Services

Our research group, RSRG, specializes in Digital Mechanization, seeking practical and immediate solutions for various areas. In addition, we conduct field trials to evaluate and validate agricultural machinery and implements, directly contributing to technological advancement in the sector. We are committed to promoting development and innovation through high-quality, cutting-edge research.

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Selection of agricultural tractors for citrus operations

Study focused on identifying the most suitable tractors for citrus orchard tasks, considering performance, efficiency, and field compatibility.

Performance of agricultural tractors equipped with IF tires in soil tillage

Evaluation of tractors using IF (Increased Flexion) tires during soil preparation, analyzing traction, fuel consumption, and soil compaction.

Assessment of the 'Penta' equipment for soil preparation in citrus cultivation

Analysis of the effectiveness of the 'Penta' implement in soil preparation, focusing on its ability to break compaction and meet citrus crop requirements.

Remote sensing for potato yield prediction

Application of aerial imagery and multispectral data to estimate potato productivity, integrating precision agriculture technologies.

Study and validation of the Advanced Auto subsoiler

Field trials to test and validate the performance of a new subsoiler model, focusing on working depth and agronomic efficiency.

Evaluation of losses in mechanized castor bean harvesting

Investigation of quantitative and qualitative losses during mechanized castor bean harvesting, aiming to improve processes and equipment.

Peanut yield estimation using remote sensing and artificial intelligence

Use of aerial imagery and AI algorithms to predict peanut yield, supporting agricultural planning and decision-making.

Influence of downforce mechanism on crop emergence, development, and yield

Study on how downforce control in planters affects crop emergence, growth, and productivity.

Comparative evaluation of one-row and two-row sugarcane harvesters

Comparative study of one-row and two-row harvesters, assessing operational efficiency, harvest losses, and soil impact.

Some of our private sector partners