MagNIMBUS atomic total-field - Remote Robotic
MagNIMBUS atomic total-field - Remote Robotic
SPH Engineering

MagNIMBUS atomic total-field

Contact us for best pricing
Contact us for best pricing

Proof of concept program

Remote Robotic helps enterprise and public-sector teams validate advanced robotics solutions—drones, UGVs, ROVs, docking systems, and sensors—through a hands-on Proof-of-Concept (POC) program.

Designed for utilities, public safety, mining, energy, and large industrial organizations that need clarity, ROI, and operational certainty before investing.

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Weight: 570g
Magnetometer

The MagNIMBUS is an ultra-sensitive, drone-mounted magnetometer system designed for high-precision aerial surveys in demanding applications such as UXO detection, archaeological mapping, buried-infrastructure location, environmental surveying and mineral exploration. Powered by the QuSpin Gen-2 atomic total-field magnetometer sensor, the MagNIMBUS delivers exceptional resolution even at very low altitudes — enabling operators to fly with minimal sensor-to-ground clearance without compromising safety or data quality. 


With a foldable mount and integrated mounting hardware, the MagNIMBUS is built to integrate smoothly into enterprise drones such as the DJI M350 RTK or M300 RTK. Its design enables rapid deployment, true terrain-following capability and streamlined drone survey workflows — making it an ideal choice for professional UAV-based magnetic field surveys

As MagNIMBUS is very versatile customisable magnetometer system, it may require different components to be used with particular drone. Also, different configurations available. Please request the quote to get tailored specification for equipment, software and services.

  • Sensitivity:Scalar: <3 pT/√Hz; Vector: <0.1 nT/√Hz (optional add-on)
  • Data Rate:1000 samples/sec (maximum)
    Bandwidth:500 Hz
  • Deadzone:Axial only, < +/- 7º cone about earth’s field (typical < 5º) (diagram)
  • Heading Error: <3 nT uncompensated
  • Dynamic Range:1000 nT to 150,000 nT
  • Operating Temperature:-15 deg. C to 55 deg. C
  • Size:17.7×19.8×35.8 mm (sensor head), 14.7×24.4×92.3 mm (ECU housing)
  • Weight:12 grams for sensor head + 29 grams for electronics/ECU (ECU without housing is 6.5 g)
  • Power: +5 V input (using SCB) or 10-12 V input (sensor powered directly), 2.5 W total, 3.5 W during startup
  • Slew Rate Limit:  None
  • Outputs:  UART (RS232), USB 
  • Max Gradient Field:300 nT/cm
  • Calibration:None
  • Type:Pulsed laser-pumped rubidium, free induction decay

  • Recommended drone: DJI M350 RTK/M300 RTK. Standard kit comes with all mountings/cables for this drone, sets for other types of drones, including Pixhawk-based, are available by request.
  • Foldable mount with build-in QuSpin QTFM Gen-2 magnetic field sensor.
  • Mast with QuSpin QTFM Gen-2 sensor for vertical gradiometer configuration.
  • SkyHub onboard computer – acts as datalogger for magnetic field sensors and implements terrain following mode for DJI drones.
  • Altimeter (laser or radar).
  • UgCS Expert flight planning/management software.

Remote Robotic is a North American authorized dealer for SPH Engineering MagNIMBUS atomic total-field.

Your purchase includes the full standard manufacturer warranty, and we also offer optional support programs to help protect your equipment and keep it performing at its best.

Learn more about Extended Care Program

We offer training for all robotic solutions

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MagNIMBUS atomic total-field FAQ

The MagNIMBUS is designed to mount on enterprise UAV platforms capable of stable low-altitude flight and terrain-following, such as DJI M350 RTK or M300 RTK. Ensure your drone can manage the sensor-arm configuration and maintain precise altitude over complex terrain.

Thanks to its foldable mount and advanced sensor design, the MagNIMBUS enables flights with sensor-to-ground clearance from only a few dozen centimetres (≈ 0.2-0.5 m) — particularly useful for detecting small ferrous objects in vegetation or uneven terrain.

The MagNIMBUS excels in areas requiring ultra-sensitive magnetic detection — including UXO/land-mine surveys, locating buried metallic infrastructure (pipes, cables), archaeology (sub-surface metal features) and geological/mineral exploration mapping. Its high sample rate and low altitude capability make it especially effective for compact ferrous target detection.

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