Do you need to map large-scale areas – capturing extensive geographic data for detailed analysis – or are you looking to monitor specific conditions or changes in real time? Understanding the objective of your mission is critical as it allows our team to design a customized mission plan to achieve your goals.
We can fly your sensors, or we’ll source and fly other sensors suited to your mission, so you can focus on what matters most—collecting and analyzing the right data. With extensive experience in designing and flying remote-sensing special missions, our team works closely with clients through each step.
Test new-generation sensors side-by-side with their predecessors to assess performance improvements. This is ideal for clients who need to compare upgraded products with older versions under the same mission conditions.
From mission planning to sensor integration and data acquisition, our team handles every aspect of your special mission. Whether you’re testing hardware for pre-space missions, acquiring data, or conducting scientific research, we optimize every element for success.
We don’t just gather data—we ensure it’s processed and validated in real-time so you can make informed decisions and refine your mission parameters as needed.
In 2023, IO Aerospace launched its high-altitude airborne mapping aircraft, a specially modified Learjet 35. With extensive modifications, including dual camera ports, delta fins for stability, and extended tip tanks for longer flight endurance, this aircraft can deliver:
FLIGHT TIME
MAX ALTITUDE
MAX WEIGHT
MAX SPEED
In high-resolution airborne photogrammetry, vignetting—the gradual darkening toward image edges—can wreak havoc on orthomosaics and radiometric analysis. IO Aerospace has developed a robust, scene-derived flat-field calibration workflow that eliminates these
Disasters don’t wait. Whether it is wildfire, flood, earthquake, or storm, the critical hours after a major event demand clear, accurate, and timely situational awareness. Disaster response requires speed, precision,
Linear infrastructure, such as powerlines, pipelines, and fiber corridors, requires continuous monitoring to ensure operational safety and regulatory compliance. But even with GPS records and as-built drawings, what’s actually happening