TrayNeo
3D workspace ↓
B03 / Solve for

B03 · Slope angle from measured height and reach

Slope angle from measured height and reach: solve the missing measurement, check the equations and inspect the applied geometry with numeric 3D dimensions.

Beta · Measurement solver

Plan your rise

Edit dimensions ↑
L1 · 350 mmL2 · 335.41 mmL3 · 350 mmStraight stock: 1,035.41 mm · W 200 mm · H 50 mm

Drag to rotate · pinch or scroll to zoom

Inspect the solved angle and formed geometry.

Measurement and model references

L1 · 350 mmL2 · 335.41 mmL3 · 350 mmStraight stock: 1,035.41 mm · W 200 mm · H 50 mm

For the angle and notch solvers, unmeasured straight legs are visualization extensions, not calculated stock requirements. Only the displayed measurement results are solved from your inputs.

Ideal geometric solver. Excludes kerf, bend radius, material allowance and connection specifications. Reference-product modes remain separately under review.

B03 · Slope angle from measured height and reach

L1 · 350 mmL2 · 335.41 mmL3 · 350 mmStraight stock: 1,035.41 mm · W 200 mm · H 50 mm
Rise / offset height150 mm
Measured horizontal reach300 mm
Tray base width200 mm
Side height50 mm
Solved angle26.56505117707799°
Sloped base length335.41 mm
Measured rise150 mm
Measured reach300 mm

Ideal geometric solver. Excludes kerf, bend radius, material allowance and connection specifications. Reference-product modes remain separately under review.

Measure the actual triangle

Rise is the vertical difference of the two base levels. Reach is the horizontal projection of the sloped portion only; exclude the straight lead and tail.

Equations and example

Angle θ = atan2(rise, reach), converted to degrees. Sloped length = √(rise² + reach²). With a 300 mm rise and 400 mm reach, θ = 36.87° and the sloped length is 500 mm.

Supported geometry

The offset fabrication model supports angles from 10° to 60°. Width and side height define its cross-section.

Model references

For the angle and notch solvers, unmeasured straight legs are visualization extensions, not calculated stock requirements. Only the displayed measurement results are solved from your inputs.

Scope

Ideal geometric solver. Excludes kerf, bend radius, material allowance and connection specifications. Reference-product modes remain separately under review.

All numbered methods ↗