We develop headsets and communication systems designed to the requirements of the contracting authority, for demanding field conditions and platform needs.
Incoming noise is physically cancelled when it meets an anti-phase wave generated in real time. What remains is the radio call, heard without interruption over a clear floor of silence. The scene below is a live demonstration of that principle.
The points below are not a product feature list; they are the engineering capabilities we use to solve the bottlenecks most often encountered in defence projects.
Exact conformity with classified specifications and physical constraints: we develop designs from scratch to millimetric precision, working from the 3D data and operational mechanical requirements of your platform - an armoured vehicle panel or a tactical helmet.
The points below are not a product feature list; they are the engineering capabilities we use to solve the bottlenecks most often encountered in defence projects.
Exact conformity with classified specifications and physical constraints: we develop designs from scratch to millimetric precision, working from the 3D data and operational mechanical requirements of your platform - an armoured vehicle panel or a tactical helmet.
Thanks to our in-house additive manufacturing infrastructure, designs are prototyped without external dependencies and without waiting weeks. An idea becomes a prototype you can hold and test in the field by the fastest route available - supply chain security starts with us.
Once the contracting authority approves the specifications, there are no cumbersome processes: the flexibility of our production infrastructure allows us to move straight into final manufacturing and delivery.
Our hardware doesn't only work standalone; it integrates seamlessly, both physically and electronically, with existing radio infrastructure at the pin, connector and signal level, as well as with in-helmet systems and armoured vehicle intercom networks.
Situational awareness beyond high isolation: we deliver intelligent acoustic isolation solutions that block sudden, high-level noise such as blasts, engines or wind through specific decibel filtering, while allowing personnel to hear radio calls and environmental sound.
We don't impose a single material. High-density, heavy-duty materials (titanium, for example) for missions requiring maximum impact resistance; specialised coating technologies resistant to corrosion, moisture and temperature swings: whatever the thermal and mechanical stresses of your operating environment demand, we select and apply the most suitable material from our extensive inventory.
From the field to the vehicle and from operations centers to extended exercises, one standard of clarity and durability.
Communication solutions for field personnel and units.
Clear crew communication in environments with intense engine and ambient noise.
Professional audio solutions for operations centers and coordination teams.
Training and field activities requiring extended use.
We don't buy in off-the-shelf products and assemble them; we develop the entire technology from scratch with our own engineering discipline. From defining the requirement to validation testing, we run a systematic end-to-end cycle.
The technical specification, mechanical constraints and acoustic requirements are reviewed together with the contracting authority, and target decibel attenuation rates and frequency ranges are established.
A design matching the platform's 3D data and operational mechanical requirements exactly is developed digitally, to millimetric precision.
Before anything reaches the production line, the behaviour of the sound, the noise attenuation rates and the acoustic response of the material are validated on computer with advanced simulation software. Our solutions are not concepts drawn on paper.
The validated design is prototyped immediately on our in-house additive manufacturing line, with no external dependencies — something you can hold in your hand and test in the field.
The prototype is put through validation testing; once the contracting authority approves it, our flexible production infrastructure moves straight into final manufacturing and delivery.
Get in touch with our engineering team about acoustic hardware projects built for your operational requirements or your platform.
