ARCAS 1100^TM is one of the latest and innovative products from Aero Vision. It is distinguished by its exceptional strength and long flight endurance – unreachable for most of electrically driven multirotors.

One of its important features is the high payload and capabilities to carry different thermal cameras, dropping payloads which makes it suitable for security and defense applications, Search And Rescue operations, surveillance and monitoring.

ARCAS 1100^TM  has a flight time of 1 hour empty and efficient flight of 30 min with 10 kg of payload.

Aero Vision Ltd in a partnership with Unmanned Inquiries Ltd has developed new type of a multirotor. The UAV was designed to meet all of the high-end requirements of Governmental Bodies, like Special Forces of the Police, Security companies, Search and Rescue services, Customs Agencies, Fire brigades.

The HKR-3 is intended to be used in very harsh environment and its durability provides the services with reliable solution for covered operations. Its low- noise profile and small dimensions provides the operator with the capability for fast deployment, ease of operation and deployment behind the enemy lines.

The module design of HKR-3 provides multiple options for payload and equipment, like installation of dual RGB + Thermal camera from Workswell and military grade cameras from Optix. Additionally, HKR-3 could be equipped with different types of flight controllers and autopilots, allowing the use of up to 7 Flight modes, flight planning capabilities for autonomous flight and integrated Ground Control Station. In addition, HKR-3 could be equipped with Long Range Telemetry and military grade encrypted connections for control.

In 2018. Aero Vision Ltd has developed the latest masterpiece in the field of unmanned aircraft – EagleEye.

The flying wing has proven its superior flying performance, delivering high efficiency, low drag and long flight endurance. The flying wing developed by Aero Vision Ltd is used for large areas and is suitable in sectors such as construction and agriculture. Increased efficiency of EagleEye provides fast, accurate mapping of high altitude areas, optimization of post-processing time and analysis of results.

The internal volume of EagleEye enables the installation of a wide range of cameras and sensors, which further extends the flying wing and its efficiency.

Products and systems from Workswell are utilized in the manufacturing process for numerous European car manufacturers. If you drive a recent model from BMW, Skoda, Renault and Kia, it is likely that Workswell’s thermal imaging systems has been used to manufacture some of your car’s components. For sure, Workswell has also many customers outside the car manufacturing industry. To name a few of these: Bosch, Honeywell, Tesco, Heineken, Kofola, IKEA, Net4Gas, Semikron, ArcelorMittal, as well as many other companies of varying sizes and focus.

Workswell WIRIS® Pro has been designed first and foremost as an inspection camera. Its thermal camera is equipped with a LWIR micro bolometric sensor with 640×512 px resolution (in the 7.5 – 13.5 μm range) and the Super resolution mode functionality providing an option to have the final thermogram in the 1266 x 1010 px resolution. The RGB camera comes with a Full HD (1920 x 1080 px) resolution and, most importantly, it provides an absolutely unrivalled optical ultrazoom – as much as 10x. The highest possible temperature that the thermal camera can measure is 1.500 °C. High measurement accuracy and precision metrology. We are aware that industrial applications can be very demanding when it comes to metrology and that at each stage. Each thermal camera is precisely and individually manufactured and calibrated.

Workswell WIRIS ProSc is a state-of-the-art thermal imaging camera used for the most challenging applications like a geological, archeological and forest research, ecological and environmental research, structural research of buildings (dams, chimneys, bridges) etc. Workswell WIRIS ProSc camera is designed for applications requiring the highest temperature sensitivity and accuracy, excellent service and software support. That’s why the camera is offered in a research and education kit with WIRIS Data SDK for user’s application development and WIRIS Ethernet SDK for ethernet application development.

The latest Workswell WIRIS® Enterprise camera completely replaces the Workswell WIRIS® Security, which is a LWIR (7.5 – 13.5 µm) drone thermal camera designed specifically for search and rescue applications such as building and perimeter surveillance, searching for missing persons, firefighting operations, etc. This thermal camera is fully adapted to these applications with a high-resolution sensor (1266 x 1010px), 30x optical zoom in the RGB spectrum, two RGB cameras, laser rangefinder (up to 1500m), search and rescue functions, excellent temperature sensitivity, as well as a strong mechanical construction made of lightweight aluminium.

From 2017 Aero Vision Ltd is an official importer of the specialized remote monitoring and analysis solutions provided by the leading manufacturer of NDVI cameras – MAPIR.

The portfolio of precision farming cameras includes a wide range of multi-spectral cameras and cameras with a wide range of filters and lenses (RGB, OCN, NGB, Red-Edge, NIR, NDVI, eNDVI).

The broad possibilities for analyzing sown areas and plant condition are provided by reliable and proven MAPIR sensors: Survey3 and Kernel.

Survey3 is available both in wide-angle (Survey3W) and narrow-angle versions (Survey3N). Both lenses have no fish eye effect and extremely low distortion, providing excellent results in air monitoring and mapping. Survey3W is similar to most DJI cameras (Mavic, Phantom, Inspire X3). Survey3N provides 2X Optical Fixed Zoom vs. Survey3W, providing 2X higher ground-based resolution (GSD).

The Kernel  camera is the first modular platform, with all individual cameras easily coupled together to form custom, compact photo frames. You can configure each camera module with a variety of sensors, lenses and filters, making it easy to adapt to the requirements of the current project. Ideal for manufacturers, integrators and UAV operators who want to build powerful, customized, multi-spectral cameras and cameras for NDVI and eNDVI analysis.

Pix4D is a market leader in photogrammetry software technology. Our products enable you to digitize reality and measure from images taken from planes, drones, phones, or any other camera.

We revolutionize photogrammetry, so you can scale up and unleash the power of your imagery.

Research is in our DNA. It was there when we were founded back in 2011 and it’s still a priority today.

We believe that R&D is the key to pushing the boundaries of modern photogrammetry. Our team includes scientists, engineers, and photogrammetry specialists.

PIX4Dmapper‘s photogrammetry algorithms transform your ground or aerial images in digital maps and 3D models. Seamlessly process your projects on your desktop using our photogrammetry software, or bundle with PIX4Dcloud for online processing. It provides compatibility and import with RGB, thermal, or multispectral images with any camera or drone.

Pix4Dsurvey provides capabilities for import of large files and datasets, as well as LiDAR scans. It works with multiple point clouds at the same time formatted as .las or .laz files and provides industrial grade photogrammetry tools, like special algorithm for clearing noise and objects from the scene (for example photogrammetry of a highway with a heavy traffic).

Pix4Dmatic is the next-generation photogrammetry software for terrestrial, corridor and large-scale mapping. It processes thousands of images while maintaining survey-grade accuracy, halving the processing time, without the trouble of splitting and merging.