Chosen by the Companies Shaping Tomorrow
We develop and supply solutions for wireless communication. That means key technologies for wireless networking in industries such as automotive, event production, motorsport, infrastructure, Industry 4.0, as well as manned and unmanned aviation. We rely on the latest technology and always focus on individual customer needs.
Designed, developed and manufactured in Austria.
GALLERY
The Spear Tip of Innovation
Customizable to Your Needs
The Spear Tip of Innovation
Customizable to Your Needs
Individualized Solutions
Every platform, environment, and mission profile comes with its own unique demands. Our engineering team designs antenna systems from the ground up, ensuring optimal performance across the exact frequency ranges, installation constraints, and operational conditions you specify. From compact UAV integration to rugged defense-grade solutions, we build technology that adapts to you, not the other way around.
Customer-Driven Adjustments
We work hand-in-hand with your development teams to refine every detail. Whether you need specific gain characteristics, specialized radiation patterns, or mechanical adaptations for challenging mounting positions, we implement precise modifications that align with your system architecture. This collaborative approach ensures seamless integration and predictable performance.
Deep Testing & Verification
Reliability is non-negotiable. That’s why each antenna undergoes comprehensive testing cycles, covering RF characterization, environmental exposure, vibration resistance, and long-term stability analysis. Our facilities simulate real-world mission scenarios to verify that every unit performs flawlessly before it reaches your hands. By the time it ships, it's already mission-ready.
Optimized Link Budget
Communication performance is only as strong as its weakest link. We optimize the entire link budget, ensuring consistent connectivity, extended range, and robust data throughput even in complex or contested environments. Through a combination of precise antenna design, advanced simulation, and iterative tuning, we help you achieve maximum communication reliability where it matters most.
We Develop Strong Connections
Short-term availability
We ensure fast order fulfillment with a streamlined decision-making process and maintain stock for testing and initial orders.
High performance and Less weight
The aerodynamic and lightweight design, coupled with the optimized gain pattern for RPA mounting, makes our blade antennas an exceptional solution for your application.
More range
Our products support long-range applications (100+ km) through optimized radiation patterns, wide frequency range, and omnidirectional coverage.
Easy Installation
All our antennas are designed for straightforward mounting and seamless connectivity across various platforms.
Designed and produced in Austria
Production and shipments are exclusively managed from our headquarters in Vienna. Our mission is to fully support and contribute to the sovereignty and independence of Europe.
High durability
Engineered to endure harsh environmental conditions, including extreme temperatures, vibrations, and moisture.
Where We Connect
Aviation
Lightweight, efficient, and mission-ready. Designed for UAVs and aircraft, our antennas deliver stable command, control, and data links across altitude, speed, and weather variations, ensuring dependable communication from takeoff to landing.
Defense
Engineered for uncompromising reliability. Our defense-grade antennas withstand harsh conditions, interference, and rapid maneuvers while providing secure, stable communication for ground, vehicle, and unmanned systems.
High-Performance Sports
Precision communication under extreme conditions. Whether on the racetrack or open water, our antennas ensure fast, uninterrupted telemetry and team coordination, built to perform where every millisecond counts.
Industry-Leading Blade Antennas
PIDSO is a one-stop-solution provider for high end antennas, antenna-systems & radar technology. We are happy to adjust each antenna to individual requirements and develop a tailor-made solution for all applications.
Blade Antenna
Omnidirectional | Linear Polarized
The SDI.010-00B is a high-efficiency, ultralight blade antenna with an aerodynamic design specially engineered for RPAS applications. It operates within the S-Band frequency range from 2.2 GHz to 2.9 GHz (including 4G/LTE and ISM bands) and features an optimized gain pattern for RPAS mounting ensuring reliable data transmission.
Find the connectivity-solution suitable for you.
Use our product finder to find the antenna solution you need. Filter by polarization, frequency, application or any specific parameter or feature.The finder will automatically list the best suited solutions for you.
PIDSO‘s CDI.002-00A is an extremely lightweight broadband antenna, ideally suited for (un)manned aviation applications. The CDI.002-00A‘s gain pattern is optimized for rear helicopter mount and its body structure can be adapted to customer application.
PIDSO’s SDI.003-00C is a high-efficiency and ultralight blade antenna with an aerodynamic design, especially created for RPAS applications. SDI.003-00C covers the S-Band from 1.9 to 2.6 GHz including 4G/LTE and ISM bands with an optimized gain pattern for RPA mounting in order to provide reliable data transmission.
What is a Blade Antenna?
A blade antenna is a low-profile monopole designed for high-speed platforms. Its rigid housing eliminates the drag and mechanical vibrations common in traditional whip antennas.
The design is built for SWaP-optimization (Space, Weight, and Power). Its compact footprint ensures seamless airframe integration (Space), while the ultralight build is critical for maximizing UAV flight endurance (Weight). High RF efficiency and low VSWR optimize the link budget, ensuring reliable data throughput without increasing the energy load on radio hardware (Power).
This architecture ensures stable, aerodynamically neutral data links in professional UAV and RPAS operations.
Why Choose a PIDSO Blade Antenna?
PIDSO blade antennas provide professional-grade RF performance based on over 15 years of HF engineering expertise. As an EN 9100 certified manufacturer and member of the Riedel Communications Group, the company maintains aerospace-grade quality from initial concept to series production.
Development integrates advanced 3D electromagnetic field simulators and fully automated in-house anechoic measurement chamber testing to optimize radiation patterns for specific airframes. Reliability is verified through rigorous environmental simulations, including climate chamber testing from -70°C to +180°C, validating stability in extreme operational conditions.
This end-to-end capability in Austria supports everything from small batch prototyping to high-volume production, delivering optimized link budgets and sovereign technology for tactical and high-speed applications.
Frequently Asked
Questions
What defines the RF performance of PIDSO blade antennas?
What defines the RF performance of PIDSO blade antennas?
High-end RF performance is achieved through tailored gain patterns and specialized designs, including multi-band configurations for professional uncrewed aerial systems.
Which frequency bands are available in the blade antenna lineup?
Can a single blade antenna support multiple frequency bands simultaneously?
What gain levels can I expect from your UAV-optimized blades?
How is mechanical integration into the platform handled?
How is mechanical integration into the platform handled?
Mechanical integration focuses on minimizing platform impact through ultra-lightweight designs and versatile connectivity to ensure seamless installation into diverse airframes.
How much weight do your blade antennas add to a platform?
Our RPAS-optimized series is designed for ultra-lightweight performance, with some models starting at just 18g to minimize impact on flight time.
Which connector types are used on your standard blades?
How does PIDSO support the integration process?
What environmental and operational conditions are covered?
What environmental and operational conditions are covered?
Robust environmental protection and aerodynamic stability guarantee reliable antenna operation during high-speed missions and in extreme climatic conditions.
Are the antennas protected against environmental factors?
Yes. All our standard blade antennas are IP68 rated, ensuring complete protection against dust and continuous immersion in water.
Are PIDSO blades rated for high-velocity flight?
Our aerodynamic profiles are engineered for low drag and high-speed stability, making them ideal for RPAS/UAS.
What is the standard temperature range for operation?
The antennas are qualified for temperatures from -40°C up to +85°C (depending on the model) and are resistant to high vibration, ensuring reliability even in extreme conditions.
Developed and Made in Austria
- European production with strict quality and security standards
- Fast, reliable supply chains within Europe
- Rapid availability and short delivery cycles
- Accelerated prototyping for quick project turnaround
- In-house development from concept to finished product
- Efficient coordination across engineering, manufacturing, and logistics