Full passage detection without disturbing the animals
Below are a few special cases
Observation of animal behaviour without causing disturbance to them
Our camera traps do not emit scents detectable by mammals and birds; they are silent and operate with truly low visibility, using light sources that emit exclusively above 840 nm, unlike many commercially available wildlife cameras.
To ensure the integrity of the examined environment, they operate at 0 dB, free from electromagnetic emissions and olfactory effects.
In the footage, the wildcat not only fails to detect the camera but also marks what is the highest, most prominent point on its path, resembling a tree stump, before returning to mark its territory again with the scent glands in its paws. During nocturnal hunts, it remains oblivious to the LEDs.
Our camera traps are developed to rival the image quality of MILC cameras, catering to wildlife filmmakers and users sensitive to image and sound quality.
5.3K (5312 x 4648 pixels) 60p/50p fps
4K UHD (3840 x 2160 pixels) 60p/50p fps
2.7K (2704 x 1520 pixels) 240p fps
120bit MP4 H.265 (HEVC)
The quality of audio recording is ensured by the complex processing of data from three microphones.
The footage showcases a 4K UHD resolution recording, demonstrating the advantages of resolution and dynamic range, as well as illustrating what it looks like to zoom into an HD 1080 frame.
Safe detection of ungulates and predators passing between 150 cm and 16 m.
No animal larger than 15 cm will go undetected at the examination site.
Wide-angle, dead zone-free PIR
Supports Micro SD cards from 4 GB to 2 TB
Access to footage from canopy-mounted cameras via Wi-Fi
Compatible with a wide range of external batteries
IP66 protection rating
The footage was captured during tests conducted in natural environments, far from inhabited areas, when traditional wildlife cameras were compared and the principles for the creation of ECOMOSAIC cameras were developed.
The camera trap equipped with camera axes angled at 130° records events in both directions.
In the case of nests, it can be positioned vertically, allowing it to capture both the nest area and the approach zone.
The light measurement for the two cameras is independent.
Highlighted Area and Surroundings
A wide-angle and telephoto lens ensure that the details are documented alongside the broader area captured by the camera, making the documentation just as comprehensive as in a single-camera version, while also providing a detailed view from a greater distance of the central area.
Multispectral Camera Trap
Lenses with the same focal length, featuring sensors for RGB, NIR, and UV wavelengths.
Torrential Rain
Animal Attacks
It will not run out of power even when left unattended for six months.
The video reveals what the martens did over a month and a half with the version designed for detecting all movement.
Based on our experience, the presence of classic wildlife cameras affected animal behaviour during every test and, in many cases, disturbed them.
We have developed various types of cameras based on specific user needs. The MOSAIC professional true-colour and multispectral camera traps are designed for use in wildlife films, film productions, as well as for research and monitoring purposes. They aim to replace traditional wildlife cameras, minimising disturbance to animals and the impact on the examined environment.
Data Collection, Research, and Wildlife Filmmaking Without Disturbing Animals
We strive to raise awareness of ethical wildlife camera use in as many places as possible.
Camera traps in the service of nature conservation and wildlife management - The new generation of wildlife cameras, The 21st Wellmann International Scientific Conference, 18 April, 2024.
Camera traps invisible to mammals and birds, International Conference University Of Life Sciences Timisoara, 30-31 May, 2024.
Development of Passive (Light, Noise, and Odour Minimising) Camera Traps in Hungary for Behavioural Research, Nature Conservation, and Filmmaking - XXXIII Annual Meeting of the Hungarian Biological Society, Janus Pannonius Museum, Pécs, 6-7 June 2024.
Limitations of Behavioural Research Using Camera Traps - 13th Hungarian Ecological Congress, 21-23 August 2024, Szeged.
Investigation of the Negative Effects of Wildlife Cameras in Upland and Wetland Habitats - 10th Hungarian Landscape Ecology Conference, 5-6 September 2024.
E-mail: iroda@ecomosaic.hu
Tel.: 00 36 70 610 4484