The South Insight V4 is a compact, lightweight version of the popular G4 model. Both share the same receiver. The key difference is that the V4 cannot function as a base station and lacks a built-in 4G modem; instead, it relies on the controller’s 4G modem for data transmission. However, the V4 retains all other communication methods, including Wi-Fi, Bluetooth, NFC, and UHF radio. It even features two cameras to assist with stakeout tasks and includes 16 GB of memory for image storage.

South Surveying as an Equipment Supplier

South has one of the longest histories in the industry, having started operations in 1989 and adopting its current form in 1998. Dimense Oy selects equipment suppliers based on product performance and overall quality, factory technical support and warranty terms, and the availability of support materials such as user manuals. South’s devices have proven to be highly capable and durable.

Easy to Carry

Weighing just 540 g and measuring 105 mm x 58 mm, the Insight V4 fits easily into a pocket, making it a highly portable RTK GNSS device for surveying and mapping projects.

For Surveying in Diverse Terrain

The V4 is available with two types of survey poles: a 125–250 cm model and a lighter 70–180 cm version weighing only 550 g. This makes the Insight V4 even more convenient for RTK and PPK surveying and suitable for a wide range of environments. The controller used can be either the H9 (phone-style with a 6-inch screen) or the H7 (featuring a 7-inch horizontal screen).

Intuitive and precise

Insight V4 allows you to use both the front and bottom cameras to mark points, lines, and curves.
The control app’s camera-based AR guidance shows you the correct direction when you are still tens of meters away from the target. You can import CAD files (DXF/DWG) for stakeout purposes. You can also import files in SHP, TIF, JPG, or KML formats to serve as background maps. Supported surface model formats include ES, SJW, and XML; data can also be saved in these same formats.

Insight V4 can be integrated with a robotic total station to create a powerful PPP (Prism Plus Position) system. This enables faster and more precise prism tracking and allows for coordinate acquisition from both RTK and the total station, ensuring greater versatility across a wide range of applications.