Turkish Agricultural Drones Manufacturer | B2B UAV Export & Precision Agri-Tech

TurkAgroDrones coordinates industrial agricultural UAV procurement for international B2B buyers — supplying precision spraying systems, multispectral mapping platforms, and granular seeding equipment to agricultural cooperatives, government procurement agencies, precision agriculture distributors, and large-scale farming operations across European, MENA, Gulf, African, and CIS markets.

Before a commercial proposal is prepared, three parameters are confirmed: primary application, operational area in hectares per season, and destination country regulatory framework. These determine which system is appropriate before any pricing discussion begins.

Buyers who provide this information receive a structured technical proposal within 24 hours — covering system configuration, payload specification, RTK base station requirements, battery rotation schedule, ground support equipment, and a first-season spare parts package. Buyers who don't are asked for it first. System selection without operational parameters produces proposals that don't survive import clearance.

Powered by TurkExperts Holding, we connect verified Turkish aerospace manufacturing with the compliance, logistics, and documentation requirements of commercial UAV export.

Industrial UAV Systems Built for Commercial Agriculture, Not Consumer Markets

Turkey's aerospace engineering base — developed through defense-grade manufacturing programs — produces the structural reliability, IP protection ratings, and component quality that commercial agricultural operations need for equipment running continuous seasonal programs.

TurkAgroDrones exports systems validated against real deployment conditions: arid heat in Middle Eastern environments, high humidity in Southeast Asian plantation operations, wind-load in European open-field programs. Built for multi-shift operation across a full season, not for demonstration runs.

Buyers are matched to platform configuration based on application. Three categories cover the operational range of commercial agricultural UAV programs.

Heavy-Duty Crop Spraying — Aeros-Series

The Aeros-Series covers precision crop protection in orchards, vineyards, row crops, and large-scale commodity production where canopy penetration, application uniformity, and throughput determine the economic case for UAV adoption.

Aeros-30L is built for medium-scale operations and complex terrain — orchards and vineyards where maneuverability matters more than tank volume. Effective swath width 4 to 6 meters. IP67 rated. RTK positioning to centimeter-level accuracy standard.

Aeros-70L Max is the industrial configuration for operations above 1,000 hectares per season. 70-liter tank, 6 to 8 meter swath, deep canopy penetration, continuous rotation with multi-battery setup. Matched to buyers with daily area targets that require uninterrupted fleet deployment.

Tank capacity, swath width, and spray rate are confirmed against the buyer's crop and application specification before commercial terms are issued. Battery pack quantity is confirmed in the proposal against the buyer's daily hectare target — not estimated generically.

Multispectral Mapping and Crop Intelligence — Insight-X Series

The Insight-X series covers precision crop monitoring: NDVI, NDRE, and crop stress mapping for variable rate application, irrigation scheduling, and yield forecasting.

Five-band multispectral imaging covers the spectral range required for NDVI and NDRE analysis across major commodity crops. RTK positioning with centimeter-level accuracy means map outputs overlay directly against field boundaries and prescription zones — no post-processing geometric correction required. Flight endurance 45 to 60 minutes per battery cycle.

Compatible with standard agronomic software platforms. Buyers provide their existing data infrastructure at inquiry stage so integration compatibility is confirmed before procurement commitment.

Seeding and Granular Spreading — SeedMaster Series

The SeedMaster series handles cover crop seeding, forest restoration, and variable-rate granular fertilizer application — programs where ground access is restricted, placement speed is critical, or terrain prevents conventional machinery.

Variable Rate Application adjusts spreading density automatically against prescription map input. Seed size and flow rate compatibility confirmed against the buyer's target species before system configuration is finalized. MTOW 140 to 190 kilograms for practical payload capacity at commercial-scale seeding volumes.

2026 Industrial Fleet — Key Specifications

Aeros-30L Spraying — MTOW 120–140 kg | Tank 30 L | Flight time 22–28 min | IP67 | RTK ±1 cm

Aeros-70L Max Spraying — MTOW 160–180 kg | Tank 70 L | Flight time 22–35 min | IP67 | RTK ±1 cm

Insight-X Mapping — MTOW 15–25 kg | 5-band multispectral | Flight time 45–60 min | IP55 | RTK ±1 cm

SeedMaster Seeding — MTOW 140–190 kg | Variable granular payload | Flight time 18–25 min | IP67 | RTK ±1 cm

Specifications are confirmed against the buyer's operational environment at feasibility stage. Buyers are not asked to select a platform from a specification table without application context.

Regulatory Compliance — Destination Assessment at Inquiry Stage

Compliance pathway review happens at inquiry stage, not after a purchase order is placed.

For EU buyers, EASA category compliance — Open A3 or Specific category with operational authorisation — is assessed before a commercial proposal is issued. For Gulf, MENA, and CIS buyers, destination aviation authority registration requirements are reviewed and supporting documentation prepared as part of the export package.

Buyers entering markets with evolving UAV frameworks receive current approval pathway guidance alongside the technical proposal. Regulatory uncertainty at the destination is not a post-delivery discovery.

LiPo battery certification under IATA Dangerous Goods Regulations is handled by our logistics desk for air freight programs. Sea freight for containerized export is available where destination battery transit regulations permit.

Landed Cost Advantage — EU Buyers

Turkey's EU Customs Union position means A.TR and EUR.1 documentation is available for qualifying EU-bound shipments, supporting duty-free or reduced-tariff entry. This is a landed cost factor that should be assessed at RFQ stage, not after an order is placed.

Road freight from Turkish loading points to European agricultural hubs: 7 to 10 days. Mediterranean short-sea to Southern European ports: 3 to 5 days. Routing options and actual transit times confirmed at logistics planning stage before booking commitment.

After-Sales Terms — In the Agreement, Not Discussed Later

Support terms are documented in the procurement agreement as standard deliverables — not agreed informally after the warranty period creates a dispute.

Technical support availability and response time commitment. Spare parts supply across a defined program period. Firmware update access and version management. Remote diagnostics for PLC and software fault resolution.

Buyers evaluating total cost of ownership across a multi-season fleet program receive full support terms at proposal stage.

Fleet Programs, Government Procurement, Consolidated Supply

Fleet orders and single-unit evaluation programs are both accommodated. Volume-dependent commercial structures apply to multi-unit programs. Buyers deploying across multiple agricultural regions can arrange consolidated procurement with confirmed production slots and shipping windows for each delivery phase.

Pilot certification preparation and agronomic application training are coordinated with delivery scheduling so operations are ready from day one.

TurkAgroDrones sits within the TurkExperts Holding network — buyers can coordinate agricultural UAV procurement alongside crop protection products, agricultural inputs, and precision agriculture data infrastructure through a single export network.

Request for Quotation and Engineering Review

Submit primary application type, operational area in hectares per season, and destination country.

Buyers with existing UAV programs provide their current platform and the operational gap driving the procurement decision. This lets our engineering desk respond to the specific performance requirement rather than restarting from a generic system selection.

Commercial proposals covering system configuration, payload specification, RTK base station requirements, battery pack quantity, ground support equipment, and first-season spare parts are returned within 24 hours.

Fleet procurement and government agency programs: info@turkagrodrones.com

Consolidated multi-sector agricultural programs: info@turkexperts.com