USA-Made · NDAA-Compliant Drones
QuSpin Gen-2 · Atomic Magnetometer

MagNIMBUS

Ultra-Sensitive Airborne Total-Field Magnetometer

MagNIMBUS is an integrated airborne magnetometer system powered by QuSpin Gen-2 atomic total-field sensors in a vertical gradiometer configuration. A foldable mount and ground-contact-safe design allow it to fly just centimeters above terrain — ideal for UXO detection, buried infrastructure, and high-resolution geophysical survey on Harris Aerial Carrier airframes.

<3 pT/√Hz
Scalar Sensitivity
1000 S/s
Max Sample Rate
Vertical
Gradiometer Config
570 g
System Weight
MagNIMBUS airborne atomic total-field magnetometer payload
Explore the Hardware

Built to Hug the Ground

A foldable, ground-contact-safe gradiometer engineered to fly closer to the survey surface than conventional airborne magnetometers. Click the image to enlarge.

MagNIMBUS - primary view
Click image to enlarge
MagNIMBUS
Why It Performs

Atomic Sensitivity, Ground-Level Resolution

QuSpin Gen-2 atomic sensing in a vertical gradiometer, flown low and safe over the survey area for clean, high-resolution magnetic data.

QuSpin Gen-2 Atomic Sensing

Optically pumped total-field magnetometer sensors deliver scalar sensitivity below 3 pT/√Hz with sample rates up to 1000 samples per second.

Vertical Gradiometer

A dual-sensor vertical separation isolates shallow, near-surface anomalies while suppressing regional gradients and diurnal magnetic drift.

Ground-Contact-Safe Clearance

Fly the sensor just tens of centimeters above terrain. If it brushes the ground or vegetation, it will not bring the aircraft down — critical for small UXO over vegetated fields.

SkyHub Computer & Altimeter

An onboard SkyHub computer logs data and drives terrain-following with a laser or radar altimeter, holding a consistent sensor height across the survey.

Ecosystem & Applications

Where MagNIMBUS Flies

Carrier Platform Compatibility
Carrier H6
Ideal Platform
Carrier HX8
Ideal Platform
Carrier H6 HL
Compatible
Carrier H4C Quad
Compatible
570 g System Foldable Mount SkyHub Computer Laser / Radar Altimeter
Primary Applications
UXO & Landmine Detection
Buried Infrastructure
Abandoned Wells & Tanks
Minerals Prospecting
Pipeline & Cable Location
Archaeology
Specifications

Unveiling the Power & Performance Details

QuSpin Gen-2 Sensor
Sensor TypeOptically pumped atomic total-field (scalar) magnetometer
Operating Range1,000 – 150,000 nT
Scalar Sensitivity< 3 pT/√Hz
Vector Sensitivity< 0.1 nT/√Hz (optional add-on)
Max Sample Rate1,000 samples/sec
Bandwidth500 Hz
Heading Error< 3 nT (uncompensated)
Dead ZonesAxial only, < ±7° cone about Earth’s field (typ. < 5°)
Operating Temp−15 to +55 °C
MagNIMBUS System
ConfigurationVertical gradiometer (QuSpin Gen-2)
Onboard ComputerSkyHub
AltimeterLaser or radar (terrain following)
MountFoldable
System Weight570 g
Dimensions (folded)640 × 180 × 75 mm
Dimensions (unfolded)1100 × 310 × 75 mm
Sensor Power5 V (via SCB) or 10–12 V — 2.5 W (3.5 W startup)
Min. Ground ClearanceFrom a few tens of cm (ground-contact safe)

At a Glance

  • QuSpin Gen-2 atomic total-field sensing
  • Vertical gradiometer configuration
  • SkyHub onboard computer
  • Laser or radar altimeter
  • Foldable mount, 570 g system
  • Ground-contact-safe low clearance

*Sensor performance figures are QuSpin QTFM Gen-2 specifications; vector output is an optional add-on. System weight and dimensions are for the MagNIMBUS assembly. Designed for integration on Harris Aerial Carrier airframes.

Contact Us for a Free Quote Today

Pair MagNIMBUS with the right Harris Aerial Carrier for your survey area, endurance, and operating environment.

QuSpin Gen-2
Survey-Grade
× MagNIMBUS enlarged view