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BarokMetraj v3.0.1

Calculation methods and validation limits

These records explain internal quantity-conversion methods. User-entered consumption values must always be checked against the selected product’s current official datasheet.

alci-siva

Machine application takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Dynamic source based on product selection

Formula version: 3.0.1
Validated inputs: 12
Source: Official manufacturer product datasheets

Method record revision: 1 August 2026

alcipan-asma-tavan

Drywall suspended ceiling system takeoff

Net ceiling area and perimeter are converted into boards, primary and secondary channels, hangers, anchors, clips, screws and jointing materials using the selected system spacing.

Framing, hanger spacing, ceiling drop and fixings must be verified against the current official system datasheet.

Formula version: 3.0.1
Validated inputs: 14
Source: Knauf D11 / approved suspended ceiling system guide

Method record revision: 1 August 2026

alcipan-bolme-duvar

System-based wall takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

W11.tr · current official technical datasheet

Formula version: 3.0.1
Validated inputs: 16
Source: Knauf W11.tr Drywall Partitions

Method record revision: 1 August 2026

astar-boya

Product coverage, primer and coat-based paint takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Fenomastic Matt 13 m²/L/coat; Jotashield primer 12.7 m²/L/coat

Formula version: 3.0.1
Validated inputs: 12
Source: Jotun Decorative Product Information

Method record revision: 1 August 2026

beton

Concrete geometric volume method

V = length × width × (thickness / 100) × element count

The tool only rounds geometric volume to the order increment; it does not design the concrete class or structural capacity.

Formula version: 3.0.1
Validated inputs: 8
Source: BarokMetraj Geometric Volume Method

Method record revision: 1 August 2026

bitumlu-membran

Overlap, layer and upstand-based membrane takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Roll dimensions and overlaps are verified from the product label

Formula version: 3.0.1
Validated inputs: 14
Source: Bonus Insulation Membrane Products

Method record revision: 1 August 2026

boya-badana

Room perimeter, height and ceiling-based paint takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Fenomastic Matt 13 m²/L/coat; Jotashield primer 12.7 m²/L/coat

Formula version: 3.0.1
Validated inputs: 14
Source: Jotun Decorative Product Information

Method record revision: 1 August 2026

cati-kiremiti

Roof tile sloped-area method

Sloped area = plan area / cos(slope); field tiles = net sloped area × product consumption

Tiles/m², ridge and verge consumption values are entered from the selected Braas or Kılıçsan datasheet.

Formula version: 3.0.1
Validated inputs: 16
Source: Braas / Kılıçsan Product Datasheet Method

Method record revision: 1 August 2026

cati-panel

Effective coverage and stock-length based takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Official product catalogue

Formula version: 3.0.1
Validated inputs: 13
Source: Teknopanel Sandwich Panel and Trapezoidal Sheet Catalogue

Method record revision: 1 August 2026

cimento

Cement dosage conversion method

Cement (kg) = application volume × approved cement dosage (kg/m³)

The dosage comes from the project specification; the tool does not create a mix design.

Formula version: 3.0.1
Validated inputs: 8
Source: BarokMetraj Project Mix Method

Method record revision: 1 August 2026

cleaneo-akustik-tavan

D124 Cleaneo® perforated acoustic plasterboard ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

12.5 mm Cleaneo · official D124 system consumption rates

Formula version: 3.0.1
Validated inputs: 7
Source: Knauf D11.tr / D124 Cleaneo® Acoustic Ceiling System

Method record revision: 1 August 2026

dekoratif-siva

Decorative facade render datasheet method

Product (kg) = net facade area × product consumption (kg/m²)

Grain structure, primer and consumption are taken from the selected topcoat datasheet.

Formula version: 3.0.1
Validated inputs: 12
Source: Decorative Facade Render Datasheet Method

Method record revision: 1 August 2026

derz-dolgu

Tile geometry-based grout volume

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Official product document centre

Formula version: 3.0.1
Validated inputs: 9
Source: Bostik Construction Catalogue and Technical Datasheets

Method record revision: 1 August 2026

duvar-blok

AAC block, pallet and masonry adhesive takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Current dimensions, units/m² and pallet quantities

Formula version: 3.0.1
Validated inputs: 8
Source: Official Ytong Calculation Tables

Method record revision: 1 August 2026

duvar-yapistirici

Adhesive takeoff by Ytong thickness and block type

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

15 kg of masonry adhesive per 1 m³ of Ytong blockwork

Formula version: 3.0.1
Validated inputs: 7
Source: Official Ytong Calculation Tables

Method record revision: 1 August 2026

eps-yalitim

EPS/ETICS component method

Each component = net facade area × selected system unit consumption

Package area, adhesive, base coat, dowel and mesh values must come from one approved system datasheet.

Formula version: 3.0.1
Validated inputs: 16
Source: Baumit / Project EPS Datasheet Method

Method record revision: 1 August 2026

harc

Mortar project-mix method

Volume = area × thickness / 1000 + direct volume; component = volume × project dosage

Cement, lime and sand dosages are not proposed by the tool; the user enters them from the approved mix.

Formula version: 3.0.1
Validated inputs: 9
Source: BarokMetraj Project Mix Method

Method record revision: 1 August 2026

hazir-siva

Ready-mix render datasheet method

Product (kg) = net area × thickness (mm) × product consumption (kg/m²/mm)

Corner profile, primer and consumption values are verified against the current system datasheet.

Formula version: 3.0.1
Validated inputs: 13
Source: Ready-Mix Render Datasheet Method

Method record revision: 1 August 2026

heradesign-tavan

HERADESIGN® 600×600 / 600×1200 wood-wool ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

600×600 and 600×1200 modules · system-table values

Formula version: 3.0.1
Validated inputs: 7
Source: Knauf Ceiling Solutions HERADESIGN® System Solutions

Method record revision: 1 August 2026

insaat-demiri

Reinforcement weight method

Unit weight = d² / 162 kg/m; total weight = total length × unit weight

Diameter, count, net length and laps come from the approved structural design; the tool does not design reinforcement.

Formula version: 3.0.1
Validated inputs: 7
Source: BarokMetraj Reinforcement Weight Method

Method record revision: 1 August 2026

karolam-tavan

60×60 Karolam modular ceiling · manufacturer-table modular ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

600×600 mm · 8 / 9,5 mm · 10 units/package

Formula version: 3.0.1
Validated inputs: 11
Source: Knauf Karolam Plasterboard® Modular Ceiling Tile

Method record revision: 1 August 2026

kendiliginden-sap

Self-levelling screed datasheet method

Product (kg) = net area × thickness (mm) × product consumption (kg/m²/mm)

Consumption and primer values must be entered from the current technical datasheet of the selected product.

Formula version: 3.0.1
Validated inputs: 11
Source: Self-Leveling Screed Datasheet Method

Method record revision: 1 August 2026

kirec

Lime dosage conversion method

Lime (kg) = application volume × approved lime dosage (kg/m³)

The dosage comes from the project specification; the tool does not create a mix design.

Formula version: 3.0.1
Validated inputs: 8
Source: BarokMetraj Project Mix Method

Method record revision: 1 August 2026

lineer-metal-tavan

Linear metal ceiling · centre- and module-based architectural ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Verify product dimensions and carrier spacing against the selected system datasheet.

Formula version: 3.0.1
Validated inputs: 8
Source: Knauf Ceiling Solutions Ceiling Systems

Method record revision: 1 August 2026

mantolama

ETICS project-datasheet method

Component requirement = net facade area × user-verified system consumption

No preset brand recipe is applied in generic project mode; all inputs must belong to the same ETICS system.

Formula version: 3.0.1
Validated inputs: 16
Source: Current Datasheet of the Selected ETICS System

Method record revision: 1 August 2026

mesh-tavan

Expanded-metal mesh ceiling · centre- and module-based architectural ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Module, cell and carrier dimensions vary by product range.

Formula version: 3.0.1
Validated inputs: 8
Source: Durlum Open-cell and Expanded Metal Ceiling Systems

Method record revision: 1 August 2026

metal-baffle-tavan

Metal baffle ceiling · centre- and module-based architectural ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Verify product dimensions and carrier spacing against the selected system datasheet.

Formula version: 3.0.1
Validated inputs: 8
Source: Knauf Ceiling Solutions Ceiling Systems

Method record revision: 1 August 2026

metal-clip-in-30

30×30 Clip-in concealed-grid metal ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

300×300 / 600×600 panels · verify omega-carrier and hanger spacing against the selected manufacturer datasheet

Formula version: 3.0.1
Validated inputs: 11
Source: Manufacturer Clip-in Concealed Grid Manuals

Method record revision: 1 August 2026

metal-clip-in-60

60×60 Clip-in concealed-grid metal ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

300×300 / 600×600 panels · verify omega-carrier and hanger spacing against the selected manufacturer datasheet

Formula version: 3.0.1
Validated inputs: 11
Source: Manufacturer Clip-in Concealed Grid Manuals

Method record revision: 1 August 2026

metal-lay-in-60

60×60 lay-in metal ceiling · manufacturer-table modular ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

12/2025 · 600×600 module: 0.84 m/m² main runner, 1.67 m/m² long cross tee, 0.84 m/m² short cross tee and 0.84 hangers/m²

Formula version: 3.0.1
Validated inputs: 11
Source: Knauf Ceiling Solutions Mineral Ceiling Installation Manual

Method record revision: 1 August 2026

metal-lay-on-60

60×60 lay-on metal ceiling · manufacturer-table modular ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

12/2025 · 600×600 module: 0.84 m/m² main runner, 1.67 m/m² long cross tee, 0.84 m/m² short cross tee and 0.84 hangers/m²

Formula version: 3.0.1
Validated inputs: 11
Source: Knauf Ceiling Solutions Mineral Ceiling Installation Manual

Method record revision: 1 August 2026

mineral-baffle-tavan

Mineral baffle ceiling · centre- and module-based architectural ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Verify product dimensions and carrier spacing against the selected system datasheet.

Formula version: 3.0.1
Validated inputs: 8
Source: Knauf Ceiling Solutions Ceiling Systems

Method record revision: 1 August 2026

mineral-yun-tavan

60×60 mineral fibre acoustic ceiling · manufacturer-table modular ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

12/2025 · 600×600 module: 0.84 m/m² main runner, 1.67 m/m² long cross tee, 0.84 m/m² short cross tee and 0.84 hangers/m²

Formula version: 3.0.1
Validated inputs: 11
Source: Knauf Ceiling Solutions Mineral Ceiling Installation Manual

Method record revision: 1 August 2026

osb-duz-levha

Effective coverage and stock-length based takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Board dimensions depend on project/product selection

Formula version: 3.0.1
Validated inputs: 13
Source: Westboard Official Product Information

Method record revision: 1 August 2026

petek-tavan

Open-cell ceiling · centre- and module-based architectural ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Module, cell and carrier dimensions vary by product range.

Formula version: 3.0.1
Validated inputs: 8
Source: Durlum Open-cell and Expanded Metal Ceiling Systems

Method record revision: 1 August 2026

seramik-karo

Tile layout method

Tile count = net area / single tile area; boxes and waste are rounded up for the selected layout

Tile dimensions and units per box are entered from the packaging; pattern and skirting are calculated separately.

Formula version: 3.0.1
Validated inputs: 10
Source: BarokMetraj Tile Layout Method

Method record revision: 1 August 2026

seramik-yapistirici

Trowel and product consumption-based takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Official consumption table · 2025

Formula version: 3.0.1
Validated inputs: 13
Source: Bostik Tile Application Solutions

Method record revision: 1 August 2026

silikon-mastik

Joint cross-section and cartridge-volume based sealant takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Cartridge yield is calculated from joint width × depth

Formula version: 3.0.1
Validated inputs: 12
Source: Bostik Sealing and Bonding Guide

Method record revision: 1 August 2026

siva-alcisi

Manual application takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Dynamic source based on product selection

Formula version: 3.0.1
Validated inputs: 12
Source: Official manufacturer product datasheets

Method record revision: 1 August 2026

surme-su-yalitimi

Coat, consumption and detail-tape based waterproofing takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Product datasheet consumption is verified by the user

Formula version: 3.0.1
Validated inputs: 17
Source: Bostik Waterproofing Solutions

Method record revision: 1 August 2026

t15-t24-tasiyici

T15/T24 exposed suspension grid · manufacturer-table modular ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

12/2025 · 600×600 module: 0.84 m/m² main runner, 1.67 m/m² long cross tee, 0.84 m/m² short cross tee and 0.84 hangers/m²

Formula version: 3.0.1
Validated inputs: 10
Source: Knauf Ceiling Solutions Mineral Ceiling Installation Manual

Method record revision: 1 August 2026

tasyunu

System and package-based insulation takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Official technical guide · current package table

Formula version: 3.0.1
Validated inputs: 16
Source: Bonus Wooler Stone Wool Technical Guide

Method record revision: 1 August 2026

tasyunu-akustik-tavan

60×60 stone wool acoustic ceiling · manufacturer-table modular ceiling takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

12/2025 · 600×600 module: 0.84 m/m² main runner, 1.67 m/m² long cross tee, 0.84 m/m² short cross tee and 0.84 hangers/m²

Formula version: 3.0.1
Validated inputs: 11
Source: Knauf Ceiling Solutions Mineral Ceiling Installation Manual

Method record revision: 1 August 2026

trapez-sac

Effective coverage and stock-length based takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Official product catalogue

Formula version: 3.0.1
Validated inputs: 13
Source: Teknopanel Sandwich Panel and Trapezoidal Sheet Catalogue

Method record revision: 1 August 2026

tugla-bims

Pumice block size and pallet-based takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

G-series wall blocks · dimensions, units/m² and pallet quantities

Formula version: 3.0.1
Validated inputs: 7
Source: Official Teknobims Package and Pallet Quantities

Method record revision: 1 August 2026

xps-yalitim

System and package-based insulation takeoff

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Official product technical datasheet

Formula version: 3.0.1
Validated inputs: 16
Source: Bonus XPS PLUS 100 Technical Datasheet

Method record revision: 1 August 2026

ytong-lento

Opening, bearing and quantity-based lintel preselection

Results are produced by combining project dimensions with packaging and consumption inputs entered across four calculation steps.

Lintel size calculation · maximum opening 500 cm

Formula version: 3.0.1
Validated inputs: 9
Source: Official Ytong Calculation Tables

Method record revision: 1 August 2026

zemin-kaplama

Flooring package and layout method

Net area = length × width − openings; order = net area × (1 + layout and waste allowance)

Package coverage is entered from the product packaging; diagonal and patterned layouts add a cutting allowance.

Formula version: 3.0.1
Validated inputs: 11
Source: BarokMetraj Package and Layout Method

Method record revision: 1 August 2026