Top 10 Best Rebar Takeoff Software of 2026

AGATEC Max Rebar is a leading rebar takeoff software designed specifically for construction estimators and detailers, automating the extraction of rebar quantities, lengths, and weights directly from 2D DWG and PDF drawings. It offers precise material takeoffs, generates detailed bills of materials (BOM), cut lists, and placing schedules, while supporting customizable reporting and integration with popular estimation tools. With its rule-based automation and high accuracy, it significantly reduces manual counting errors and speeds up bidding processes for rebar-intensive projects.

RebarWin by RebarSmith is a robust Windows-based rebar takeoff and detailing software tailored for construction estimators and detailers. It supports importing DWG/DXF files, 3D rebar modeling, automated quantity takeoffs, and generation of bar bending schedules (BBS), bills of materials, and shop drawings. The tool excels in handling complex rebar configurations, clash detection, and integration with fabrication workflows to minimize errors and optimize material estimates.

Prota Rebar is an advanced rebar detailing and takeoff module within the ProtaStructure suite, designed for structural engineers to automate reinforcement placement, scheduling, and quantity estimation from 3D BIM models. It streamlines the takeoff process by generating accurate bar bending schedules, material reports, and fabrication drawings with minimal manual input. The software excels in handling complex concrete structures, ensuring compliance with international standards and facilitating seamless integration with design workflows.

Tekla Structures is a comprehensive BIM software suite from Trimble, renowned for structural steel and concrete detailing, including advanced rebar modeling and takeoff capabilities. It enables users to create precise 3D models of reinforcement in concrete structures, perform accurate quantity takeoffs, generate bending schedules, and produce fabrication-ready outputs. While primarily a full modeling tool, its rebar takeoff features integrate seamlessly with project workflows for estimation, procurement, and construction documentation.

Advance Concrete, developed by Graitec, is a BIM-based software specialized in reinforced concrete design, detailing, and documentation. It enables users to create 3D models of concrete structures, automate rebar placement with intelligent algorithms, and generate detailed drawings, schedules, and quantity takeoffs. For rebar takeoff, it excels in extracting precise quantities like lengths, weights, diameters, and shapes directly from the model, supporting accurate material estimation and cost analysis. Integrated seamlessly with AutoCAD and Revit, it streamlines workflows for structural engineers and detailers.

SDS/2 Rebar is a powerful 3D modeling and detailing software designed for reinforcing bar (rebar) in concrete structures, enabling precise placement, clash detection, and automated shop drawings. It excels in generating accurate material takeoffs and bills of materials (BOM) directly from the 3D model, supporting BIM workflows and fabrication outputs. While primarily a detailing tool, its robust takeoff capabilities make it suitable for quantity estimation in large-scale construction projects.

PlanSwift is a digital takeoff and estimating software that enables users to import plans and perform quick quantity measurements, including rebar lengths, counts, and weights through customizable assemblies and formulas. It excels in 2D plan takeoffs for construction projects, allowing estimators to build rebar schedules by defining bar sizes, shapes, and lap splices. While versatile for multi-trade estimating, it requires manual setup for complex rebar configurations and lacks native 3D modeling or automated detailing found in specialized rebar tools.

Bluebeam Revu is a robust PDF editing and markup software designed for the architecture, engineering, and construction (AEC) industry, allowing users to perform precise measurements, takeoffs, and annotations on digital blueprints. For rebar takeoff, it supports custom symbol counting for rebar marks, length and area measurements with calibration, and generation of customizable quantity reports exportable to Excel. Its Studio collaboration feature enables real-time team markups, making it a versatile tool for general construction estimating rather than a dedicated rebar solution.

Togal.AI is an AI-powered construction takeoff platform that automates material quantification from digital plans, with strong capabilities for rebar takeoff by detecting bar marks, sizes, shapes, lengths, and counts using computer vision. It processes PDFs, CAD files, and images rapidly, reducing manual takeoff time from hours to minutes. The software exports data to CSV or integrates with popular estimating tools like Procore and PlanSwift, making it efficient for rebar detailing in concrete projects. While versatile across trades, its rebar module excels in standard reinforcing steel estimation from 2D plans.

Kreo (kreo.net) is an AI-powered construction takeoff and estimating platform that automates quantity extraction from 2D PDFs, CAD files, and 3D BIM models, including rebar detailing and measurement. It streamlines rebar takeoff by using machine learning to identify, count, and quantify rebar elements with high accuracy, reducing manual input. The software supports collaborative teams with real-time updates and integrates with tools like Procore and Autodesk.