Description
ATS 110km Long Distance Antenna Tracking System (20~110km tracking distance)
The ATS 110 is an UAV/FPV 110km long range Automatic Antenna Tracking System with ground control station, which was designed for 110km long-distance communication. It has a built-in GPS tracking module and supports various directional antenna to track the UAV (Airborne GPS module). Implement the automatic tracking function of directional antennas to improve the communication distance. The GPS module feeds the coordinate information to the data link module for transparent transmission. After transmitting it to the ground station, the ground station calculates the pointing angle, so that the ground panel antenna can always be aligned with the UAV to maintain the best wireless reception effect, thus greatly improving the wireless transmission distance.
In the application scenarios of ultra long range unmanned aerial vehicles or model aircraft systems, the use of high gain directional antennas can improve the reception capability of wireless signals, and the higher the gain of directional antennas, the smaller their lobe width. Due to the constantly changing real-time position of drones, high gain antennas on the ground need to be aligned and tracked in real-time, providing users with a well productized system level solution.
The intelligent SoarApex ATS 110 tracking antenna adopts a portable and quick detachable structure design, which is portable and easy to use. It can be placed in a fixed location with a tripod to complete routine operations; It can also be paired with mobile platforms such as cars and ships to complete inspection and search and rescue tasks that are farther away and more flexible, unleashing the greater industry application value of drones.
On August 27th, 2025, Our team conducted a 110 km range test of its anti-jamming (FHSS) MANET UAV Video Data Link system. For details, please click the link below to watch the test video.
Ultra high integration
Contains multiple functional modules with ultra-high integration, meeting the batch application needs of ultra long distance unmanned aerial vehicles.
ATS 110 km BVLOS Tracking System Key Features:
Integrated IP MESH data module (MANET)
Integrated 433MHz 22dBm LoRa module
Integrated high-performance full-constellation GPS module
Frequency 1300-1500MHz (70MHz-6GHz customizable)
Frequency Hopping (FHSS) and Intelligent Frequency Selection (IFS) as optional
Supports AES256 Encryption
Customizable power output
Long range
Data rate up to 56Mbps
Supports up to 32 nodes
Full transparent IP data transmission
Supports Web management
With dual sensors to achieve high-precision pointing.
Automatic calibration algorithm at startup
Automatically starts tracking after receiving valid GPS data
Supports tripod and suction cup installation
High-quality and powerful steering gear
360-degree twist-free slip ring
Rugged IP65 design for use in harsh environments
Compact portable design and simple operation
Technical Specification:
Contact us immediately to learn more about smart tracking antennas: info@soarapex.com.
1. Before carrying out flight operations, users must familiarize themselves with and comply with local laws and regulations to ensure that the aircraft has obtained the corresponding certification and applied for legal airspace flight permissions.
2. The various parameter indicators listed on this page are based on the results measured by the intelligent tracking antenna in a controlled testing environment. Please note that there may be varying degrees of differences in the measured results under different external environmental conditions, usage methods, and firmware versions. Therefore, please refer to the actual user experience.
3. Regarding the endurance time, this data was measured under the condition of no wind or other flight interference, with the aircraft’s obstacle avoidance behavior set to the braking state, and the camera only performing photography actions, flying forward continuously at a speed of 23 meters per second at sea level until there was 15% remaining battery. It is for reference only. To ensure flight safety, users should closely monitor the app’s prompt information during actual flight.
4. According to relevant laws and regulations, countries such as China and South Korea only support the use of downward looking 24G radar (i.e. millimeter wave radar installed at the bottom of aircraft for downward detection). Please refer to the laws and regulations of the country where you are located for specific usage requirements.
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