HASCO is revolutionizing drone communications with next-generation blade antennas, precision-engineered for mission-critical military, commercial and industrial unmanned aerial system (UAS) platforms. Take UAS performance to the next level with HASCO’s advanced blade antennas, engineered for mission-critical intelligence-surveillance-reconnaissance (ISR), telemetry and navigation applications across military, commercial and industrial platforms.
Designed and manufactured in the U.S., these antennas deliver exceptional radio frequency (RF) performance from L-band (1.35 GHz to 2.5 GHz) to S/C-band (2.2 GHz to 2.5 GHz and 4.4 GHz to 4.49 GHz). Ensuring reliable ISR links, telemetry and navigation even in demanding flight environments.
Why blade antennas matter
As drone engineers push the limits of autonomy, range and endurance, reliable RF performance becomes mission-critical. HASCO’s blade antennas provide omnidirectional azimuth coverage and low aerodynamic drag, ensuring consistent connectivity without compromising payload or speed.
HASCO antennas excel in diverse scenarios:
- Military and defense: Enhance ISR in drones like those from AeroVironment or Shield AI, supporting secure L/S-band links in contested environments.
- Commercial surveying and agriculture: Integrate with AgEagle or Sentera systems for precise telemetry in remote sensing.
- Public safety and logistics: Boost endurance for first-response UAS from BRINC or delivery platforms, enabling BVLOS operations.
In a market where UAV satellite communication alone is set to reach $7.18 billion by 2025, these antennas provide the edge needed for innovation.
All models adhere to rigorous manufacturing standards, including burr removal, weld spatter elimination and paint-free threads, ensuring reliability in operational conditions.
Key features
- Low SWaP design: Aerodynamic profiles reduce drag, extending UAS flight times while maintaining structural integrity.
- Broadband performance: Omnidirectional coverage supports real-time data transmission, with patterns optimized for small ground planes.
- Durability and compliance: Rugged radomes protect against environmental stressors; NDAA-compliant materials ensure eligibility for U.S. government contracts.
These features translate to improved mission efficiency, reduced interference and seamless compatibility with platforms from leading UAS manufacturers.
HASCO blade antennas deliver omnidirectional azimuth coverage and aerodynamic low-profile designs, supporting reliable ISR and data links without payload compromise.
Plus, a design and simulation consulting team provides full-cycle RF optimization, from HFSS/Ansys modeling to EMI mitigation and integration testing, helping OEMs like AeroVironment, Skydio and Shield AI achieve superior connectivity.
