Rice, sugarcane and orchard applications depend on service operators and local maintenance networks. Economics must include queues, repair downtime, batteries and mixing infrastructure.
Rice-protection trials in 2017, a 2020 service-economics study and sugarcane time studies provide a research trail alongside growing training in piloting, maintenance and calibration.
30 sources
The government portal connects a Nakhon Phanom rice demonstration with learning centres and farmer training; reported economics are project-specific.
NANOTEC describes chelated fertiliser formulations adapted for drone and pipe-system application, illustrating the importance of input compatibility.
Official landing page for an agricultural-drone operations leaflet; the full image/PDF content needs separate review.
Describes Mahidol University’s AI-controlled six-rotor prototype; research capability is distinct from proven commercial operation.
Chaiyaphum training emphasises pilot and maintenance skills and a network of community agricultural-drone operators.
Community project reports present local adoption results, not nationally representative causal estimates.
An overview places drones alongside other agricultural digital technologies; crop-specific validation remains necessary.
A ministry discussion considers drone, satellite and IT agricultural surveys; proposals are distinct from deployed services.
University project reporting links multispectral monitoring to cloud-based farmer advice; reported benefits are project self-reports.
A September 2026 rice-field demonstration connects golden apple snail management, university education and professional drone operators.
Surveys of 400 farmers and interviews with 10 experts identify acquisition cost and operational complexity as adoption barriers.
A 400-farmer survey examines drone-service adoption, including acquaintance referrals, telephone booking and service processes.
A field trial compares FAZER helicopter spraying with conventional application for specific rice pests and diseases.
A five-year model uses interviews with three farmers and one supplier; returns combine own-farm use with spraying services.
Rice-thrips spraying trials assess pest control alongside natural-enemy diversity and pesticide cost.
A questionnaire study of 428 farmers aged 30–40 in Phetchaburi reports associations rather than nationwide causal effects.
A longan trial compares flight heights and flowering-induction treatments, distinguishing concentration from total dose per tree.
A field survey documents battery, charger, generator and mixing-tank costs alongside service queues, neighbour trust and repair delays.
Research compares four durian spraying methods; reduced spray-liquid volume should not be equated automatically with reduced active ingredient.
CAAT directs pilot and aircraft registration to its UAS Portal. The landing-page guidance was read; linked attachments were not fully reviewed.
Historical August 2025 agricultural-flight procedures responded to border restrictions. Registration, insurance and risk assessment mattered; current flights require checking the latest notices.
DOAE announced four training cohorts for 120 farmers covering flight, maintenance and permissions, linking skills development to community agricultural services.
A manufacturer case compares sugarcane spraying methods. Chemical inputs and treatment schedules also differ, so reported income changes cannot isolate the drone effect.
DJI profiles a sugarcane operator combining T40 spraying with a changed liquid-fertilizer programme. This is a manufacturer case, not an isolated comparative drone trial.
A 2017 Suphanburi field trial assessed rice dirty-panicle control, deposition and drift. Its findings apply to the tested conditions rather than universal spray prescriptions.
The March 2026 low-emission rice workshop links field image acquisition, processing, analysis and modelling, illustrating the full pathway from flying to usable agronomic evidence.
XAG announced an authorized Thai service centre with Chia Tai. Local repair and maintenance capacity is a concrete part of the agricultural-drone value chain.
Chumphon training covers pre- and post-flight checks, spray-system and battery maintenance, basic repairs and battery emergencies alongside flight skills.
A sugarcane time study found that reusing flight plans reduced drone work time. Plant-height differences were not significant across the tested application methods.
A rice-field demonstration teaches spread-rate calibration, boundary mapping and parameter setup. Its brief demonstration flight is not evidence of whole-day operational capacity.
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