Commercial IFC Antennas
High-capacity connectivity in the air and on the tarmac for millions of passengers around the globe
Total Installations
Accrued Operational Hours
Days Since First Flight
Connected Passengers
Ka-band for Mainline Fleets
Ka-band for Regional Fleets
Ku-band for Mainline Fleets
Hybrid IFC Antenna System
Flying with ThinKom Under the Radome
Commercial airlines around the world continue to select the benchmark in IFC antennas for the ultimate passenger experience
Key Attributes
Brushless DC Motors
The high-torque brushless DC motors increase reliability with no contacting parts and allow for rapid satellite switching
Passive RF Layers
Three layers which make up the antenna are entirely passive, increasing efficiency and reducing prime power
Protected Electronics
Hosting key electronics in the cabin greatly improves the reliability
Low Profile
Because of the inherent low profile and a streamlined shape, ThinAir antennas are the lowest drag phased arrays on the market
Brushless DC Motors
The high-torque brushless DC motors increase reliability with no contacting parts and allow for rapid satellite switching
Passive RF Layers
Three layers which make up the antenna are entirely passive, increasing efficiency and reducing prime power
Low Profile
Because of the inherent low profile and a streamlined shape, ThinAir antennas are the lowest drag phased arrays on the market
Protected Electronics
Hosting key electronics in the cabin greatly improves the reliability
Key Advantages
Multi-Orbit
Switch seamlessly between LEO, MEO, GEO and HEO with the same antenna
High Throughput
Supporting data rates up to 800 Mbps downlink x 200 Mbps uplink
Excellent Scan Performance
Superior low elevation scan performance over any other phased array antenna, allowing for high-latitude GEO operation
Highly Efficient
Significantly more efficient than any other phased array of the same size
Reliable
The highest guaranteed antenna MTBF on the market
