Act A — The Acoustic Grain Problem
Sitka spruce is the dominant soundboard wood for North American acoustic and classical guitar production. Its combination of stiffness-to-weight ratio, damping characteristics, and long-run consistent grain structure makes it the standard against which other soundboard woods are measured. But not all Sitka spruce is guitar-grade. The acoustic properties that make a soundboard work — stiffness without brittleness, consistent resonant response across the surface — are produced by slow growth. A Sitka spruce growing at high elevation on the BC coast, in the cool, wet conditions of the Terrace or Haida Gwaii coastal zone, lays down narrow annual rings. Ten rings per inch is the minimum for a functional soundboard. Fourteen or more rings per inch is exceptional material that commands premium prices from instrument makers.
The Sitka spruce from a fast-growing second-growth coastal plantation — abundant in commodity lumber supply — grows at four to six rings per inch. It looks like the same species. It does not behave like the same species under acoustic excitation.
Guitar manufacturers know this. They have established supplier relationships with specific producers who have historically supplied tight-grain material. These relationships are relationship-based, not market-based. When a supplier's production changes — a harvest area moves to faster-growing timber, a wind event affects the traditional supply area — the manufacturer's tight-grain supply dries up and there is no market mechanism to replace it.
Act B — The Story
Andre's company built 300 classical and acoustic guitars per year. Their Sitka spruce tops came from two suppliers: a sawmill in the Queen Charlotte Islands who had supplied them for fifteen years and a portable mill operator on Vancouver Island whose material had been reliable for eight. The Queen Charlotte supplier had retired. The Vancouver Island supplier's harvest area had moved to second-growth timber following a provincial tenure reallocation.
Andre's sourcing trip covered four BC coastal sawmills. Three produced commodity spruce. One produced tight-grain material but at a volume too small for his production requirements. He returned from three weeks in BC with enough material for forty guitars.
He needed material for 300.
He listed a specification request on the platform: Sitka spruce, guitar soundboard grade, minimum 12 rings per inch, no runout, no figure, kiln or air-dry to 8% MC, BC Coastal origin preferred, minimum 200 board feet, quantity 400 board feet preferred.
Glen had been operating a portable Woodmizer mill in the Terrace area for nine years. He milled salvage timber primarily — blow-down cedar and spruce from Crown land following wind events, private woodlot timber for local construction. The previous spring, a wind event on a Crown timber licence had knocked down a stand of old-growth Sitka spruce at approximately 900 metres elevation. He had salvage authorization. He had milled 420 board feet of tight-grain Sitka that averaged, when he counted the rings per his practice of checking every board, 13–15 rings per inch.
He had sold 20 board feet to a local woodworker who made knife handles. The remaining 400 board feet were in his drying shed, air-drying toward 8% MC. He had listed them on kijiji for three months with no response — the buyers who would pay premium prices for this material were not searching kijiji.
He registered on the platform at the recommendation of a BC Wood Specialties Group newsletter he had been receiving for a year without acting on.
His profile: Sitka spruce, salvage Crown land, 900m elevation origin, ring count verified at 13–15 per inch (photography uploaded), air-drying to 8% MC, available in 6 weeks, 400 board feet, Terrace BC.
Andre's specification request matched Glen's listing on all six technical criteria.
The platform introduced them. Glen shipped 12 sample tops — six at maximum grain density, six at minimum — to Chilliwack at his cost. Andre's production team evaluated them over a week. The grain count was consistent. The acoustic tap-tone response was exceptional.
Andre bought 380 board feet. Glen's drying shed was empty within two months of the match. His production from the following spring's salvage season was pre-sold before he milled it.
Andre's classical line for that production year used tops that his production team rated among the best they had seen in a decade.
Act C — Why This Market Stays Broken Without Infrastructure
Glen's 400 board feet of old-growth salvage Sitka at 13–15 rings per inch was the best material Andre had sourced in five years. It was sitting 1,100 kilometres north of him in a drying shed in Terrace.
The gap between them was not geographic. BC is not a large province for timber production. The gap was that Glen's material was listed on kijiji where acoustic-grade specialists did not search, and Andre's sourcing trips followed the supplier relationships he had built over fifteen years — relationships that were no longer producing the material he needed.
Thin market infrastructure encodes the grain count, the elevation origin, the salvage certification, and the moisture content timeline as searchable attributes that a guitar manufacturer's specification brief can find at the moment his established suppliers fail — before the production shortfall forces a compromise that ends up in 40 guitars rather than 300.
Characters are fictional. Sitka spruce acoustic grade specifications, ring count requirements for guitar soundboard production, BC coastal Sitka spruce elevation-growth relationships, and BC Wood Specialties Group are real. DeeperPoint is building the infrastructure this story describes.