Attention:
The same inertial reference systems are installed permanently on Polar 5 and Polar 6.
Summary
An inertial ravigation system is a navigation device that uses a computer, motion sensors (accelerometers) and rotation sensors (gyroscopes) to continuously calculate by dead reckoning the position, the orientation, and the velocity (direction and speed of movement) of a moving object without the need for external references.
Manufacturer | Honeywell |
---|---|
Model | Laseref V |
Serial No. | n/a |
Type | inertial navigation system |
REGISTRY-Link | ↪ REGISTRY (6284) |
Contacts
Name | Institution | Role |
---|---|---|
Martin Gehrmann | Alfred Wegener Institute, Helmholtz Centre for Polar and Marine Research | Device Contact |
Available devices and Specifications
Name | Model | Serial Number | REGISTRY-Link |
---|---|---|---|
Inertial Reference System P5 | Laseref V | n/a | ↪ REGISTRY (6285) |
Inertial Reference System P6 | Laseref V | n/a | ↪ REGISTRY (6621) |
Specifications of Laseref V (without mounting)
Position
Info | The Inertial Reference System is installed in the cockpit. |
X | 0.0 none () |
Y | 0.0 none () |
Z | 0.0 none () |
Data logging, storage and archiving
Logged parameter
Parameter | O2ARegistry Output Type | Unit |
---|---|---|
East West Velocity | speed | knot |
Ground Speed | speed | knot |
Inertial Altitude | altitude | ft |
Inertial Vertical Speed | speed | ft |
latitude | latitude | deg |
longitude | longitude | deg |
Magnetic heading | direction | deg |
North South Velocity | speed | knot |
Pitch Angle | attitude | deg |
Roll Angle | attitude | deg |
True Heading | direction | deg |
True Track Angle | attitude | deg |
Vertical Acceleration | acceleration | g |
Wind Direction | direction | deg |
Wind Speed | speed | knot |
X Acceleration | acceleration | g |
Y Acceleration | acceleration | g |
Z Acceleration | acceleration | g |