USA-Made · NDAA-Compliant Drones
UMag · Dual Quantum Gradiometer

V2MAG

Ultra-Sensitive Airborne Magnetometer

V2MAG is an integrated airborne magnetometer powered by dual quantum gradiometer technology (QuSpin Gen-2) with a record-low 0.01 nT system noise — detecting ferrous targets at depths and altitudes other UAV magnetometers cannot reach. A foldable, ground-contact-safe design and the UMAGMission workflow make it turnkey for UXO detection and geophysical survey on Harris Aerial Carrier airframes.

0.01 nT
Total Noise (raw)
Dual Quantum
Gradiometer
QuSpin Gen-2
Sensor Core
4.9 kg
System Weight
V2MAG airborne dual quantum gradiometer magnetometer payload
Explore the Hardware

Engineered for the Lowest Noise Floor

A compact, foldable dual-sensor gradiometer built for record-low system noise and safe, ground-hugging flight. Click the image to enlarge.

V2MAG - primary view
Click image to enlarge
V2MAG
Why It Performs

Record-Low Noise, Field-Ready Workflow

Dual quantum gradiometer sensing, resilient positioning, and turnkey software in a ship-deployable package.

World-Record 0.01 nT Noise

Record-low system noise lets V2MAG detect ferrous targets at depths and altitudes unmatched by other UAV magnetometers, with 0.01 nT raw heading error.

Dual Quantum Gradiometer

Dual QuSpin Gen-2 quantum sensors in a gradiometer configuration isolate near-surface anomalies and reject regional and diurnal drift.

GNSS-Resilient cm Positioning

Centimeter-level positioning with jamming and spoofing resilience, plus an encrypted long-range data link with redundancy for real-time transfer.

UMAGMission Turnkey Workflow

Layman-applicable end-to-end operation software, ground-contact-safe low clearance, and ship-deployable setup for demanding survey environments.

Ecosystem & Applications

Where V2MAG Flies

Carrier Platform Compatibility
Carrier HX8
Ideal Platform
Carrier H6 HL
Ideal Platform
Carrier H6
Compatible
4.9 kg System Foldable Mount UMAGMission 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

Sensor & Performance
Sensor ArchitectureDual quantum sensor (gradiometer)
Sensor CoreQuSpin Gen-2
Total Noise (raw)0.01 nT peak-to-peak (world-record low)
Heading Error (raw)0.01 nT
PositioningCentimeter-level; GNSS jamming/spoofing resilient
Data LinkEncrypted long-range radio, redundant, real-time
System & Operation
Total Weight4.9 kg
Form FactorStand-alone, field-deployable payload
MountingQuick-release mechanical integration
SoftwareUMAGMission end-to-end
Survey Speed0.5–8 m/s
CoverageOnshore 2–6 ha/h; offshore 5–12 ha/h
Weather EnvelopeWind 10–14 m/s (gusts 15–17); −10 to +35 °C; ≤10 mm/h
DeploymentShip-deployable

At a Glance

  • Dual quantum gradiometer (QuSpin Gen-2)
  • World-record 0.01 nT system noise
  • Centimeter GNSS, jam/spoof resilient
  • UMAGMission turnkey software
  • Foldable, ground-contact-safe
  • 4.9 kg, ship-deployable

*Performance figures per V2MAG / UMag published specifications. Designed for integration on Harris Aerial Carrier airframes.

Contact Us for a Free Quote Today

Pair V2MAG with the right Harris Aerial Carrier for your survey area, endurance, and operating environment.

QuSpin Gen-2
0.01 nT Noise
× V2MAG enlarged view