¶ Forest Growers Research (FGR NZ) program on harvesting automation & robotics
Recommended Technology
Description: New Zealand’ Forest Growers Research (FGR NZ) Harvesting Automation & Robotics Programme is a nine‑year, industry–government research partnership (2019–2028) designed to systematically reduce cost, improve safety, and address labour shortages across New Zealand’s forestry harvesting and logistics value chain. The programme operates under the banner “Te Mahi Ngahere i te Ao Hurihuri - Forestry Work in the Modern Age” and is jointly funded by Forest Growers Levy Trust, the New Zealand forest industry, and the Ministry for Primary Industries (MPI). Details on this work, including new reports are available at https://fgr.nz/research-programmes/harvesting-automation-and-robotics/
Rather than pursuing a single autonomous machine, the FGR programme adopts a modular, incremental automation strategy, targeting high‑risk and labour‑intensive subtasks within harvesting systems. Areas of focus include:
- remote‑controlled and automated felling aids,
- automated attachment couplers and multi‑function base machines,
- tele‑operated and semi‑automated cable‑yarding systems,
- machine‑vision‑based bark detection and log measurement,
- automated log identification and load‑securing systems, and
- data‑driven human‑factor tools to reduce fatigue and injury risk.
Multiple technologies have already reached early commercial deployment, while others remain in prototype or pilot phases depending on market conditions and manufacturing readiness. The total programme value is approximately $18 million, and programme modelling indicates potential harvesting and logistics cost savings of around $4 per cubic metre by 2030, primarily through better machine utilisation, reduced downtime, and labour‑efficiency gains rather than full labour displacement. Because the programme spans many technologies, TRL varies by component:
- TRL 8–9: commercially deployed systems such as remote‑controlled felling wedges, automated attachment couplers, and automated load‑securing components.
- TRL 6–7: tele‑operated yarding, automated log ID, and advanced machine‑vision systems currently in pilot or early commercial stages.
- TRL 4–6: more integrated robotics and next‑generation automation concepts still in development or paused due to market cycles.
Australia’s plantation‑dominated forestry sector, steep‑slope harvesting regions, and persistent labour constraints closely mirror the conditions that motivated the FGR programme. The incremental, task‑focused automation approach is particularly well‑suited to Australian forests, where wholesale autonomy is neither economically nor operationally viable in the near term. Many solutions - especially in tele‑operation, machine safety, attachment automation, and log‑handling logistics - are directly transferable, with adaptation needed mainly for local species, terrain, and regulatory settings.
Forest Growers Research (FGR)’s Harvesting Automation & Robotics Programme represents a pragmatic, field‑validated pathway to forestry automation, delivering measurable safety and cost benefits without relying on full autonomy. This is reflected in a portfolio of targeted technologies that address specific operational challenges, including the Automated Quick Coupler, automated cable yarder systems, remote‑controlled felling wedges, and automated log identification and load securing. Complementary innovations such as machine vision for bark measurement, log sort yard optimisation, and improved residue management - including the use of shredded wood for roading - demonstrate a systematic focus on improving efficiency, safety, and consistency across the harvesting workflow. For Australia, this programme provides a credible reference model and technology pipeline well aligned with near‑ to mid‑term industry needs. By focusing on modular, task‑level automation rather than full system autonomy, FGR’s approach enables incremental adoption within existing operations, delivering immediate value while building toward more advanced automation over time.
Category: Autonomous Machinery & Robotics
FWPA RD&E: 4.4
¶ Details
| Company | Country | Type | Website | Available in Australia? | Year | Status | Remarks | TRL | Employees | Colour | Inventors | Patent Model. |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Forest Grower Research | New Zealand | Company | Link | Green |