Modified Specifications
USB-port
Mount Control App
Maximum payload 35 kg
Usable diameter Ø270 mm
Mass 14 kg
Roll ≤±10.5°
Pitch ≤±10.5°
Yaw ≤±25.0°
Dimensions
Usable diameter Ø270 mm
Payload 0-35 kg
Mass 14 kg
Length 460 mm
Width 430 mm
Height 165 mm
Dimensions
Usable diameter Ø10.6 in
Payload 0-77.1 lb
Mass 30.9 lb
Length 18.1 in
Width 16.9 in
Height 6.5 in
Control Panel
USB-port
Firmware update via Mount Control App
Monitor and set up different
parameters via App
2x RS232 serial interfaces
No external control panel - Cost efficient and medium modular stabilization devices gain more importance. For this case we proudly present our latest Gyro Stabilization Mount. Our DSM 400 which is the successor of the SSM 270 and contains a lot of new features.
The DSM 400 is our Dynamic Gyro Stabilization Mount which is especially designed as a cost efficient Mount system with simplified controlling options.
On the top of the Mount you will find the new simplified and redesigned control panel. The panel includes one FMS port, one power switch and an USB-port. Here you can connect with our SOMAG Mount Control App, which includes lots of control and set up benefits.
The electromechanical gimbal system and the digital control system enable an optimal use of the Gyro Mount DSM 400. The mass of the device amounts to 14.0 kg and allows a maximum payload of 35.0 kg. Consequently our DSM 400 supports medium format cameras and sensor systems. For this reason the special Mount system is particularly suitable with aircrafts. Nearly all sensors, cameras, scanners, LiDAR's and FMS can be used with the DSM 400.
DSM 400 has the same electronical interface as all other SOMAG stabilization devices.
Control Panel
Compatible with
Field of Application
DSM 400 Accessories
Product Line
Angular stabilization ranges1
Residual angular rate from perpendicular1
Residual deviation from perpendicular1
Interface
Payload3
Operational Voltage
Power Consumption at 28 VDC
Recommended pre-fuse
Operating temperature
Storage temperature
Usable diameter
Mass
Dimensions DSM 400
(regular leveling positions)
Applied Standards
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*Preliminary data, subject to change
1 Vehicle angular motion <10°/s with typical data acquisition profile frequency spectrum
2 Deviation from perpendicular depends on accuracy of used IMU
3 Minimum payload is based on usage of Passive Vibration Isolation Ring
4 Minimum: 131 mm/5.2 in
Maximum: 199 mm/7.8 in
