Mount Pinbarren from Turnbull Road

Getting to the start The trailhead coordinate, not the feature

The chain, leg by leg Computed from cadastral geometry; never walked

Every leg above is computed from cadastral geometry. Nobody has walked it, and no part of it is a path on the ground: it is the line along which the public record establishes a right to be. Where a leg names a way, that is what a managing authority has mapped down the same ground — it says nothing more about your right to be there, which the parcel already settled.

Following it on the ground No published way to follow

No directions are published for this approach. The chain above is a statement about permission, not a path, and turning a run of parcels into "walk north-east for 380 m" would tell you where to walk on evidence nobody holds — including where a way is mapped along it, because what was measured is the chain and not the way. Steps appear here only for a route that follows a surveyed way end to end.

How much climbing Read off the published contour layer

Total climb

545.0 m

Total descent

390.0 m

Steepest sustained

73.7% over 54.3 m

Contour interval

5.0 m

The profile is the height the contour layer already records, read along the same line the legs above describe. It is not a survey of a path: nothing here says the ground between two contours is even, and a layer of 5.0 m contours cannot evidence a step smaller than the gap between them.

The line on the ground

What this verdict rests on Grades compose to the weakest link

• The destination sits on Mount Pinbarren National Park Official spatial — evidence class

  Parcel 155NPW845, recorded tenure "National Park". Being at the destination and reaching it are separate questions, and this page answers only the second.

  Cadastre and protected-area estate layers Attribution licensed

• Leg 1: 1851150 carries a right of passage Official spatial — evidence class

  1159.1 m at 330.3°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1851150 Grade official_spatial

• Leg 2: 1851112 carries a right of passage Official spatial — evidence class

  2119.7 m at 149.4°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1851112 Grade official_spatial

• Leg 3: 943180 carries a right of passage Official spatial — evidence class

  20.1 m at 49.7°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 943180 Grade official_spatial

• Leg 4: 943142 carries a right of passage Official spatial — evidence class

  56.5 m at 160.2°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 943142 Grade official_spatial

• Leg 5: 1851834 carries a right of passage Official spatial — evidence class

  748.6 m at 232.3°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1851834 Grade official_spatial

• Leg 6: 1863044 carries a right of passage Official spatial — evidence class

  360.4 m at 198.5°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1863044 Grade official_spatial

• Leg 7: 1862968 carries a right of passage Official spatial — evidence class

  310.4 m at 97.7°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1862968 Grade official_spatial

• Leg 8: 929310 carries a right of passage Official spatial — evidence class

  32.0 m at 97.7°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 929310 Grade official_spatial

• Leg 9: 1859510 carries a right of passage Official spatial — evidence class

  631.3 m at 155.8°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1859510 Grade official_spatial

• Leg 10: 1859548 carries a right of passage Official spatial — evidence class

  1369.6 m at 277.8°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1859548 Grade official_spatial

• Leg 11: 1859776 carries a right of passage Official spatial — evidence class

  363.3 m at 24.3°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1859776 Grade official_spatial

• Leg 12: 1859738 carries a right of passage Official spatial — evidence class

  664.6 m at 301.9°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 1859738 Grade official_spatial

• Leg 13: 155NPW845 carries a right of passage Official spatial — evidence class

  351.9 m at 317.5°. Read from the mapped parcel geometry in the official layer, with no inference beyond what the record states.

  Leg reference 155NPW845 Grade official_spatial

• The chain is only as strong as its weakest link Official spatial — evidence class

  Confidence is not an average. It is the weakest class in the chain above, which is why a single inferred leg holds the whole route at statutory inference.

  Composition rule: weakest grade wins Applied at build time

If something goes wrong

What this approach was read from

• Cadastral data Queensland (DCDB), incl. easement layer — © State of Queensland (Department of Resources) CC-BY-4.0 · snapshot 2026-08-22
• Queensland LiDAR-derived contours (5 m) — © State of Queensland CC-BY-4.0 · snapshot 2026-08-22
• Queensland local government area boundaries — © State of Queensland CC-BY-4.0 · snapshot 2026-08-27
• Queensland place names gazetteer — © State of Queensland CC-BY-4.0 · snapshot 2026-08-16
• QPWS access (walking tracks, roads, facilities) — © State of Queensland CC-BY-4.0 · snapshot 2026-08-23