Ultra-Slim Design, Premium Experience
Compared to traditional vehicle-mounted satellite terminals of equivalent specifications, the VP450Ku reduces frontal thickness by over 80% and weight by over 40%. Its ultra-low profile design meets regulatory requirements for nearly all vehicle types, while reduced wind resistance and noise deliver superior user experience. The VP450Ku automatically acquires the vehicle's GPS coordinates and orientation for fully autonomous satellite alignment. Its self-adjusting RF system continuously optimizes azimuth, elevation, and polarization to maintain precise tracking. Compatible with high-throughput satellite networks, it brings the convenience of broadband satellite connectivity wherever you go.
Ultra-Slim Design, Premium Experience
Compared to traditional vehicle-mounted satellite terminals of equivalent specifications, the VP450Ku reduces frontal thickness by over 80% and weight by over 40%. Its ultra-low profile design meets regulatory requirements for nearly all vehicle types, while reduced wind resistance and noise deliver superior user experience. The VP450Ku automatically acquires the vehicle's GPS coordinates and orientation for fully autonomous satellite alignment. Its self-adjusting RF system continuously optimizes azimuth, elevation, and polarization to maintain precise tracking. Compatible with high-throughput satellite networks, it brings the convenience of broadband satellite connectivity wherever you go.
Integrated Design
The system employs an integrated 2D electronically-steered phased array antenna, eliminating the need for separate power amplifiers and mechanical servo systems found in traditional mobile satellite antennas. This innovative design prevents terminal failures caused by power amplifier or servo system malfunctions, significantly reducing product failure rates while enhancing overall reliability.
Integrated Design
The system employs an integrated 2D electronically-steered phased array antenna, eliminating the need for separate power amplifiers and mechanical servo systems found in traditional mobile satellite antennas. This innovative design prevents terminal failures caused by power amplifier or servo system malfunctions, significantly reducing product failure rates while enhancing overall reliability.
Enhanced Reliability
The VP450Ku features IP67 protection rating and an operational temperature range of -40°C to 55°C, ensuring all-weather operation in extreme cold or heat.
Enhanced Reliability
The VP450Ku features IP67 protection rating and an operational temperature range of -40°C to 55°C, ensuring all-weather operation in extreme cold or heat.
Product specifications
Sweep gain loss ≤2.5dB@50°;≤4dB@30°;≤6dB@20°
Initial starlock time Dynamic ≤120s; Static ≤30s
Dimensions/Weight 1571×863×56mm/46kg
Starcatching time Initial ≤3min, shielding ≤3s
Operating temperature -40~60℃
Product specifications
Sweep gain loss ≤2.5dB@50°;≤4dB@30°;≤6dB@20°
Initial starlock time Dynamic ≤120s; Static ≤30s
Dimensions/Weight 1571×863×56mm/46kg
Starcatching time Initial ≤3min, shielding ≤3s
Operating temperature -40~60℃
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