We begin with a detailed desktop study using GIS mapping software, satellite imagery, and infrastructure databases. This stage identifies potential restrictions such as low clearances, narrow road sections, or weight-limited structures, allowing us to focus on only the most viable route options for further evaluation.

Next, we determine the most suitable trailer setup based on cargo dimensions, weight distribution, and route characteristics. Our recommendations consider modular combinations, axle arrangements, and steering capabilities to ensure operational efficiency, compliance, and safety throughout the transport.

Our specialists travel the proposed route to record precise measurements of road widths, turning radii, gradients, and access to loading or unloading areas. Using drone technology, we capture high-resolution aerial footage to identify overhead obstacles such as power lines or signage and to document terrain conditions in critical locations.

We recreate challenging route sections in AutoCAD 2D to assess maneuverability and clearance before execution. Simulations are performed for elements such as sharp bends, bridge approaches, or narrow passages, ensuring that operational risks are minimized well before transport begins.

The completed report compiles all findings into a detailed, compliance-ready document. It includes KMZ files for Google Earth, AutoCAD simulations with explanations, aerial images, and permitting details. Bridge load capacities are assessed using our past oversized transport experience and confirmed through official inquiries to the transport ministry.