
Microflown AVISA
Microflown AVISA provides acoustic situational awareness based on its broadbanded 3D Acoustic Vector Sensors, capable of detecting, classifying, locating and tracking all sorts of acoustic events in 3D space. As the Acoustic Vector Sensors are small, light-weight and low power, they can be mounted on any sort of platform.
Acoustic Target Acquisition
Microflown's Acoustic Vector Sensors can be used for Acoustic Target Localisation on UAV platforms. Acoustic Vector Sensors on-board the UAV, together with local data processing, can detect and localise gunshots and artillery breaks on the ground.

Vehicle Mounted GUN-LOC and RAM-LOC
Microflown AVISA's acoustic vector sensors can localise gunshots and rockets, artillery and mortars (RAM) in 3D space.This allows 'slew to cue' cameras, remote weapon stations and other sensors.

Passive Radar for Border and Perimeter Control
Microflown AVISA's acoustic vector sensors can detect, localise, track and classify helicopters, airplanes and ground vehicles, and can be combined with GUN-LOC and RAM-LOC for truly comprehensive situational awareness.
Company Profile
Microflown AVISA develops acoustic intelligence, surveillance and reconnaissance (ISR) systems, based on its worldwide unique and patented in-house Acoustic Vector Sensor (AVS) technology.
Based in the Netherlands, Microflown AVISA is an internationally staffed SME spending 70% of efforts on R&D. Next to offering both commercial off the shelf products as well as customised solutions for a global customer base in defence and security, Microflown AVISA also advises governmental agencies and NATO industry groups in the field of acoustic situational awareness.
Events
International Urban Operations Conference
Berlin | Germany | Jan 31, 2012
News
Microflown’s Acoustic Vector Sensor wins SBIR call for Dismounted Soldier
Microflown AVISA's feasibility study WALKING EARS was ranked as the number 1...
International Urban Operations Conference
At this conference attendees have the opportunity to get the latest...






