The Short Answer
AGTEK Earthwork 4D is the best earthwork takeoff software for most sitework contractors — it is the industry standard and its quantities carry weight in bid disputes. Trimble Business Center is the pick if you run Trimble machine control, and Kubla Cubed is the best budget option. Takeoff tells you what should move; pairing it with a field tool like Gradelog documents what your crew actually moved — grade checks, compaction logs, and daily production against the takeoff.
Earthwork takeoff software builds existing and proposed surfaces from plan sets and computes cut, fill, stripping, and haul quantities — the numbers your entire dirt bid stands on. This guide compares the leading dedicated takeoff platforms honestly, including what each one is genuinely good at, and where the takeoff-to-field gap gets contractors in trouble.
The benchmark for dedicated earthwork takeoff. AGTEK reads PDF and CAD plans, builds existing and proposed surfaces, and produces cut/fill quantities, stripping volumes, and haul analysis that estimators and owners both trust. If a dirt bid gets challenged, an AGTEK takeoff is usually the reference everyone argues from.
A full survey and construction data platform that includes strong earthwork takeoff. The pull is workflow: the same surfaces you take off become the machine-control models your GPS dozers and excavators grade to — no data translation between office and machine.
The strongest low-cost dedicated takeoff tool. Kubla Cubed handles PDF-based cut/fill takeoff with a clean interface and a perpetual-license option, which makes it the common first takeoff program for small excavation contractors moving off paper and planimeters.
A long-standing US-based takeoff platform sitting between Kubla and AGTEK on price and depth. Known for responsive support and a GPS-model output that feeds machine-control systems without a full Trimble office stack.
Takeoff software is an office tool. Once the job starts, the questions change: is the pad actually at subgrade? Did that lift pass compaction? How many yards did the crew really move today, and does it track against the takeoff? Those answers live in the field — and if they are on paper or in a foreman's head, you cannot defend quantities when an overrun turns into a change-order fight.
That is the side of earthwork Gradelog is built for: grade checks logged against design elevation with automatic pass/fail, compaction test logs by lift and location, daily production quantities, photos, and PDF reports — all from a phone that works offline. Takeoff plans the dirt; Gradelog proves the dirt.
The full earthwork software landscape — takeoff, machine control, and field tracking.
Honest look at alternatives to AGTEK for takeoff and field tracking.
Quick field cut/fill volume checks — free, no login.
AGTEK Earthwork 4D for most contractors — it is the industry standard and its quantities carry the most credibility. Trimble Business Center if you run Trimble machine control, Kubla Cubed on a budget, InSite Elevation Pro as a mid-market alternative with machine-control model export.
No — Gradelog does not compute quantities from plans. It documents field execution: grade checks against design, compaction logs, daily reports, photos, and production quantities. Most dirt contractors pair an office takeoff program with Gradelog in the field.
Takeoff measures quantities from plans (cut, fill, strip, pipe). Estimating applies production rates and costs to those quantities to build the bid. AGTEK and Kubla are takeoff-focused; HCSS HeavyBid is a dedicated heavy-civil estimating platform.
Yes — every tool in this guide builds surfaces from PDF plan sets. You trace or auto-extract contours and spot elevations for existing and proposed surfaces, and the software computes the volumes between them. CAD files (DWG/DXF) and drone survey data improve accuracy when available.