INCA® AIR silencers for precision weapons and hunting rifles | Philosophy and strategy

The INCA AIR silencer represents the pinnacle of modern silencer technology and was especially for precision shooters and hunters who place the highest demands on their equipment.

Our mission: to build silencers that meet our requirements for weight reduction and are extremely durable at the same time. Noise reduction is not the biggest challenge - everything else about a silencer is what makes a superior product.

The INCA AIR silencer combines innovative materials and technologies to ensure maximum damping performance, precision and functionality.

The most important technical aspects of the INCA AIR silencer are covered below, including the The phenomenon of heat flickering, the advantages of the carbon surface temperature regulation, the visual design and the use of titanium from the 3D printing.

Silencer INCA Air Steyr Gams

Silencers Long-range shooting and the problem of flickering air

In long-range shooting, the so-called "flickering" caused by the heat generated by the gun is a particular challenge.

When firing repeatedly the barrel of the gun heats up and the Silencer due to the shots fired. The warm air rising from the barrel and silencer leads to optical distortions that can impair the riflescope image.

The INCA AIR silencer was specially developed to reduce this problem. Thanks to the innovative design with a carbon casing, the heat is distributed more evenly and dissipated more slowly.

Carbon is characterised by low thermal conductivity, which means that the silencer has a significantly delayed heat dissipation.

This keeps the Air above the silencer is cooler, which significantly reduces flickering. This is a decisive advantage, especially for follow-up shots, as the target image remains clear and distortion-free for a longer period of time.

Silencers and the temperature benefits of the carbon surface

The Carbon surface of the INCA AIR silencer compared to conventional materials such as aluminium or steel, considerable temperature advantages.

Carbon is a poor heat conductorwhich means that it not only retains the heat more efficiently, but also more evenly distributed over the surface inside is used. This prevents certain areas of the silencer from heating up excessively and thus increasing the flickering.

Another advantage of the carbon surface is that it also acts as heat protection when the silencer is touched.

Conventional metal surfaces tend to Heat very quickly to the skin of the hand which makes the silencer untouchable after several shots.

As a result, the silencer is difficult to handle and may even cause burns to the palm of the hand.

Carbon, on the other hand, heats up very slowly and the silencer can dissipate heat at the metal end faces, which makes handling safer and more comfortable.

The INCA series

INCA Titanium silencers | HOT, ONE, AIR and TAC series

This is a decisive advantage for shooters who want to place a safely placed follow-up shot, as there is hardly any flickering to be expected even after several shots in quick succession.

This means that the INCA AIR silencer remains relatively cool on the outside, even if several shots are fired in succession.

Silencer 3D printing production titanium