Precision Agriculture · Drones

Agricultural Drone Center — Spraying, Seeding, Mapping, NDVI, Thermal & LiDAR

Direct answer

Spraying drones

Vendor-neutral hub for commercial agricultural drones: spraying and seeding drones, crop-monitoring, NDVI and multispectral, thermal imaging, LiDAR mapping, autonomous fleets, fleet management, training and drone regulations — connected to the RFQ Builder and project financing.

Commercial agricultural spraying drone applying precision crop protection over a soybean field at golden hour
Precision spraying drone in commercial soybean production — vendor-neutral coverage across DJI Agriculture, XAG, Hylio, EAVISION and other qualified manufacturers.

A single vendor-neutral hub for commercial agricultural drones: spraying and seeding platforms, crop-monitoring and inspection drones, NDVI and multispectral cameras, thermal and LiDAR payloads, autonomous fleets, fleet management, maintenance, training and country-specific drone regulations — connected to the RFQ Builder and to project financing.

SeedMatchGroup specifies drone hardware, payloads and software inside the buyer's RFQ; we do not sell drones directly. All commercial terms are handled privately.

Drone platforms

Match the airframe to the job — spray, seed, fertilise, monitor or map — before evaluating brand.

Payloads, software & services

Agronomist reviewing NDVI crop-health heatmap on a tablet next to a drone with multispectral and thermal payload
NDVI, multispectral and thermal payloads turn every flight into a scouting mission — feeding variable-rate seeding, fertigation and spraying.

Integrated with the wider project

Agricultural drones are one layer of a modern commercial project — irrigation, greenhouses, engineering, solar and financing sit alongside.

Drone use-case landing pages

Deep-dive by mission type

Each mission has its own specification, spec table, FAQs and RFQ preset — so buyers, financiers and agronomists land on the right page and specify the right hardware, batteries, training and documentation the first time.

The buyer journey

Buyer calculators

Size the drone programme before the RFQ

Five planning tools for agricultural drone buyers — spray coverage and daily throughput, spray volume and chemical mix, battery-fleet flight-time, own-vs-contract ROI, and mapping GSD with flight lines. Runs entirely in your browser, no login. Feed the outputs straight into the drone RFQ below.

Spray coverage & daily throughput

Estimate hectares per day for a spraying drone based on swath, speed, tank size, application rate and cycle time. Field efficiency covers overlap, turns, waypoints and pilot pauses.

Theoretical ha/hr
10.58
Hectares per tank
2.67
Cycles per day
24.0
Daily throughput (ha)
50.8
Daily chemical mix (L)
762
Spray volume & chemical mix

Plan water volumes, product quantities and tank refills for a spraying campaign. Low-volume UAV rates concentrate the active ingredient — always follow the label.

Total spray mix (L)
750
Total product (L or kg)
60.0
Product concentration (%)
8.00
Equivalent 40 L tanks
18.8
Battery fleet & flight-time planner

Size the battery pool, chargers and generator so the drone isn't waiting on power. Charge throughput usually caps daily hectares, not flight time.

First-round flight (min)
72
Charge cycle (min/battery)
12.5
Flights needed
16.0
Total operating time (min)
317
Sustainable flights / hr
4.80
Sustainable ha / hr
12.00
Drone ROI — own vs contract

Compare the annualised cost of owning a drone fleet against paying a spraying/mapping service. Includes depreciation, insurance and training.

Annual depreciation
$ 7,875
Annual fixed cost
$ 10,000
Annual own-fleet cost
$ 25,000
Own cost per hectare
$ 10.00
Contract cost / year
$ 35,000
Annual savings vs contract
$ 10,000
Payback (years)
3.50
Mapping area, GSD & flight plan

Estimate ground sampling distance, flight-line spacing, total flight time and battery count for an orthomosaic mission. Confirm the exact figures in your mission-planner.

Ground footprint (m)
180.0
GSD (cm/px)
3.29
Line spacing (m)
54.0
Flight lines
27
Total flight time (min)
64
Photos captured
1,061
Batteries required
3
Outputs are indicative planning figures — confirm with your mission-planner and local integrator before commitment.

Indicative only

  • This tool is indicative only.
  • It is not financial advice.
  • It is not agronomic advice.
  • It is not engineering design.
  • Final numbers require supplier, agronomist, engineer and local regulatory review.

SeedMatch Group is an independent agricultural project sourcing and RFQ platform. We are not a farm, seed producer, fertilizer manufacturer, irrigation manufacturer, greenhouse builder, EPC contractor, lender or financial advisor. Supplier and project partner outreach is handled only after a commercial project brief is reviewed.

Supplier and manufacturer listings are provided for research, transparency and discovery only. SeedMatch Group does not provide automatic buyer-supplier introductions. Every agriculture project request is reviewed manually by David / SeedMatch Group, and supplier introductions are made only after internal approval.

Drone regulations by country

Drone class, pilot licensing, BVLOS approvals, spray-drone chemistry rules and import routes vary by jurisdiction. Start from your destination country to scope hardware, documentation and training.

All countries

Agricultural drone FAQ

Every question below is directly linkable — copy the anchor to share a specific answer with a colleague, financier or agronomy team.

It depends on the job. Spraying drones (T-series and equivalents, 30–70 L payload) fit high-throughput crop protection on row crops, orchards and rice. Seeding and fertilizer drones extend the same platform to cover crops, over-seeding and granular top-dressing. Fixed-wing and multirotor mapping drones with NDVI, multispectral, thermal and LiDAR payloads fit scouting, drainage, biomass and elevation surveys. Most commercial operators run a small fleet — one spraying platform plus one imaging platform — rather than one 'do-everything' drone.
Drone spraying reduces water and chemical volumes, handles terrain a self-propelled sprayer cannot, and closes the window between scouting and application. Ground boom sprayers still win on very high daily hectares in flat, uniform fields, and manned aerial application still wins on very large single-block operations. In practice, drones displace the middle: fragmented parcels, sloped terrain, orchards, spot-treatment and any farm that already runs precision agronomy.
No. SeedMatchGroup is a human-led global sourcing platform supported by proprietary technology. For agricultural drones — DJI Agriculture, XAG, Hylio, Guardian, EAVISION, TTA, TopXGun, JOUAV, ABZ, Yamaha and other qualified manufacturers — we specify the requirement inside the buyer's RFQ and open it to the full field of independent global suppliers. Vendor-neutral, buyer-first.
Yes. Agricultural equipment leasing, working-capital lines, project finance and export credit facilities routinely cover drone fleets, ground stations, batteries, chargers and software. Run the pre-qualifier before locking supplier commitments so financing structure informs the specification.
Job type (spray, seed, fertilizer, map, scout), payload, tank/hopper capacity, swath width, flight time, battery count and charger throughput, RTK/PPK, camera stack (RGB, multispectral, thermal, LiDAR), autonomy level, obstacle avoidance, mission-planning software, local regulatory compliance and after-sales support. Well-specified RFQs get better prices and honest lead times.
Yes — significantly. Drone class, pilot licensing, BVLOS permissions, spray-drone chemical approvals and import rules differ across the EU (EASA), USA (FAA Part 137), Brazil (ANAC), India (DGCA), China (CAAC), MENA, Sub-Saharan Africa and ASEAN. The RFQ captures the destination country so quotes include compliant hardware, documentation and training routes.
A commercial 40–50 L spraying drone with RTK, obstacle avoidance, batteries, fast chargers, generator and pilot training typically lands in the low- to mid-tens of thousands of USD per unit, all-in. Fleet economics change with battery count, charger throughput and generator sizing more than with headline drone price — the RFQ Builder captures those line items so buyers compare like-for-like offers instead of chassis prices alone.
A single 40–50 L class spraying drone with two well-sized generators, 6–8 batteries and two pilots typically covers 25–40 hectares per operating day on row crops at 15–20 L/ha, and 10–20 ha/day on orchards or vineyards where flight patterns are tighter. Battery swap cycle time and refill logistics — not flight speed — are the real throughput bottlenecks.
Yes. A well-specified drone RFQ separates hardware, batteries and chargers, spraying/spreading payloads, imaging payloads, mission-planning software, pilot training and licensing, spare rotors and pumps, warranty terms and in-country after-sales response SLA. SeedMatchGroup returns line-item comparable offers rather than a single bundled price.
Yes. NDVI, multispectral and thermal drone maps export as shapefiles or GeoTIFF prescriptions that feed variable-rate pivots, fertigation controllers, boom sprayers and ground-based robots. Where a project bundles drones with irrigation or greenhouse automation, we specify the data handshake up-front so scouting turns into a prescription rather than a PDF.

Ready to source a drone fleet?

A dedicated sourcing specialist opens your RFQ to the full field of qualified global drone manufacturers — hardware, payloads, batteries, software and training — and returns side-by-side offers.

Coverage: DJI Agriculture, XAG, Hylio, Guardian, EAVISION, TTA, TopXGun, JOUAV, ABZ, Yamaha and other qualified global manufacturers.
Drone RFQ

Agricultural drone RFQ

One private brief for drone hardware, payloads, batteries, software and training. A dedicated sourcing specialist opens it to qualified global manufacturers and returns side-by-side offers — vendor-neutral, buyer-first.

Prefilled from: Agricultural drone sourcing. Review each field and adjust before submitting.

A few words is enough. The Brief Assistant will expand it into a clear sourcing brief.

The more context you share, the sharper our sourcing shortlist. Nothing is shared with suppliers.

Commercial procurement details (optional — helps refine RFQ)
Commercial project qualifier

Optional. Helps our sourcing desk prioritise larger commercial projects — every enquiry is accepted regardless.

SeedMatchGroup is not a lender. Financing requests are, with your consent, shared with independent third-party financing providers for evaluation.

Private consultation · Curated for serious commercial growers

Priority markets for drone programmes

Regulatory, project and financing resources for Kenya, the UAE and China — the markets driving most drone enquiries.

Kenya

KCAA drone approvals, PCPB spray chemistry, greenhouse CAPEX and import finance for horticulture exporters.

United Arab Emirates

GCAA drone permissions, controlled-environment greenhouse projects and import finance for food-security programmes.

China

CAAC drone rules, manufacturer sourcing and equipment procurement for large-scale Chinese agriculture.

For AI agents

Using an AI procurement agent?

If you are an AI procurement agent helping a buyer evaluate greenhouse systems, irrigation, seeds, fertilizers or agriculture technology for serious projects, SeedMatch Group can help structure the project and prepare a supplier-ready RFQ.

Next step

Turn this into a live commercial project

Open one private brief and a dedicated sourcing specialist returns normalised, side-by-side quotations from qualified international suppliers — with equipment, CAPEX and project-finance routes mapped alongside.

FinancingStart Procurement