The Magarrow II (Fig.1) is the second-generation, high-performance magnetometer specifically designed for deployment on Unmanned Aerial Vehicles (UAV).
Its aerodynamic design and low weight (1.2kg) make the system suitable for deployment on medium sized UAVs with a payload capacity of 5kg. Typicall applications include, Mineral exploration, Archaeological investigation, Geological and Environmental land contamination projects.
The MagArrow includes the latest MFAM laser pumped atomic dual sensors (1000Hz sample rate) housed near the rear of the frame. The orientation of the sensors can be adjusted to optimise the system low heading error or no dead zone. The low power MFAM sensor allows the system to run for up to 2 hours on a single 1800mAh battery. Batteries can be hot swapped in a couple of minutes, at the same time the UAV batteries are replaced, alternatively the MagArrow can be powered from an external power source for extended operations on a hybrid UAV. The sensor is completely self-contained with internal GNSS (RTK compatible) and IMU for precise measurement timing and measurement compensation respectively.
The Magarrow II has its own internal wireless access point permitting the instrument to be controlled via any mobile phone, tablet or laptop. Survey parameters can be pre-logged into the UAV mission control software in advance, simplifying field operations as the UAV can then guide the Magarrow in altitude-stable survey lines. The data can then be wirelessly downloaded.
No Drop Outs – Can obtain high quality data which is not dependent on the
Lightweight (1.2kg), enables users to keep airborne for longer.
Fully self-contained system with GNNS, SD card storage, WIFI on board and
no need for direct UAV connection
400Hz bandwidth & Fast Sampling rate (1000Hz sample rate = fly at speeds
of 10m/s and still collect data @ every 1cm
Exceptional run time from small widely available battery (Hot swapable)
Operations can be carried out anywhere in the world
Intuitive ASCII XYZ data format
Simple web-browser based interface - The instrument offers a web-browser
based interface permitting users to use any wifi enabled device to set-up the
instrument and download data.