■ Recording GNSS RINEX data or corrected GNSS position data
■ Spatial angle determination via IMU
■ Trigger information for each image with a resolution of 30ns (nanoseconds)
■ 8cm position accuracy (postprocessing, depending on reception)
■ 1° angular repeatability
■ Surveying: survey of final images in terrestrial photogrammetry
NO ground control points are required for georeferencing!
■ Industries: surveying, infrastructure, architecture, archeology, UAV, etc.
■ “Direct georeferencing” in surveying, by means of terrestrial or UAV photogrammetry
■ Modern ublox NeoM8P/T GNSS Chip: GPS L1 C/A, GLONASS L10F
■ Position accuracy approx. 8cm with fixed solution, approx. 40cm with float (depending on the receiver)
■ Helix antenna for better reception, even when the camera is tilted up to 45 °
■ Latest 9x Axis MEMS IMU with Quaternion solid angle
■ Anti-drift filter algorithm
■ Connection to camera via ISO or Sony flash shoe
Scope of delivery
■ Camera add-on & data logger
■ USB data cable
■ REDtoolbox software
■ Direct georeferencing using L1 GNSS
■ Including flash shoe attachment with < 60ns (nanoseconds) triggerdelay
■ Helical antenna including arm holder for copter
■ Orthophoto, 3D model with position accuracies up to 10cm without ground control points
■ Optional: 3 Axis angle measurement with output roll / pitch / yaw
By accurate determination of the image
main points during the flight, the extensive
measuring and inserting of ground control
points is no longer necessary.
1 Mounting a helix antenna to one of the arms
2 GNSS receiver + memory in minimum size
3 Direct tap of the shutter pulse over the flash shoe
What is required? – A 5V connection and WLAN for reading the date.
■ RTK or PPK version available
■ Autonomous power supply for 24h running time
■ EMI shielding
■ GNSS L1 (GPS + GLONASS + BEIDOU + Galileo)
■ RINEX / UBX data recording
The position data of the base
station are transmitted in real time
(RTK) to the ImageVector or saved
for later postprocessing (PPK).