Agriculture
Within the Agriculture sector, a broad range of activities may qualify for R&D Tax Relief where competent professionals are seeking a technological advance and the solution is not readily deducible. This can include developing or materially improving crop production methods, soil and nutrient management approaches, crop protection strategies, irrigation and water management, post-harvest handling, and controlled-environment growing. It may also include advancing farm machinery, precision systems, sensing and data-led decision tools where variable field conditions, biological responses, and seasonal constraints mean standard methods or manufacturer guidance do not deliver consistent, repeatable outcomes at commercial scale.
How our skillset can help you claim
The agriculture sector is shaped by high natural variability, soil heterogeneity, weather-driven seasonality, pest and disease pressure, and the need to protect yield and quality while reducing inputs and improving efficiency. Our specialist team works directly with your technical staff to pinpoint the advance being targeted, set a clear baseline against established practice, use field and operational results to support the changes made over successive cycles, and separate qualifying development from routine farming activity. We then set out the technical development work in a clear and compliant technical narrative, supported by a practical and defensible approach to cost capture, helping you secure funding to reinvest in productivity and resilience.
Project Examples
A technological advance could be developing a more repeatable technological process to maintain crop performance despite changes in soil type, weather patterns, and biological variability across fields and seasons. The challenge is demonstrating that experimentation with inputs or methods consistently improve outcomes when results are not transferable from one set of conditions to the next.
Projects may seek to reduce fertiliser, water, or crop protection inputs while still maintaining yield, quality, and crop health at commercial scale. The advance is demonstrated through structured trials and measured outcomes that show performance is sustained as variables are tightened or removed.
Some work focuses on improving the accuracy and reliability of field operations using sensing, guidance, or machinery modification where uneven terrain, variable crop canopy, and changing ground conditions undermine consistency. The advance lies in validating a practical system that remains dependable across real operating conditions rather than only under controlled demonstrations.
