Novatel SMART2 antenna delivers scalable accuracy

NovAtel unveiled the new SMART2 family of antennas, adding entry-level options to their SMART Antenna portfolio that meets the needs of users requiring scalable accuracy in a single compact enclosure. With dual-frequency, multi-constellation signal tracking, the SMART2 is to deliver optimised position reliability and accuracy for the precision agriculture market.

_{Text continues underneath tweet}

We're proud to introduce the SMART2™, a new entry-level family of SMART #antennas that delivers flexible positioning solutions designed to grow with users’ needs. Learn more about the options available https://t.co/gHqkDau3R3 #smartfarming#agriculture #gnss#precisionag pic.twitter.com/vphzS9GZAL

— NovAtel (@novatelinc) 9 July 2019

Access to TerraStar Correction Services is also offered with the SMART2, providing users with improved accuracy and pass-to-pass performance. According to the Canadian company, the SMART2 delivers flexible positioning solutions that grow with users’ needs.

Support applications from spraying through to planting

“The SMART2 offers precision agriculture customers scalable accuracy to support applications from spraying through to planting in a single compact and affordable platform that is compatible with our previous generation SMART6 and Ag-Star antennas,” said Gordon Ryley, Agriculture Portfolio Manager at NovAtel.

_{Text continues underneath image}

The new SMART2 family of antennas adds entry-level options to Novatel’s SMART Antenna portfolio that meets the needs of users requiring scalable accuracy in a single compact enclosure. – Photos: Novatel

Terrain compensation feature

The SMART2 also offers an optional terrain compensation feature that helps users working on uneven ground or slopes increase their efficiency by correcting deviations caused by a vehicle’s roll and pitch. The addition of optional Bluetooth connectivity simplifies the development of guidance and mapping applications by streamlining integration with tablets and other mobile devices.