Calculate material quantities for construction projects using unit conversion tools, concrete material estimators, aggregate calculators, road material planners, masonry estimators, and mulch calculators.
by Graniterock★ 5.04 ratingsProductivityFreeData updated 2026-09-08
Track construction progress using BIM, schedules, and budgets. Identify risks and forecast delays with predictive analytics. Document site conditions through photo documentation. Visualize work-in-place and compare plan vs. actual data.
Monitor temperature, calculate maturity, and track strength
Monitor temperature and maturity data using Bluetooth or label scanning. Transmit data wirelessly for real-time access from anywhere. Create projects, view historical temperature records, and evaluate in-place strength.
Access standards for flanges, fittings, and valves. Calculate pipe safe span, flexibility, and spacing. Retrieve pipe dimensions by schedule and wall thickness. View detailed and valve sizes. Use engineering calculators for precise data.
The app offers over 200 formulas and tools for plumbing, HVAC, and mechanical contractors. It includes calculators for water flow, piping, drainage, water heaters, pumps, gas, medical gas, pools, septic, and thermal expansion.
Track site progress and send updates automatically
Manage construction projects with real-time site tracking and automated updates. Record observations and decisions with timestamps. Create formatted notes and send reports instantly. Track reserves and manage OPA data efficiently.
Track time worked, view assigned projects, and log completed tasks. Sync with for timesheet, HR, and payroll management. Access project details and task history directly from the .
The app offers a selection of dedicated calculators. It includes a full text calculator with history, percentage calculator, savings and interest calculator, loan and mortgage calculator, and a VAT and sales tax calculator.
Calculate the , radius of gyration, and section modulus for selected cross-sectional shapes. Choose from 20 shapes, input dimensions, and view results. Used in machine design, construction, and civil engineering.
Calculate loss in transmission systems by selecting type, pipe material, and dimensions. Input pipe schedule and size to determine energy loss. Compare initial and operational costs for optimal pipe selection.