FLIR

Muve B330

The MUVE B330 is a Continuous Biological Detector and Collector purpose-designed for unmanned aerial systems (UAS) to provide realtime continuous monitoring of biological threats while on the move. The B330 leverages the legacy design and performance of the IBAC product line in a SWaP-optimized configuration.

The SkyRanger R70 and R80 SkyRaider serves as the platforms for the initial deployment of the MUVE B330 payload. The payload is designed to be intuitive, easy to use, and require minimal maintenance. Sensor display is provided via the Mission Control Station (MCS) piloting interface.


The Muve B330

MUVE B330

Continuous Biological Detector and Collector

The MUVE B330 is a Continuous Biological Detector and Collector purpose-designed for unmanned aerial systems (UAS) to provide realtime continuous monitoring of biological threats while on the move. The B330 leverages the legacy design and performance of the IBAC product line in a SWaP-optimized configuration. The SkyRanger R70 and R80 SkyRaider serves as the platforms for the initial deployment of the MUVE B330 payload.

The payload is designed to be intuitive, easy to use, and require minimal maintenance. Sensor display is provided via the Mission Control Station (MCS) piloting interface. Alarming conditions and collector status will be displayed to the Pilot to not only alert them to a threat, but also provide positive confirmation that a sample is being collected. The MUVE B330 provides next level protection to combat forces by identifying biological threats remotely and down range.

 

  • Make quick assessments of the threat perimeter

  • Trigger automated sample collection for follow-on identification

  • Enable informed decision-making before human operators approach a hazardous scene

  • Locate the threat source and track progression as the scene unfolds

  • Cover difficult terrain from the air

Assess The Scene from a Safe Distance

When dangerous conditions exist, or are anticipated, utilize the MUVE B330 to fly in for an initial assessment.

    Continuous air sampling provides real-time feedback of conditions

  • Allows for informed decision making prior to approaching a hazardous scene

  • Locate source of threat and track progression as the scene unfolds

Significantly Reduce Time to Action

Rapidly deploy in a matter of minutes

  • Cover difficult terrain from the air to assess hazards

  • Make a quick assessment of the threat perimeter

  • Alarm will initiate upon detection of hazardous conditions

  • Automated sample collection upon alarm indication

Fully Integrated Situational Awareness

Gather a comprehensive overview of an active scene utilizing visuals and B330 indications.

  • Mission Control Station (MCS) application provides plug-and-play operation of the MUVE B330 payload

  • Visually display threats on the map within MCS using easy to understand pin drops

  • Analyze, log, and access complex data in an easy-to-understand visual overlay

General

Technology
UV Laser Induced Fluorescence (LIF)
Communication
Ethernet

Sampling & Analysis

Sample Introduction
Airborne particles; triggered aerosol sample collector
Sample Phase
Aerosol; flow rate 4.0 L/min (0.14 ft3/min)
Threats
Spores, vegetative bacteria, viruses, and toxins; particle size: 0.7 – 10 microns
Sensitivity
<100 particles/L of air
Sampling & Analysis
Continuous sampling when in operation
Sample Collection
Integrated sample collection

System Interface

Display & Alerts
Mission Control Station (MCS)
Outputs
Alarm Status, Diagnostics Status, Collector Status
Data Storage
16 GB internal storage
Training Requirements
<8 hrs

Power

Input Voltage
16-36 VDC
Power Consumption
10W (normal operation), 12W (collector running)
Cold Start Time
<5 mins

Physical Features

Dimensions (L x W x H)
7.6 x 7.6 x 8.5 in (19.3 x 19.3 x 21.6 cm)
Weight
3.17 lbs (1.44 kg)
Enclosure
Windform SP (Composite polyamide based, carbon filled)

Enviromental

Operating Temp (ambient)
-26 to 120 °F (-32 to 49 °C)
Operating Humidity
5% to 99%, non-condensing
Storage Temp
-38 to 126 °F (-39 to 52 °C)

Integrated Sample Collector Specifications

Sampling Method
Dry collection
Power Consumption
2 watts
Max Flow Rate
30 L/min
Particle Size
1 to 10 microns
Collection Media
Sample Disk
Sample Recovery
Sample extraction from sample disk in vial with liquid buffer

Teledyne FLIR MUVE™ B330