.

CHCNAV iBase Ag GNSS RTK base station for precision agriculture
Built for Daily Field Work

Reliable RTK correction delivery for modern precision farming

The iBase Ag is made for practical farm use: fast setup, long operating time, stable correction broadcasting, and rugged hardware that keeps working in demanding agricultural environments.

Up to 15 km UHF RTK coverage 1408-channel GNSS engine Dual hot-swappable batteries Up to 10 hours operation IP67 rugged construction Fast startup and easy deployment

Strong RTK Coverage

UHF broadcasting helps deliver RTK corrections across large fields and farm operations, supporting guidance and autosteering workflows with reliable signal distribution.

Long Field Operation

Dual battery design with hot-swappable power helps keep the base operating through long workdays with less interruption during planting, spraying, and field preparation.

All-in-One Simplicity

Receiver, batteries, radio, and communication modules are built into one compact system, helping reduce setup complexity and daily handling time.

Modern GNSS Tracking

A 1408-channel GNSS engine with multi-constellation support improves signal availability and supports stable corrections even in more demanding environments.

Rugged Farm-Ready Housing

IP67 protection helps the iBase Ag handle dust, water, weather, and rough handling in agricultural operations where equipment needs to stay dependable.

Precision Agriculture Focus

Unlike more complex survey-focused base stations, the iBase Ag is built around agricultural RTK correction delivery and practical ease of use for farm operations.

CHCNAV iBase Ag precision agriculture RTK field operation
Why Farmers Use RTK Base Stations

Better guidance means less overlap, less waste, and cleaner field operations

RTK corrections help autosteering systems stay more accurate during planting, spraying, fertilizing, and other precision agriculture operations. That accuracy helps reduce overlap, avoid skips, and improve overall field efficiency.

For farms working large acreages or wanting more consistent machine guidance, a dedicated RTK base station creates a stronger and more controlled correction source than relying on less predictable positioning options.

  • Reduce seed, fertilizer, and chemical overlap
  • Improve repeatability between field passes
  • Support accurate autosteering performance
  • Build a more reliable precision farming workflow
Typical Applications

Built for real precision agriculture workflows

The iBase Ag is designed for practical field work where reliable RTK corrections improve machine guidance and day-to-day farm efficiency.

Autosteering

Provides stable correction data for accurate machine guidance and repeatable field passes.

Planting & Seeding

Helps maintain straighter lines, reduces overlap, and supports more efficient seeding operations.

Spraying & Fertilizing

Improves pass-to-pass consistency and helps reduce input waste across large fields.

Large Farm Operations

Suitable for farms and ag contractors who need dependable RTK correction coverage day after day.

Hardware Advantages

Compact, rugged, and easy to deploy in the field

The iBase Ag is built around a simple but important concept: a precision agriculture base station should be easy to transport, easy to set up, and dependable through a full working day.

Its integrated design minimizes loose components and setup hassle, while the rugged housing and battery system support real-world agricultural use where weather, dust, and rough handling are part of normal operation.

That makes the iBase Ag especially attractive for operators who want RTK performance without turning daily field setup into a technical job.

CHCNAV iBase Ag rugged integrated GNSS RTK base station

Build your RTK farming setup with CHCNAV iBase Ag

We can help you choose the right RTK correction solution for your autosteering system, farm size, and field conditions.

iBase Ag FAQ

What is the CHCNAV iBase Ag used for?
The iBase Ag is a GNSS RTK base station designed for precision agriculture. It provides correction data for autosteering and machine guidance systems to improve field accuracy and reduce overlap.
What is the coverage range of the iBase Ag?
CHCNAV specifies up to 15 km RTK coverage in optimal conditions. In more challenging terrain or conditions, practical working range may be lower.
How long can the iBase Ag run on battery power?
The iBase Ag supports up to 10 hours of continuous RTK broadcasting and uses dual hot-swappable batteries for easier full-day operation.
Is the iBase Ag difficult to set up?
No. It is designed as an all-in-one agriculture base station with fast deployment and simple daily operation, reducing the setup complexity often associated with more technical GNSS base solutions.
Is the iBase Ag suitable for harsh farm environments?
Yes. The system is built with an IP67-rated housing to handle dust, water, and demanding field conditions common in agricultural operations.
Why use a dedicated RTK base station in farming?
A dedicated RTK base station gives farmers more control over correction delivery, helping improve guidance consistency, reduce overlap, and support more precise field operations.