The performance and capabilities of FLIR Motion Control Systems pan-tilts support advanced features and applications including tracking, geo-pointing, and inertial stabilization. Geo-pointing and inertial stabilization options are available as off-the-shelf options on most FLIR MCS pan-tilt models.
- Geo-Pointing Module (GPM) - point automatically using GPS coordinates
- Inertial Stabilization Module (ISM) - better images and antenna pointing on-the-move
The performance capabilities of FLIR Motion Control Systems pan-tilts enable a wide range of advanced applications and features. These include:
Producing high-quality video from a moving platform is a challenge. Small FOV lenses can make it even more difficult. Keeping narrow-beam antennas pointed in the right direction from a ground vehicle, aircraft, or boat for communications on-the-move, is also difficult to do cost effectively. Until now.
Advances in MEMs gyro technology, along with the performance capabilities of FLIR MCS pan-tilt units, has resulted in a breakthrough price-performance solution for inertially stabilized systems. Previously, inertially stabilized platforms typically have cost $250,000 or more. FLIR MCS is now able to provide inertially stabilized platforms for under $10,000.
The Geo-Pointing Module (PTU-DGPM) is an intelligent module that allows any FLIR MCS pan-tilt unit to be commanded using latitude, longitude, altitude coordinates (geo-coordinates or GPS coordinates).
Video and Antenna Tracking
FLIR MCS pan-tilts support real-time 2-way control and on-the-fly speed and position commands. This allows sophisticated tracking systems to be integrated in days rather than weeks or months.
Many of the leading off-the-shelf video tracking systems have already been integrated with FLIR MCS pan-tilts. See our Partners page for further info.