Geoscan Pollux is the first Russian digital multispectral camera for unmanned aerial vehicles. Mounted on a special drone and paired with special software, it is a comprehensive tool for assessing the condition of agricultural land.
Publications
https://www.youtube.com/watch?v=kyxXmNQjk9Q&ab_channel=GeoscanGroup
Goal
At the request of the Geoscan team, we developed an attractive and functional product design for the first Russian multispectral camera for unmanned aerial vehicles.
An important requirement was that it had to be perfectly combined with the Geoscan Gemini drone and look good in combination with drones from other manufacturers
Research
We studied the current market for multispectral cameras around the world and analyzed what they have in common, their strengths and weaknesses.
Study of the Geoscan brand and its aesthetics.
Analysis of the Gemini drone, which was developed by SmirnovDesign, will use the camera to use Geoscan.
Research and search for inspiration in professional lenses, leaders, photo and video devices.
Focus on fully matching the world of high-quality and innovative photography.
It was decided to use a combination of sharp edges and soft surfaces, creating the image of a professional and serious device, but with a pleasant shape.
Our goal is to create a device with a design that conveys a sense of “innovation”, looks convenient and comfortable for the user.
Conceptual design
The complexity of this project lies in the fact that both internal and external size restrictions are very strict.
We have to put all the electronics inside the chamber while they have to fit inside the already manufactured product.
This becomes a challenge as the overall design needs to be attractive and competitive.
All concepts are presented in the same color scheme, which helps to emphasize the shape and make it easier for the client to see.
Instead of exquisite sketches, we provide first works with conceptual but accurate 3D models and renders.
In this way, the Geoscan team has the opportunity to evaluate implementation, aesthetics and manageability at the same time.
After review and analysis, the Geoscan team chooses the optimal design direction, inspired by several other concepts and important ideas derived from collective brainstorming.
Based on the accumulated knowledge and feedback, we continue the process.
Design development
Together with the Geoscan team, we refine the design based on our observations, as well as collaborate on mutually adapting the design and electronics until they are a perfect match.
Geoscan engineers carry out their development using our parametric CAD models as source and reference materials.
We follow it by clarifying the necessary details and providing visual and numerical recommendations to maintain the desired level of design quality as development progresses.
Prototyping and testing
The Geoscan team creates prototypes, and we, in turn, are engaged in refinement in several stages and improve the design until the final work takes the desired form.
CMF Design Graphics
Once the shape, ergonomics, and physical details of the camera are determined, we move on to graphics and CMF design.
We define all the elements of the camera's surface: colors, finishes, and placement of graphic elements such as signs, logos, and icons.
We document the results of the project in the form of an informative design presentation.
It is used by the client as a reference document when communicating with the manufacturer.
Prototype functionality
The Geoscan team begins testing the prototype on a drone.
All parties are completely satisfied with the result.
