THE CUT FEASIBILITY ENGINE

Can this saw
actually cut it?

Choose the workpiece and cut state. The engine separates manufacturer-published capacity from calculated geometry and refuses certainty the data cannot support.

DECISION STANDARDExact state first. Calculation second. Physical verification always.

Nominal lumber converts to the actual dimensions used.
Nested crown and vertical baseboard use their own published fields.
Unsupported compound states cannot become “verified” through estimation.

Saw modelWhat are you cutting?Cut type

Material widthin.Thicknessin.

Stock orientation

SHAREABLE DECISION RECEIPT

VERIFIED FIT · DEWALT DWS780

3.5″ × 3.5″ custom stock · square · flat orientation

Evidence: Exact governed record · 90° square crosscut · flat
Governed coverage: 4 published states
Angles: Miter 0° · Bevel 0°
Verification: Manufacturer source ↗

The same board positioned flat on the saw table and standing against the fence — ORIENTATION CHANGES THE LIMITFlat uses crosscut width. Standing uses fence-supported height.Conceptual illustration—not a specific retail saw model.

What each verdict means

Verdict	Evidence requirement	Operator action
Verified Fit / Limit	Entered state maps to a normalized manufacturer-published capacity field.	Confirm the current manual and physical setup.
Calculated Likely / Limit	Derived from published anchor capacities; exact envelope unavailable.	Measure every clearance and prove the setup on scrap.
Reorient and Verify	Alternate orientation fits the numeric envelope.	Rotate only with continuous fence and table support.
Insufficient Input	The requested state cannot be evaluated safely.	Correct the dimensions or angle range.

Complete the decision.

Open model intelligence →Choose the compatible blade →Understand the 4×4 case →Miter vs. bevel →