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AIM 3D

The Definitive 3D design tool

Key Features

The following features represent just a fraction of AIM's capabilities

Rust

Rust detection as part of AIM 3D's automated maintance systems. 

ICNIRP

Precise ICNIRP
projection

Asset Managment

AI ​recognition of on site Assets

Design

Structural Design

Proven Use Cases of Digital Twin Technology

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Interactive Rust Detection

The AIM modeling and design system encompasses maintenance reporting, offering various features including the ability to automatically detect rust, missing bolts, and tower anomalies like bird's nests and kites. When combined with our asset tagging tool, this functionality enables users to generate an asset catalog linked with a maintenance schedule. Finally, it is possible to save links to test certificates and associate them with the corresponding asset by utilising tagging.

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ICNIRP

The AIM Modeling and Design system uses a direct calculation model to obtain a precise ICNIRP projection that considers the actual antenna patterns, technology, and power on each port. By utilising a reality model, our ICNIRP calculations can achieve an unmatched level of real-world accuracy. The projections generated can be visualised in a 3D BIM environment and exported to a 2D DWG format.

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Asset Managment

The AIM Design System leverages AI recognition to identify individual assets within a drone capture, thereby enabling the automated collection of site asset records. This feature facilitates the addition or removal of assets from the site, eliminating the need to recapture the entire site after a change has been made.

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Design

The AIM design tools enable you to incorporate or eliminate elements within a photogrammetry model. You have the flexibility to commence with an greenfield capture, progressing towards a complete design while capitalising on our structural design tools to expedite the workflow. Additionally, you can conveniently export the final design to a 2D or 3D model compatible with your CAD or BIM applications, ensuring seamless integration.

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Facts & Questions

Is a​ photogrammetry model required?

Answer. Yes, an photogrammetry model is required. This is generally achived through drone capture.

Is a drone capture ​acurite enough for detailed design work?

Answer. Drone capture can provide a high level of accuracy for detailed design work, but it ultimately depends on several factors. While drones are capable of capturing imagery with impressive resolution and precision it may not always match the precision of traditional surveying techniques such as terrestrial laser scanning or total station measurements which are more suitable for certain detailed design work where extremely precise measurements are required.

The advantage of using drones is their ability to access difficult-to-reach areas, cover large areas quickly, and capture imagery from various angles, which enhances the accuracy and quality of the resulting photogrammetry models.

Can you help arrange a drone survey?

Answer. Yes, Our affiliated company specialises in organising and conducting drone surveys, backed by extensive experience and a large portfolio of successful projects. For further inquiries, please feel free to reach out to us via email at This email address is being protected from spambots. You need JavaScript enabled to view it. or contact us directly at 02392 984671. We'll be happy to assist you.

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