MVG | Microwave Vision Group

From tactical UAV communications to secure satellite links, defense and aerospace antennas demand uncompromised performance under strict space constraints. The new StarLab Range brings laboratory-grade 3D antenna measurement and OTA testing directly into your R&D lab or production facility. 🔹 Extensive Frequency Coverage: Test from 650 MHz up to 50 GHz (including Ka-band radar and SATCOM). 🔹 Built for Defense: Dedicated configurations like StarLab ULTRA Passive (18–50 GHz) designed specifically for defense platform development. 🔹 Rapid Diagnostics: Evaluate antenna placement, avoid coupling issues, and verify radiation patterns in minutes. 🔹 Secure & Customisable: Open API and Developer Mode for custom automated test scenarios and proprietary protocol validation. Accelerate your UAV and defense antenna development without waiting for time in large anechoic chambers. Read the full case study here: https://lnkd.in/dEspvXCr

🔧 Validating Antenna Performance for Mission‑Ready Drones. Parrot integrates several radios into compact UAV platforms — which means antenna behavior must be measured, not assumed. RF Engineer Dyhia Djennadi sums it up clearly: “With StarLab, we can refine the performance of our antennas for both drone‑to‑terminal communication and GNSS positioning… StarLab is also a great asset for final validation at the production stage, before our drones go to market." StarLab helps their team check coexistence, avoid coupling, and validate performance from R&D to production. read the full case study here: https://lnkd.in/dEspvXCr

📡 How Parrot ensures defense-grade connectivity in complex RF environments. From GNSS positioning to secure long-range links, maintaining robust, interference-resilient connectivity is critical to UAV mission success. Using MVG’s StarLab 3D measurement system, Parrot’s engineering team checks coexistence, eliminates signal coupling, and validates performance early in R&D. Read the full case study here: https://lnkd.in/dEspvXCr

Relying solely on large, centralized anechoic chambers can create costly bottlenecks in drone and defense platform R&D. The new StarLab Range offers a compact, turn-key solution that fits standard laboratory spaces while delivering full spherical 3D characterisation. Key capabilities for UAV & Aerospace engineers: 🔸 Cylindrical Mode: Characterise long linear arrays up to 4 meters in length. 🔸 Comprehensive Metrics: Gain, directivity, efficiency, TRP, TIS, radiation patterns, and sidelobe levels. 🔸 Multi-Frequency Versatility: Six tailored configurations ranging from StarLab Core (up to 8 GHz) to StarLab ULTRA (up to 50 GHz). Bring high-precision antenna measurement into your daily workflow and validate designs before final qualification. Read the full case study here: https://lnkd.in/dEspvXCr

Relying solely on large, centralized anechoic chambers can create costly bottlenecks in drone and defense platform R&D. The new StarLab Range offers a compact, turn-key solution that fits standard laboratory spaces while delivering full spherical 3D characterisation. Key capabilities for UAV & Aerospace engineers: • Cylindrical Mode: Characterise long linear arrays up to 4 meters in length. • Comprehensive Metrics: Gain, directivity, efficiency, TRP, TIS, radiation patterns, and sidelobe levels. • Multi-Frequency Versatility: Six tailored configurations ranging from StarLab Core (up to 8 GHz) to StarLab ULTRA (up to 50 GHz). Bring high-precision antenna measurement into your daily workflow and validate designs before final qualification. Read full case study here: https://lnkd.in/dEspvXCr

Relying solely on large, centralized anechoic chambers can create costly bottlenecks in drone and defense platform R&D. The new StarLab Range offers a compact, turn-key solution that fits standard laboratory spaces while delivering full spherical 3D characterisation. Key capabilities for UAV & Aerospace engineers: 🔸 Cylindrical Mode: Characterise long linear arrays up to 4 meters in length. 🔸 Comprehensive Metrics: Gain, directivity, efficiency, TRP, TIS, radiation patterns, and sidelobe levels. 🔸 Multi-Frequency Versatility: Six tailored configurations ranging from StarLab Core (up to 8 GHz) to StarLab ULTRA (up to 50 GHz). Bring high-precision antenna measurement into your daily workflow and validate designs before final qualification.