These high-temperature probes operate exactly like the standard probes, with the same accuracy, range of incidence angles, and frequency response, but are made to operate in extremely high-temperature environments.

To suit the needs and budgets of different customers, we offer three different types of these probes. The most cost-effective model we offer is a steel probe which can withstand up to 600°C. We also offer a probe constructed of a nickel-based superalloy, which is capable of sustaining up to 900°C, and a platinum coated ceramic probe capable of operating in environments up to 1,250°C. None of these probes require cooling of any sort. High-temperature probes can be manufactured in the same geometries and sizes as standard probes.

High-temperature probes are being currently used to map the flow in the hot exhaust of a jet engine. The probes can also be used in the exhaust manifolds of automobiles or to study the turbine side of a turbocharger.