• L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna

L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna

No.STA-902
STA-901 Quadrifilar Helix Antenna
The STA-901 GNSS antenna adopts a multi-arm and multi-feed design, capable of receiving L1, L2/L5 and L-band navigation signals for BeiDou-2, GPS, GLONASS and GALILEO satellite systems. Integrated with multi-stage internal filters and a low-noise amplifier (LNA), it features superior out-of-band suppression and outstanding anti-jamming performance. This enables stable and steady operation under complex electromagnetic interference conditions. Optimized for multi-system adaptation, it fully meets the requirements of high-precision positioning and measurement scenarios.
Support satellite signal
GPS, GLONASS, BDS, Galileo
Impedance
50 Ω
Polarization mode
RHCP
Horizontal overlay angle
360°
Low noise amplifier gain
32±2dB
Operating voltage
3.0~16V DC
Operating current
≤45mA
Operating temperature
-40℃~+80℃
Storage temperature
-45℃~+85℃
Humidity
95% Non-condensing
Waterproof level
IP67
Output Connector
SMA Male
STA-901:
Standard
Standard
STA-902:
Foldable
Foldable
STA-903:
Cable
Cable
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna
  • L1 L2 L5 High Precision Positioning Uav Unmanned Rtk Gnss Helix Antenna

Descripción

Product Technical Features
The multi-arm spiral technique is adopted to ensure the right-handed circular polarization and phase center performance, and reduce the influence of measurement errors. 
The antenna unit has the characteristics of high gain and small gain roll down, which is good for receiving signals from low elevation satellites. 
Exquisite low noise, high gain amplification and excellent out-of-band suppression; 
Small size, light weight, easy to carry and install.
Product Application 
It is suitable for the occasions where the volume and weight are required, such as drones, micro RTK, sub-meter handheld phones/tablets and other portable devices.
Model 901 / 902 / 903 Difference & Advantages
1. Model STA-901
  • Standard straight integrated connector design
  • Fixed installation angle, no adjustable structure
  • Suitable for conventional equipment with sufficient installation space and vertical interfaces
  • Cost-effective, basic version for general GNSS positioning scenarios

2. Model STA-902 (Foldable Connector Version)

  • Exclusive foldable & rotatable mounting joint
  • Flat storage, small size, high portability for drones, handheld survey devices
  • Flexible angle adjustment, keeps antenna vertical to ensure stable satellite signal
  • Relieve cable bending stress, effectively prolong service life
  • No extra adapters needed, lower installation cost & failure rate
  • Perfect for narrow space and special interface angle installation

3. Model STA-903 (Cable Outlet Version)

  • External cable connection design, customizable wire length and connector type
  • 4 mounting holes on lower shell for more firm installation
  • Free placement of antenna body, away from metal shelter and electromagnetic interference
  • Greatly improve satellite reception performance
  • Widely compatible with drone flight controller, survey terminal, industrial router and other devices
  • Ideal for scenarios requiring remote antenna placement
 
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