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Designing access roads, pads, and platforms for wind projects often comes down to how quickly you can move from an initial concept to construction‑ready detail. RoadEng Civil Engineer with Softree Optimal — powered by Path Explorer AI — is built for that workflow, using AI to generate optimized turbine-to-turbine road networks in minutes instead of days.
RoadEng's interface is straightforward, the learning curve is low, and the software moves smoothly from fast preliminary alignments to detailed outputs needed for balance‑of‑plant construction. RoadEng's Path Explorer AI helps you evaluate access routes quickly.
Powered by Path Explorer AI, RoadEng automatically explores road network options between turbines — honoring constraints like maximum grade, side slope, cut/fill limits, streams/ponds, and other no-go or high-cost zones — and returns optimized alignments in minutes.
Full geometric design for access roads in a fast, easier-to-use design environment. Get constant feedback from real-time window interactivity.
Crane pad and site design made easy with intuitive grading functions and site design tools, including the calculation of quantities.
With earthwork costing data as you design, you can adjust your design based on cost. Compare costs for design alternatives. Know preliminary construction costs before you build.
Use earthwork optimization to automatically find the lowest-cost vertical alignment design that satisfies your design constraints & standards. Vertical optimization on its own typically brings down construction costs by 10-30% or more.
Easily share and communicate your design with Multi-Plot Report Builder. Print out plan, profile, and cross-section data as one document.
Or export to a wide variety of industry standard formats, including LandXML, DWG/DGN and more!
RoadEng’s flexible template editor allows you to assemble typical sections using a library of customizable components.
Easily create a tailored template for your wind farm projects, including ditches (drains), cable trenches, sub-base materials, varying lane widths, cut slopes, variable height fill slopes, etc.
System Requirements
Windows 7, 8, 8.1, 10, or 11 Operating System
4 GB system RAM (16 GB recommended)
Minimum 800 x 600 resolution (more recommended)
Processor or motherboard built-in video is adequate
1 GB disk space