Understanding what drives timber prices is essential for accurate project budgeting, effective procurement, and informed specification decisions. The timber market in 2026 operates in a post-pandemic landscape of stabilised but elevated prices, new regulatory requirements, and evolving supply chain dynamics.
This guide explains the key factors that determine structural timber pricing, provides context for current market conditions, and offers practical strategies for builders and specifiers to optimise procurement value without compromising quality.
Market Context: 2026
Price Evolution (2019–2026)
The European structural timber market has experienced unprecedented volatility since 2020:
| Period |
Market Condition |
Price Level (vs 2019 baseline) |
| 2019 (pre-pandemic) |
Stable, balanced market |
100% (baseline) |
| 2020 Q2–Q3 |
Pandemic disruption, mill closures |
90–95% (brief dip) |
| 2021 Q1–Q3 |
Extreme demand surge, supply shortage |
180–220% (peak) |
| 2022 Q1–Q2 |
Sustained high prices, gradual correction |
150–170% |
| 2022 Q3–2023 Q2 |
Demand cooling, inventory correction |
120–140% |
| 2023 Q3–2024 |
Stabilisation at new normal |
115–135% |
| 2025–2026 |
Stable, moderate growth |
120–140% |
Current Market Characteristics (2026)
- Supply: Adequate — Scandinavian and Central European mills operating at 80–90% capacity
- Demand: Moderate growth driven by timber construction policy support and sustainability targets
- Inventory: Normal levels — no shortage or oversupply
- Lead times: Standard (2–4 weeks for stock items, 4–8 weeks for bespoke)
- Volatility: Low–moderate (±5–10% quarterly variation)
- Regulatory impact: EU Deforestation Regulation adding compliance costs to supply chain
Price Structure: What You're Paying For
Cost Breakdown of Structural Timber (Ex-Works)
| Cost Component |
% of Ex-Works Price |
Key Drivers |
| Raw material (logs) |
40–55% |
Forest availability, harvest costs, competition from pulp/energy |
| Sawmilling |
15–20% |
Energy costs, labour, equipment depreciation |
| Kiln drying |
8–15% |
Energy costs (gas/biomass), drying time, target MC |
| Grading and quality control |
3–5% |
Machine grading equipment, CE marking, certification |
| Packaging and handling |
2–4% |
Wrapping, strapping, storage |
| Overheads and margin |
10–15% |
Administration, sales, profit |
Additional Costs to Landed Price
| Cost Component |
Typical Addition |
Notes |
| Transport (mill to merchant/site) |
10–25% |
Distance-dependent |
| Merchant margin (if applicable) |
15–30% |
Varies by volume and relationship |
| Certification (FSC/PEFC CoC) |
0–3% |
Minimal for European softwood |
| EUDR compliance |
1–3% |
New cost from 2025 |
| Currency exchange |
Variable |
Relevant for cross-border purchases |
Species Pricing Tiers
Structural Softwood (European Market, 2026)
| Species/Product |
Relative Price (C24 Spruce = 100%) |
Availability |
Notes |
| C16 Spruce/Pine |
85–92% |
Good |
Limited structural applications |
| C24 Spruce (standard) |
100% (baseline) |
Excellent |
Market standard |
| C24 Pine |
100–105% |
Good |
Slightly higher for clear grades |
| C24 Larch |
115–130% |
Moderate |
Premium for durability |
| C24 Douglas Fir |
120–140% |
Limited |
Specialist structural applications |
| C30 Spruce/Pine |
120–135% |
Limited |
Higher grade threshold |
| KVH (solid structural timber) |
110–125% |
Good |
Finger-jointed, dimensionally precise |
Engineered Timber Products
| Product |
Relative Price (C24 Spruce = 100%) |
Availability |
Notes |
| GL24h Glulam |
250–350% |
Good |
Engineered for long spans |
| GL28h Glulam |
280–380% |
Good |
Higher strength class |
| GL32h Glulam |
320–420% |
Moderate |
Premium structural applications |
| CLT (100 mm, 3-layer) |
300–400% |
Good |
Panel product, per m³ equivalent |
| CLT (200 mm, 5-layer) |
280–360% |
Good |
Better value at greater thickness |
| LVL (Laminated Veneer Lumber) |
280–380% |
Moderate |
High-strength engineered product |
Cladding and Decking Timber
| Species |
Relative Price (per m² installed) |
Durability Class |
Notes |
| Treated Pine (cladding) |
€€ |
DC 1–2 (treated) |
Budget option |
| European Larch |
€€€ |
DC 3 |
Good value natural durability |
| Siberian Larch |
€€€–€€€€ |
DC 3 |
Premium larch, tighter grain |
| Thermowood (Pine/Spruce) |
€€€€ |
DC 1–2 |
Modified for durability |
| Western Red Cedar |
€€€€–€€€€€ |
DC 2 |
Premium imported species |
| Accoya |
€€€€€ |
DC 1 |
Chemically modified, 50+ year life |
Grade Premiums
Strength Class Premium Structure
| Grade |
Premium over C16 |
Justification |
| C16 |
Baseline |
Lowest structural grade |
| C24 |
+10–15% |
Standard specification, higher yield threshold |
| C30 |
+30–45% |
Limited availability, specialist sourcing |
| C35 |
+50–70% |
Rare, typically only available in specific species |
Quality Premiums
| Specification |
Premium |
Reason |
| Standard (C24, 12% MC, CE marked) |
Baseline |
Market standard product |
| Regularised (precision-machined to exact dimensions) |
+5–10% |
Additional machining step |
| Planed All Round (PAR) |
+15–25% |
Smooth finish, tighter tolerances |
| Finger-jointed (KVH) |
+10–20% |
Defect-free, longer lengths available |
| FSC/PEFC certified |
+0–3% |
Minimal for European softwood |
| Specific lengths (non-standard) |
+5–15% |
Reduced yield, special cutting |
| Treated (preservative) |
+15–30% |
Treatment process, chemicals, drying |
Transport and Logistics
Transport Cost by Mode
| Mode |
Cost per tonne-km |
Best For |
Typical Distance |
| Road (full truck) |
€0.05–€0.12 |
Final delivery, <500 km |
50–500 km |
| Rail |
€0.02–€0.05 |
Long distance, bulk |
500–2,000 km |
| Sea (container) |
€0.01–€0.03 |
International, bulk |
500–5,000 km |
| Sea (break-bulk) |
€0.008–€0.02 |
Large volumes, port-to-port |
1,000–5,000 km |
Delivery Optimisation
| Strategy |
Saving |
How |
| Full truck loads (FTL) |
20–40% vs part loads |
Order 24–26 m³ per delivery |
| Direct from mill |
15–25% vs merchant |
Bypass intermediary (large orders) |
| Consolidated orders |
10–20% |
Combine multiple products in one delivery |
| Scheduled delivery |
5–10% |
Agree delivery windows (not urgent/ad-hoc) |
| Regional sourcing |
10–30% |
Reduce transport distance where quality allows |
Full Truck Load Economics
A standard articulated truck carries approximately:
| Product |
Pieces per Truck |
Volume (m³) |
Weight (tonnes) |
| C24 47 × 200 × 4800 mm |
~560 pieces |
25.4 m³ |
~10.7 t |
| C24 47 × 100 × 3000 mm |
~1,700 pieces |
24.0 m³ |
~10.1 t |
| Glulam 140 × 400 × 12000 mm |
~38 pieces |
25.5 m³ |
~10.7 t |
| CLT panels (various) |
4–8 panels |
20–28 m³ |
~9–12 t |
Ordering in full truck load quantities (24–26 m³) typically saves €8–€15/m³ compared to part-load deliveries.
Seasonal Patterns
Annual Price Cycle (Northern Europe)
| Quarter |
Typical Price Movement |
Demand Driver |
Supply Factor |
| Q1 (Jan–Mar) |
Rising (+3–5%) |
Spring construction planning, early orders |
Mills resuming after winter maintenance |
| Q2 (Apr–Jun) |
Peak (+5–8% vs Q4) |
Peak construction season, high demand |
Full production, but demand exceeds supply |
| Q3 (Jul–Sep) |
Stable to declining |
Continued construction, holiday slowdown |
Full production, inventory building |
| Q4 (Oct–Dec) |
Lowest (–3–8% vs Q2) |
Construction slowdown, year-end destocking |
Mills clearing inventory, maintenance planned |
Procurement Timing Strategy
- Best time to order: September–November (for Q1 delivery) — prices lowest, mills keen to fill order books
- Worst time to order: March–May (for immediate delivery) — peak demand, longest lead times
- Forward contracts: Lock in prices 3–6 months ahead for large projects
- Stock holding: For ongoing projects, consider buying ahead in Q4 for Q1–Q2 use
Market Drivers in 2026
Demand-Side Factors
| Factor |
Impact on Price |
Trend in 2026 |
| Construction activity (new build) |
High |
Moderate growth (+2–4% YoY) |
| Renovation/retrofit market |
Medium |
Strong growth (energy efficiency mandates) |
| Timber construction policy support |
Medium |
Increasing (carbon targets, planning incentives) |
| Competition from other materials |
Medium |
Steel/concrete prices also elevated |
| Export demand (non-EU) |
Low–Medium |
Stable |
Supply-Side Factors
| Factor |
Impact on Price |
Trend in 2026 |
| Harvest volumes |
High |
Stable (sustainable yield limits) |
| Bark beetle damage (Central Europe) |
Medium |
Declining (peak was 2019–2022) |
| Energy costs (sawmilling, drying) |
High |
Elevated but stable |
| Labour availability |
Medium |
Tight in some regions |
| Mill capacity utilisation |
Medium |
80–90% (healthy level) |
| Log competition (pulp, energy) |
Medium |
Increasing (bioenergy demand) |
Regulatory Factors
| Regulation |
Cost Impact |
Implementation |
| EU Deforestation Regulation (EUDR) |
+1–3% (compliance costs) |
Effective 2025, full enforcement 2026 |
| EU Timber Regulation (replaced by EUDR) |
Included in baseline |
Legacy regulation |
| Carbon border adjustment (CBAM) |
Minimal for timber |
Favours timber vs steel/concrete |
| National building regulations |
Indirect (demand driver) |
Increasingly timber-friendly |
| FSC/PEFC certification costs |
+0–3% |
Stable, well-established |
Procurement Strategies for Builders
Strategy 1: Volume Consolidation
Combine timber requirements across multiple projects or phases:
- Negotiate volume discounts (typically 5–15% for annual commitments)
- Reduce per-delivery transport costs
- Secure priority allocation during tight markets
- Build supplier relationships for preferential service
Strategy 2: Specification Rationalisation
Reduce the number of different timber sizes and specifications:
- Fewer sizes = less waste at mill (better yield = lower price)
- Standard sizes are always cheaper than bespoke
- Consolidate to 3–5 key sections where possible
- Accept standard lengths and cut on site (vs ordering pre-cut)
Strategy 3: Forward Contracting
For projects with confirmed timelines (6+ months):
- Lock in prices at order placement (protection against increases)
- Agree delivery schedule (phased deliveries to match programme)
- Negotiate fixed-price contracts for the project duration
- Accept that forward contracts prevent benefiting from price decreases
Strategy 4: Supplier Relationship Management
Long-term supplier relationships provide:
- Preferential pricing (loyalty discounts)
- Priority allocation during shortages
- Flexible delivery scheduling
- Technical support and specification advice
- Credit terms and payment flexibility
- Early warning of price changes or supply issues
Strategy 5: Specification Optimisation
Work with your structural engineer to optimise timber use:
- Right-size members (don't over-specify — C24 vs C30 decision)
- Optimise spacing (can joists go at 450 mm instead of 400 mm?)
- Consider engineered alternatives only where solid timber cannot perform
- Minimise waste through design (standard lengths, modular dimensions)
Getting Quotes: Best Practice
- Cutting list: Exact sizes, lengths, quantities (not approximate)
- Specification: Grade (C24), MC (12%), certification (FSC/PEFC), treatment (if any)
- Delivery requirements: Site address, access constraints, offloading method
- Programme: Required delivery date(s), phased or single delivery
- Volume: Total m³ or total pieces (enables volume pricing)
- Payment terms: Confirm acceptable payment terms
Comparing Quotes Fairly
Ensure all quotes include:
Red Flags in Timber Quotes
| Red Flag |
Risk |
Action |
| Price significantly below market |
Inferior grade, wrong MC, uncertified |
Verify specification in detail |
| No CE marking mentioned |
Non-compliant product |
Reject — CE marking is mandatory |
| "Air-dried" for structural use |
MC too high (>16%) |
Specify kiln-dried 12% (±2%) |
| No certification offered |
Sustainability risk, BREEAM/LEED failure |
Require FSC or PEFC CoC |
| Very long lead times |
Supply chain issues, non-standard product |
Verify availability and alternatives |
| No grade stamp guarantee |
Cannot verify structural grade on site |
Require stamped timber per EN 14081 |
Understanding Timber Futures and Market Indicators
Key Market Indicators to Watch
For builders and specifiers managing procurement budgets, these indicators signal price direction:
| Indicator |
Where to Find |
What It Tells You |
| Swedish sawmill production data |
Swedish Forest Industries Federation |
Supply volume trends |
| European construction PMI |
IHS Markit / S&P Global |
Demand direction |
| Baltic Dry Index |
Baltic Exchange |
Shipping cost trends |
| EUR/SEK exchange rate |
Financial markets |
Import cost for Swedish timber |
| European natural gas price |
TTF futures |
Kiln drying energy costs |
| German building permits |
Destatis |
Forward demand indicator |
| UK housing starts |
NHBC/DLUHC |
UK market demand |
Price Forecasting Limitations
Timber price forecasting is inherently uncertain because:
- Supply shocks (storms, fires, beetle outbreaks) are unpredictable
- Policy changes (building regulations, carbon pricing) can shift demand rapidly
- Currency movements affect cross-border pricing
- Energy price volatility feeds through to production costs
- Geopolitical events can disrupt supply chains
Practical approach: Rather than trying to predict prices, focus on:
- Locking in prices early when you have confirmed projects
- Building 5–10% material cost contingency into budgets
- Maintaining relationships with multiple suppliers for competitive tension
- Monitoring market indicators for directional guidance (not precise forecasting)