Arrow 200 RTK GNSS Receiver

Arrow 200 RTK GNSS Receiver

The Arrow 200 is a highly reliable and robust RTK GNSS receiver. It provides centimeter-level accuracy. It supports all major global GNSS constellations. This includes GPS, Galileo, GLONASS, and BeiDou. The receiver also uses two frequencies, L1 and L2. It is one of the most accurate receivers on the market. It is also one of the most productive. The Arrow 200 balances high performance with affordability. This makes it a great value. It is the perfect choice for professionals. It delivers exceptional results.

Survey-Grade Accuracy

This GNSS receiver provides a new level of precision. When connected to an RTK network, it delivers 1 cm accuracy. This makes it perfect for survey-grade work. For areas without an RTK network, it is still very reliable. It can provide 30-60 cm accuracy with free SBAS. This ensures dependable positioning everywhere. This RTK receiver guarantees accurate data. It is a powerful tool for your field operations.

Productive Positioning

The Arrow 200 is built for extreme productivity. It supports all global GNSS constellations. This provides access to many satellites. Its dual-frequency capability enhances signal reliability. It also supports 372 channels. These features work together to provide unique field productivity. The Arrow 200 helps you work faster and more efficiently. You can capture accurate data with ease. The device ensures a smooth workflow.

Ultimate Flexibility

This receiver offers full compatibility. It works with all consumer mobile devices. This includes iOS, Android, and Windows. You can use your own phone or tablet. The Arrow 200 is also compatible with any third-party data collection app. This allows for seamless integration. It works with your current apps and any future ones. It even supports proprietary mobile applications. This makes the receiver a truly flexible tool.

GNSS Receiver Specification:

1. Depends on multipath environment, number of satellites in view, satellite geometry, baseline length (for local services) and ionospheric activities. Stated accuracies for baseline lengths of up to 50 km
2. Transmission in free space
3. Lithium-Ion battery performance degrades below -20°C (-4°F)