Call them what you will: Unmanned Aerial Vehicles (UAV), Unmanned Aerial Systems (UAS) or Remote Piloted Aerial Vehicles (RPAV). Each is capable of flight far beyond the range of its standard communication link.
SureShot IV–Tracker allows you to dramatically extend the range of your flights. SureShot uses your controller’s NMEA GPS output to calculate the azimuth, elevation and distance to the UAV. It then automatically orients a tracking antenna toward the vehicle with an accuracy of ± 1° vertically and horizontally.
The SureShot system is frequency-independent. It is designed to work with any antenna(s) operating at any frequency. The only caution is that antennas operating at very high frequencies have narrower beam widths.
No matter whether your preference is a parabolic grid (reflector) antenna or an in-line Yagi style antenna, SureShot's positioner has a mount to accommodate! At 2.4GHz, using these antennas you can typically achieve a gain of 24 to 30 dBi.
In addition, SureShot IV–Tracker uses a predictive algorithm to anticipate the UAV's movement in case the data link is temporarily interrupted.
SureShot IV–Tracker is a GPS-based auto-tracking system specifically designed for the Unmanned Aerial Vehicle sector. The Tracker comes in either of two configurations, one pre-calibrated and one that compares SureShot’s coordinates with those of the UAV to calibrate the system. (See Dual and Single GPS Models.)
Diversity antenna inputs (from an omni antenna – for takeoff and close-in tracking – and a highly directional antenna – for distance tracking) are typically used to feed the strongest data stream to your controller.
With the stroke of only two keys, SureShot IV–Tracker immediately acquires the UAV and determines its relative position from the control site.
SureShot IV–Tracker uses a NMEA-formatted GPS string from your controller to constantly update the UAV’s position. As that target moves, SureShot recalculates azimuth and elevation from the control site. It then energizes the appropriate motors in the antenna positioner to pan and/or tilt in order to keep the antenna precisely oriented toward the UAV.
An important feature of the firmware is an algorithm that constantly computes the UAV’s predicted flight path based on its recent and current speed/line of travel. Should there be a break in the data stream from the UAV, SureShot will continue to follow the projected course until the transmission from the UAV is reacquired.
A very useful option is mapping, which can be scaled to provide an extremely wide area view down to street level detail. (See Mapping.)
Models available to operate from 12VDC, 115VAC or 220VAC power supplies.
SureShot IV–Tracker is available with customized mapping software. Mapping is browser based and includes these features:
We’re happy to customize SureShot IV Mobile for your specific application and requirements.