SkyTEM ApS products

SkyTEM304 has been employed worldwide since 2004 for a wide range of applications including mineral, geotechnical engineering solutions and most of the globally acclaimed SkyTEM water mapping projects. Like all SkyTEM technology the current in the coil turns off within a few microseconds. Bias free measurements begin at 7 µs. Combined with late time recordings out to 10 ms SkyTEM304 is the only system proven to deliver accurate data from the top few metres to depths of up to 350 m.

The SkyTEM312 with twelve transmitter loop turns collects both near surface and deep data. This system has a dipole moment of ~500,000 NIA and operates at speeds of up to 150 km/h with a transmitter and receiver terrain clearance of 50 metres. The performance of SkyTEM312 is built on an exceptionally rigid and aerodynamic carrier frame that maintains the low noise levels necessary to provide fine discrimination in the near surface data while retaining the ability to detect weak conductors at depth. This dual-moment capability makes the system ideal for both mineral exploration and groundwater mapping purposes.

The SkyTEM306HP (High Power) with six transmitter loop turns collects both near surface and deep data. The SkyTEM306HP can be configured with SkyTEM’s breakthrough MultiMoment innovation for faster turn-on and turn-off, recorded by fully digital 3 channel receivers. Furthermore, SkyTEM306HP can be configured in FAST mode, featuring an aerodynamically superior system reducing acquisition costs by flying at speeds of up to 150 km/h, providing an economically viable alternative to fixed wing, particularly when cost-effectiveness and data quality are crucial parameters.

Optimized for exploration at increased depth, the single-moment SkyTEM312HP with 12 transmitter turns combines a small frame and high power to achieve depths of penetration obtained previously by much larger and heavier systems. The SkyTEM312HP can be configured with a peak moment up to 1,000,000 NIA. This high power system is optimized to provide an exceptional depth of investigation due to the high moment (HM) mode with high current and low base frequency of 12.5 Hz.