Tilting axis height 100 mm

Reflective Target and Mini Prisms, RS195M, RSMP392M, RSMP395M and RSMP495M as well as GNSS Adapter RS0190M 

Illustrations depicting our "One Point Fits All" (OPFA) system.

With this system, reference points can be precisely measured using a total station and then accurately utilized with the following instruments, all of which use identical XYZ coordinates with the total station and each other:

Instrument ⇒ Compatible OPFA Products

Leica, FARO, Z+F, Trimble scanners ⇒ RSL420M, RSL422M, and RSLB10M (scanner sphere)
RIEGL scanners, depending on instrument ⇒ above options or RSL453 for targets with reflective surface
NavVis ⇒ RSL-X93M
Lidar or SLAM ⇒ RSL452M
Drones and Mobile Mapping ⇒ RSL-X95M and RSLX97M
GNSS and GPS ⇒ RS0190

When using different devices, accuracies of ±1 mm can be achieved.
The actual accuracy depends on the device and, for example, is not achievable with GNSS and GPS antennas.

Fixed point for GNSS antenna RS0190M

For direct mounting of antennas with 5/8” female thread. Tilting axis height: 100 mm

Reflective Target RS195M

Offset: 0, tilting axis height: 100 mm

Mini Prism RSMP392M 

Offset: -16,9 (Leica +17,5), tilting axix height: 100 mm for the lower prism and 160 mm for the upper prism.
In this combination, a "channel rod function" is used to enable the reference point to be measured from any angle as needed.

Mini Prism RSMP395M

Offset: -16,9 (Leica +17,5), tilting axix height: 100 mm

220 Degree Mini Prism RSMP495M

Offset: 0 (Leica +34,4), tilting axix height: 100 mm