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SoarApex – Integrated for Beyond Visual Line of Sight Operations
UAV Antenna Tracking System | Integrated Data Link | Command & Control System
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SoarApex® – a brand under Qingxiao Technology Group, established in 2025. We engineers BVLOS antenna tracking system, integrated data link, and ground command control terminal for long-range drone operations. Stable, reliable, intelligent UAV solutions.
Note: We typically respond within 24 business hours. For urgent matters, please call us directly at +86-139-0299-6786.
SoarApex Technology Group
SoarApex Headquater
Phone: +86-755-23243136
Email: info@soarapex.com
Address: 4th Floor, Building 1, Lebao Industrial Park, Guangqiao Road, Guangming District, Shenzhen City, Guangdong Province, P.R.C
Business Hours: Monday – Friday, 9:00 – 18:00 CST
Shenzhen Office
Phone: +86-139 0299 6786
Email: saga@soarapex.com
Address: Room 508, Building E, TCL E-City, Nanshan District, Shenzhen, China
Business Hours: Monday – Friday, 9:00 – 18:00 CST
Thailand Office
Phone: +66-636 600 636
Email: info@soarapex.com
Address: Address: 151/14, Mu9, Sukhumvit Rd, Nong Prue Sub-district, Bang Lamung District, Chon Buri Province, 20150, Thailand.
Business Hours: Monday – Friday, 9:00 – 18:00 CST
Why Choose SoarApex?
- Compliance first: Do not step on the red line of the Ministry of Industry and Information Technology’s frequency band, and also observe channel restrictions for 2.4 GHz remote control.
- Link redundancy: Emergency rescue with dual band/dual-mode backup (4G+data transmission) to prevent single link “rollover”.
- Antenna matching: omnidirectional attitude maintenance, directional long-range impact; Gain selection by frequency band -900 MHz 12-15 dBi, starting at 5.8 GHz 23 dBi.
- Integration testing: Conduct latency, packet loss, and anti-interference (simulating occlusion/electromagnetic interference) tests by hand before installation, and conduct EMC/drop tests for industrial grade equipment.
Summarize the ideas for selecting product models and technical solutions:
First scene → then frequency band → then anti-interference → interface configuration → environment verification → compliance testing, six major steps. In industrial scenarios, Mesh self-organizing networks and COFDM+FHSS are included as core indicators