Air Data & Flow Measurement Solutions for UAVs & Autonomous Flight

Why It Matters

Accurate air‑data feeds are critical for safe, efficient autonomous operations, and Aeroprobe’s certified hardware reduces integration risk for UAV manufacturers and operators.

Key Takeaways

• Aeroprobe joins UST as Silver supplier
• Offers ISO‑9001 certified air data computers for UAVs
• Probes measure airspeed, angle‑of‑attack, temperature up to Mach 1
• Products meet MIL‑STD‑810 and RTCA DO‑160 standards
• Rugged designs support harsh, cold environments

Pulse Analysis

The rapid expansion of commercial and defense UAV fleets has turned air data accuracy into a strategic differentiator. Precise measurements of airspeed, altitude, and angle‑of‑attack are essential for flight‑control algorithms, mission planning, and safety certifications. Aeroprobe’s recent inclusion in Unmanned Systems Technology’s supplier network signals a broader acceptance of its niche expertise. By delivering ISO‑9001:2015‑certified hardware that can be retrofitted onto fixed‑wing, rotary, and hybrid platforms, the company addresses a gap that many OEMs have struggled to fill. This partnership also gives UST members streamlined access to certified parts, accelerating development cycles.

Aeroprobe’s portfolio spans micro air data computers (μADCs), multi‑function probes, and total‑air‑temperature sensors, each engineered to survive MIL‑STD‑810 and RTCA DO‑160 environmental tests. The μADCs combine low size, weight, and power (SWaP) with real‑time processing of parameters such as angle‑of‑sideslip, enabling tighter flight‑control loops on small drones. Multi‑function probes eliminate moving parts, reducing maintenance while offering de‑icing and temperature‑sensing options for polar missions. The TAT probes operate up to Mach 1 and 500 °C, delivering critical engine‑performance data for high‑speed autonomous sorties. Customers benefit from a unified data interface that simplifies integration with existing flight‑control software.

The integration of these sensors directly influences mission economics by reducing the need for redundant instrumentation and post‑flight data reconciliation. Operators can trust on‑board telemetry to trigger autonomous contingency actions, a capability that aligns with emerging FAA and NATO guidelines for beyond‑visual‑line‑of‑sight (BVLOS) operations. As autonomous swarms become commonplace, the demand for scalable, plug‑and‑play air data solutions will intensify, positioning Aeroprobe as a potential standard‑bearer. Companies that adopt these systems now gain a competitive edge in reliability and regulatory compliance.