Tracing Systems – Making the Vine Torus Armatures
This method documents the construction of the intial armature structure. It demonstrates how to develop strucutrally stable armatures on site within a vineyard.
Further material is required to develop the torus into a fully consolidated sculputural form.
This method has been developed during Tracing Systems with primary material preparation undertaken at Ashling Park Vineyard in West Sussex, UK.




Method Overview
The torus is constructed through continuous bending, wrapping and compression of vine lengths into a rope length, then horseshoe, then circular form.
Stability is achieved through density and tension rather than fixed joints or internal armature.
Basic Steps
- Select long, flexible vines
- Prune all dead or broken branches – leaving some hooks
- Prepare piles of prepared vines
- Work through the piles making long ropes of entwined vines
- Produce a rope long enough for the required circumference
- Hold shape through hand tension, work the vines in concert with their natural shape
- Allow bend in the rope to form a natural horse shoe
- Secure the torus/circle shape by joining the ends of the horseshoe
- Begin wrapping additional vines around the circle
- Build thickness evenly across the form
- Rotate the structure as you work
- Add shorter lengths to reinforce weak points
- Compress and tighten the weave
- Adjust shape to maintain circular consistency
- Continue until the structure holds independently
- Lift, roll and test integrity
- Refine as needed
Materials
- Fresh (up to 3 months on damp ground) vine clippings greater than 40cm in length
- Pruning saccateurs
- Gloves
Working Conditions.
- Approx. 3 hours: vine preparation
- Approx. 2 hours: initial armature formation
- Approx. 1 hour: structural consolidation
Total time per torus: ~6 hours
Requires stamina and sustained manual handling.
Project Context
System design: Dawn Sculthorpe
Location: Ashling Park Winery
Project: Tracing Systems (2026)
Method Extensions (in development)
This armature method forms part of a broader construction system currently under development:
- Material Harvesting and Preparation
- Armature Construction (this method)
- Sculptural Consolidation (Phase 2)
- Installation Systems (ground, suspended, vertical)