Posts Categorized: QTFM

Summary: SPH Engineering, based in Latvia, has developed an easy-to-use UAV magnetometer payload with integrated peripherals. The system is available with QTFM in single-sensor and gradiometer configurations. With the development of compact, low-power, lightweight, and highly sensitive magnetometers like the QTFM, conducting high-resolution surveys of magnetic signatures across large land areas has become increasingly feasible,… Read more »

QTFM stands as one of the most sensitive and compact scalar atomic magnetometers available today. Many QTFM applications also need compact, robust, and lightweight packaging for deployment, especially on mobile platforms like UAVs (Unmanned Aerial Vehicles) and UUVs (Unmanned Underwater Vehicles). To meet these requirements, we have developed a carbon fiber-based solution (add-on) that simplifies… Read more »

Our second-generation QTFM sensor is now ready! The G2 has been redesigned from the ground up to enable advanced magnetometry applications requiring uncompromising sensitivity in a rugged, small, low-power package. The design choices for G2 focussed on magnetometer integration on compact unmanned aerial and underwater platforms (drones). A photo of the QTFM Gen-2 sensor head… Read more »

DiGioia Gray has launched it’s abandoned oil well seeking machine, WELLSCOUT!  WELLSCOUT is a UAV equipped with QuSpin’s QTFM scalar magnetometer. This Aeromagnetic drone can find metallic waste and conduct environmental surveys with incredible efficiency. Check it out. DiGioia Gray Team: Andrew Zorn , Erich V. Zorn

An ideal sensor is stable and exhibits very low drift between the measured value and the actual value, a task often difficult to achieve at low frequencies over long measurement times. Our QTFM attains high, low-frequency stability and high sensitivity by implementing low-noise/low-drift electronics, and by stabilizing to a high degree every operating parameter of the… Read more »

QuSpin’s first public demonstration of our QTFM magnetometer product was at the Navy Forum for SBIR/STTR Transition held April 3-5, 2017 at the Gaylord Convention Center in National Harbor, MD. This demonstration showcased the progress QuSpin has made in the Phase I and Phase II development towards Navy SBIR topic N141-004. The high-sensitivity mags are small, low… Read more »