Service Overview: Precise Adaptation to Equatorial Agricultural Ecosystems

Ecuador's unique geographical pattern of "mountains alternating with coasts" creates a diverse agricultural production environment. Our service system centers on "geographical adaptation + climate response", focusing on addressing the issues of heavy and sticky alluvial soil that is prone to trapping machinery, and the persistent high humidity during the rainy season (May-November). For the terraced agricultural scenarios in the central mountainous areas, we prioritize topographic slope measurement and the design of miniaturized operation solutions, adapting to the characteristics of volcanic soil farmland at an altitude of over 2,000 meters.

Products and Solutions: Technological Breakthroughs for Two Scenarios

Exclusive Solutions for Coastal Rice-Growing Areas

Topographic Adaptation: Adopt widened crawler tracks (increasing ground contact area by 30%) equipped with an automatic tensioning system to reduce the risk of machinery getting stuck in heavy alluvial soil. An adjustable seedling box angle design is used to adapt to operations on slightly sloped land.

Climate Protection: Install waterproof deflectors in the engine compartment and apply IP67-level sealing treatment to the electrical system to cope with annual precipitation of over 2,000 mm. Key components are coated with tropical-specific anti-rust coatings to resist corrosion in high-humidity environments.

Efficiency Optimization: Develop 6-10-row high-speed rice transplanters to meet the needs of large-scale plantations, matching the operation rhythm of local large-scale irrigation systems.

Adaptation Solutions for Mountain Terraces

Miniaturization Transformation: Launch a foldable body design, with the minimum operating width controlled within 1.2 meters. A hydraulic lifting system is used to adapt to slope changes of 0-25° in terraced fields.

Power Adjustment: Optimize the engine fuel supply system to adapt to the potentially low-quality diesel available locally, and install a three-stage filtration device to reduce the risk of fuel injector clogging.

Intelligent Assistance: Integrate a slope sensor and an automatic transplanting depth adjustment function to maintain a precise transplanting depth of 2-3 cm in volcanic ash soil, improving the survival rate of rice seedlings.