The full Athexo catalogue: acoustic instrumentation, field equipment and software for the acoustic consultant. Instruments designed in-house, plus the supporting kit needed to take them on site.
The existing ones weigh 30 kg and want 230 V on the third floor with no lift.
Measuring from the car at mobile stations.
Architectural acoustics on a scale model: a miniaturised ultrasonic-band spark.
Recording without a laptop, with a declared runtime.
A more stable reference than an electroacoustic calibrator.
The full vector: the direction of the source, not just its magnitude.
The standardised angle without a balancing act on the tripod.
Today it is copied out by hand, and nobody really does it.
Post-processing exists; generating the standard-compliant document almost never does.
The market claims accuracies it cannot hold. Declaring 10% is the product.
Courses for competent acoustic technicians, school laboratories.
For those who have the room but not the equipment around it. Planned variants: frame plus microphones plus source.
Probe for in-situ measurement of the sound absorption of materials, on the principle of SoniCat-type probes. It characterises a surface where it stands, instead of cutting a sample and sending it to a laboratory.
Impulse source for impulse response measurement. It produces a repeatable impulse mechanically: nothing to power, nothing to explain to passers-by.
Temporary sealing during in-situ tests.
Levelling on floors that are not flat, without altering the impact.
Known, stable sound power: it calibrates the method, not the instrument.
It exists in the seismic field, not in civil acoustics.
Today the 45 degree angle is eyeballed; here it is read off a scale.
Ties every noise event to the flight that caused it.
Every serious omni on the market needs a flight case and two people.
Urban monitoring in exposed locations.
It exists as a shopping list in twenty different practices, never as a product.
Permanent installation, rodents, foot traffic.