Our team can design a customized mission plan to capture extensive geographic data or monitor specific conditions in real time using a variety of sensors, ensuring a focus on collecting and analyzing the right data.
We specialize in pre-space payload testing to ensure sensors produce accurate data, integrate smoothly, and generate early results for clients and stakeholders.
We offer rapid wide-area data acquisition coverage using our specially modified aircraft to help clients identify, quantify, and reduce methane emissions.
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.
Our team offers customized payload testing services that focus on validating the performance of your various payload components, such as cameras, sensors, antennas, and scientific instruments. We work to ensure that each component performs at its best before launch, helping clients refine their systems and demonstrate the capabilities of their payloads early.
Leveraging decades of experience in remote sensing systems and payload testing, our team helps ensure that your satellite payload will perform as expected, delivering reliable data to support your mission.
Monitoring methane levels is essential for assessing its contribution to global warming and climate change. Detecting and quantifying emissions are the first steps toward targeted reduction efforts and ensuring regulatory compliance.
Using a specially modified aircraft, IO Aerospace provides advanced mapping services with fast, wide-area coverage. Our team crafts solutions to help clients identify, quantify, and reduce methane emissions, supporting regulatory compliance and environmental sustainability. With global coverage and real-time data, we enable clients to combat climate change.
Airborne remote sensing missions contribute to CO2 emissions, but choosing the right aircraft can significantly lower your mission’s carbon footprint. While traditional propeller planes are commonly used, jets like the
Marketing of satellite imagery often highlights global coverage and high resolution, but the limitations are buried in the fine print. Aircraft, however, offer higher precision, faster turnaround, and greater flexibility,
Five years ago, if you had asked us about the future of airborne remote sensing, we would have told you that drones and satellites were poised to dominate the market