Name: 1.8/2.4M Quick Deploy Antenna
Brand: DOLPH MICROWAVE
Price: 1 USD

Transportable SATCOM Platform

Rapid field deployment with model-specific RF and mechanical performance

The 1.8 m and 2.4 m systems use precision-assembled reflector panels and rugged support structures for establishing high-speed satellite communication channels in temporary or remote operating environments.

Reflector panels are inspected for RMS accuracy using laser measurement techniques. The systems provide coarse and fine pointing adjustment, polarization travel and transport configurations designed for field deployment.

1.8 m / 2.4 m
Reflector aperture options

Within 10 min
Assembly time listed on the product overview

Ku-band data
X, C and Ka options noted in the data sheets

Airline-checkable
Model-specific IATA-compliant cases

System configuration and key features

Segmented reflector

6-piece carbon-fiber folding reflector with precision-assembled panels and high-gain, low-cross-polarization design. The product overview lists carbon-fiber usage above 85%.

Pre-assembled mount

Pre-assembled tripod base mount with pull pins supports faster field assembly and disassembly.

Feed and ODU support

Ku and Ka band feed systems are available, and the sturdy boom is designed to accommodate outdoor units.

Uneven-site adjustment

Adjustable feet, an adjustable support leg, azimuth marks, a horizontal bubble and an integrated compass assist site setup.

Wide pointing travel

Wide azimuth and elevation travel is combined with coarse and fine adjustment for alignment in the field.

Transport cases

Optional lightweight, anti-shake, airline-checkable cases support transport. Case quantities and dimensions vary by model.

Applications

Satellite news gathering and broadcastingTemporary or mobile links for live broadcast operations.

Government and military operationsField communications for remote deployments and temporary operating locations.

Remote business sitesCommunications for energy, mining and exploration activities in isolated areas.

Emergency response and homeland securityRapid establishment of communication links during critical incidents.

Live streaming and critical data transmissionSatellite connectivity for live video and time-sensitive operational data.

Model DH 1.8 Meter QD Ku-band Antenna

1.8 Meter Quick-Deploy Antenna System

Download 1.8 m Data Sheet

RF & Antenna Specifications

Ku-band Linear	Receive	Transmit
Frequency, GHz	10.95–12.75	13.75–14.5
Mid-Band Gain, dBi	45.3	46.6
VSWR	1.3:1	1.3:1
3 dB Beam Width, deg	0.97	0.83
Noise Temperature
10° Elevation, K	55
20° Elevation, K	50
Typical G/T @ 10°, dB/K	24.4
Tx Power Capability, W	—	500
Port-to-Port Isolation
Tx > Rx Rejection, dB	85
Cross-pol on Axis, dB	35	35
Insertion Loss, dB	0.35	0.3
Radiation Pattern Compliance	FCC 25.209, ITU-R S.580-6
First Sidelobe, dB	≤ −14
Sidelobe Envelope	29 − 25 log (1° ≤ θ < 20°)
Feed Interface	WR-75 CPR

Mechanical Specifications

Antenna OpticsSingle Offset

Reflector Aperture1.8 Meters (5 Feet, as printed in the current data sheet)

Reflector MaterialCarbon Fiber Reinforced Polymer

Reflector Panels1-piece & 5-piece segmented precision

Surface Accuracy (RMS)0.35 mm

Elevation Travel0 to 90° continuous (coarse & fine adjustment)

Azimuth Travel45° fine, 360° continuous (coarse & fine adjustment)

Pol. Travel±95° continuous, self locking

Shipping Case2 cases, airline checkable (IATA-compliant)

Case SizeCase panels: 1360 × 720 × 810 mm
Case support pedestal: 1660 × 700 × 550 mm

Total Weight73 kg (without BUC)

Environmental Performance

Operational Wind47 km/h (29 mph) with ballast

Temperature−40°C to +50°C

Tightness ClassIP67 (dust and water resistant)

Humidity0–98%

Model DH 2.4 Meter QD Ku-band Antenna

2.4 Meter Quick-Deploy Antenna System

Download 2.4 m Data Sheet

RF & Antenna Specifications

Ku-band Linear	Receive	Transmit
Frequency, GHz	10.95–12.75	13.75–14.5
Mid-Band Gain, dBi	47.2	49.1
VSWR	1.3:1	1.3:1
3 dB Beam Width, deg	0.72	0.6
Noise Temperature
10° Elevation, K	55
20° Elevation, K	50
Typical G/T @ 10°, dB/K	25.4
Tx Power Capability, W	—	500
Port-to-Port Isolation
Tx > Rx Rejection, dB	85
Cross-pol on Axis, dB	35	35
Insertion Loss, dB	0.4	0.25
Radiation Pattern Compliance	FCC 25.209, ITU-R S.580-6
First Sidelobe, dB	≤ −14
Sidelobe Envelope	29 − 25 log (1° ≤ θ < 20°)
Feed Interface	WR-75 CPR

Mechanical Specifications

Antenna OpticsSingle Offset

Reflector Aperture2.4 Meters (7.8 Feet)

Reflector MaterialCarbon Fiber Reinforced Polymer

Reflector Panels1-piece & 8-piece segmented

Surface Accuracy (RMS)0.35 mm

Elevation Travel0 to 90° continuous

Azimuth Travel45° fine, 360° continuous

Pol. Travel±95° continuous, self locking

Shipping Case7 cases, airline checkable (IATA-compliant)

Case SizeCase 1: 970 × 640 × 1220 mm
Case 2: 1120 × 930 × 630 mm
Case 3: 1610 × 910 × 420 mm
Case 4: 1550 × 450 × 500 mm
Case 5: 1780 × 400 × 510 mm
Case 6: 600 × 600 × 750 mm
Case 7: 1150 × 710 × 680 m (as printed in the current data sheet)

Total Weight323 kg (without BUC)

Environmental Performance

Operational Wind47 km/h (29 mph) with ballast

Temperature−40°C to +50°C

Tightness ClassIP67 (dust and water resistant)

Humidity0–98%

Field deployment sequence

1PositionPlace the support structure and adjust the feet for the available surface.

2AssembleUse the pre-assembled tripod base mount, pull pins and segmented reflector configuration.

3Level and alignUse the horizontal bubble, compass and azimuth marks for initial positioning.

4Fine-pointAdjust azimuth, elevation and polarization, then complete the required outdoor-unit connections.

Configuration and data-sheet notes

The RF tables above reproduce Ku-band linear receive/transmit values. The data-sheet headers also list X-band (Military/WGS), C-band and Ka-band options, while the feature list states that Ku and Ka band feed systems are available. Confirm the selected band, feed system and interface for the ordered configuration.

For transport planning, use the model-specific data: 2 airline-checkable cases for the 1.8 m system and 7 airline-checkable cases for the 2.4 m system. Both listed weights exclude the BUC.

The current 2.4 m data sheet prints the final Case 7 dimension as “1150 × 710 × 680 m.” Confirm the intended unit with Dolph Microwave before final logistics planning. The model data sheets state that the systems are designed and made in China.