Marine electronic, Navigation instrument for ship

Satcom antenna for ships
C2SAT 1.2M KU-4M

The C2SAT 4-axes mini VSAT model features less than 100 kg stabilisation robot providing the same performance as the full siz C2SAT 1.2m Ku version. Standard reflector diameter is 1.2 m (47").

Reliable Satellite Communications
The 4-axes solution designed by C2SAT allows the RF equipment
to move freely and to maintain an optimal position
towards the satellite without big and sudden movements even
during harsh conditions and heavy seas. The 4-axes system
does not experience dead angles and does therefore not
experience any high-elevation problems.

Better Accuracy
The system achieves superbly high tracking accuracy (only
a loss of +- 0,1 dB), comparable to a fixed antenna. C2SAT
prefers to use the more accurate tracking accuracy to measure
performance instead of commonly used pointing accuracy,
mainly because it includes both the losses due to pointing and
the polarisation misalignments. The high tracking accuracy is a
result of the C2SAT gradient tracking method, a predetermination
tracking parameter and the 4-axes design, where the fourth
axis refers to the cross-level elevation. Higher accuracy results in:

• improved availability
• more efficient use of shared lines and network bandwidth
• wider operational area in the satellite footprint.

Satcom antenna for ships
(VSAT, C-band)
C2SAT 2.4M C-band

The C2SAT 2.4m C is the standard 4-axes marine stabilised VSAT antenna compatible with C-band satellites. Standard reflector diameter is 2.4m (94").

Reliable Satellite Communications
The 4-axes solution designed by C2SAT allows the RF equipment
to move freely and to maintain an optimal position
towards the satellite without big and sudden movements even
during harsh conditions and heavy seas. The 4-axes system
does not experience dead angles and does therefore not
experience any high-elevation problems.

Better Accuracy
The system achieves superbly high tracking accuracy (only
a loss of +- 0,1 dB), comparable to a fixed antenna. C2SAT
prefers to use the more accurate tracking accuracy to measure
performance instead of commonly used pointing accuracy,
mainly because it includes both the losses due to pointing and
the polarisation misalignments. The high tracking accuracy is a
result of the C2SAT gradient tracking method, a predetermination
tracking parameter and the 4-axes design, where the fourth
axis refers to the cross-level elevation. Higher accuracy results in:

• improved availability
• more efficient use of shared lines and network bandwidth
• wider operational area in the satellite footprint.

Satcom antenna for ships
(VSAT, Ku-band)
C2SAT 1.2M Ku-band

C2SAT Products

The C2SAT standard rig, which is used for both the standard 1.2m Ku and 2.4m C, is designed to accommodate reflector sizes up to 2.4 meter on all frequency bands.

The C2SAT 1.2m Ku is the standard 4-axes marine stabilised VSAT antenna compatible with Ku-band satellites. Standard reflector diameter is 1.2m (47").

Reliable Satellite Communications
The 4-axes solution designed by C2SAT allows the RF equipment
to move freely and to maintain an optimal position
towards the satellite without big and sudden movements even
during harsh conditions and heavy seas. The 4-axes system
does not experience dead angles and does therefore not
experience any high-elevation problems.

Better Accuracy
The system achieves superbly high tracking accuracy (only
a loss of +- 0,1 dB), comparable to a fixed antenna. C2SAT
prefers to use the more accurate tracking accuracy to measure
performance instead of commonly used pointing accuracy,
mainly because it includes both the losses due to pointing and
the polarisation misalignments. The high tracking accuracy is a
result of the C2SAT gradient tracking method, a predetermination
tracking parameter and the 4-axes design, where the fourth
axis refers to the cross-level elevation. Higher accuracy results in:

• improved availability
• more efficient use of shared lines and network bandwidth
• wider operational area in the satellite footprint.