S-Band Low Profile Command and Control Antenna

Perfect for UAV and other aircraft, his lightweight, broad pattern omnidirectional antenna ensures effective control link regardless of aircraft attitude. The low drag radome provides excellent UV protection and creates only minimal parasitic drag in the air stream. The unit can be mounted to any flat surface and in any direction.

Covers any contiguous 100 MHz band from 2-3 GHz , specify desired frequency range when ordering.

Features

  • Ultra low profile
  • Durable and unobtrusive
  • Fully weatherized
  • Can replace standard dipole and monopole designs
  • Tough ABS enclosures available standard in black
  • Custom enclosure materials and colors available for high volume orders
  • Low cost in volume
  • Standard SMA connector

Specifications

Base Model Number SHLP-02-100-2450-GD
Frequency Range 2 GHz - 3 GHz
Maximum Input Power 50 W Std.
Maximum Input VSWR 1.75:1
Nominal Impedance

50 Ω

Polarization Linear
Maximum Gain ≈ 2.1 dBi
Pattern Type Approx. Monopole Equivalent
Material

ABS Radome

Custom Material Available in High Volume Orders

Enclosure Color

Standard Black

Custom Colors Available in High Volume Orders

Standard RF Connector

SMA Female
Height (Inches) [cm]

1.13 [2.9] Including Connector

Width (Inches) [cm]

3.3 [8.3]

Depth (Inches) [cm] 3.3 [8.3]
Weight (oz) [g]

1.4 [40]

Connector Options

SMA Female

Shipping Length (Inches) [cm] 5 [13]
Shipping Width (Inches) [cm] 5 [13]
Shipping Height (Inches) [cm] 3 [8]

Options and Accessories

Custom Radome Color or Material
Contact Us

STAR-H reserves the right to change published product specifications at any time due to (a) continual improvement of its product families, (b) to correct inadvertent typographical errors, or (c) to reflect improvements in manufacturing process. STAR-H can supply exact technical specifications with each quote or order. Traceability and configuration management information is always maintained for each individual product. Please contact STAR-H for further information.