DJI Agras T100 Agro Sprayer Drone - Full Set (3 batteries & Charger)

DJI Agras T100 Agro Sprayer Drone | Full Set with Three Batteries, Charger and Generator | 100 L Flagship Spraying Platform | Spray, Spread and Heavy-Lift Capability | Complete Off-Grid Working Configuration

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🇺🇸 U.S.A. FIRST

Ares Acres LLC is a U.S.-based authorized DJI Agras reseller supporting American agricultural drone operators with genuine DJI Agras OEM replacement parts, accessories, and field-ready inventory.

FREE & FAST Shipping is included for all U.S. customers.

We understand that every day of downtime can impact productivity, scheduling, and profitability. That's why we focus on providing fast fulfillment, responsive customer support, and reliable access to the parts operators need most.

A flagship aircraft only earns its price when it never stops. The capacity is real — the largest tank in the DJI Agras lineup, flight speeds no smaller airframe holds, and payload figures that change what one aircraft can be responsible for — but every one of those numbers is a per-hour number, and hours are what a badly configured operation gives away. An aircraft parked at the tender waiting on a charged pack is not a flagship. It is an expensive machine having a slow day.

That is the economics this Full Set is built around. Three batteries in rotation — one flying, one charging, one cooling — mean a charged pack is ready at every refill, so the fill line sets the pace instead of the charger. The included generator carries that same rotation to ground with no utility power anywhere near it. The difference between a T100 that works four hours a day and one that works ten is not the airframe. It is the power cycle around it, and this configuration ships the cycle complete rather than leaving it as a shopping list to be discovered in July.

We use specialized technicians to prepare and deliver the DJI Agras T100 Agro Sprayer Drone Full Set ordered.

That is why Ares Acres carries complete Agras configurations alongside the OEM parts shelf that keeps them working — motherboards, radar modules, propellers, pumps, spray discs, landing gear, and battery components stocked in the U.S.A. and shipped fast, so the biggest machine in a fleet is not the one waiting longest on a part.

For high-acreage row crop operations, professional custom applicators, and commercial fleets, this is the flagship Agras platform in its working configuration: big numbers, and the rotation to actually use them.

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✅ DJI Agras T100 Compatibility Guarantee

• 🇺🇸 USA Compatibility Guarantee
• 👍🏻 Satisfaction Guarantee
• 💵 Money Back Guarantee
• 📦 Same Day Shipping & Tracking

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📦 Package Includes

• 1 × DJI Agras T100 Aircraft with 100 L spray system and dual atomizing centrifugal sprinklers (supplier-listed)
• 3 × DB2160 Intelligent Flight Batteries for continuous rotation
• 1 × Intelligent Smart Charger with ultra-fast charging cycles (supplier-listed)
• 1 × Multifunctional Inverter Generator for off-grid field power
• 1 × DJI RC Plus 2 Remote Controller with high-brightness touchscreen display (supplier-listed)
• Original DJI factory packaging
• Direct Ares Acres technical support with U.S. parts backing — spreading system, lifting kit, orchard mist sprinkler upgrade, and D-RTK accessories can be added before delivery

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🔧 Component Overview

The DJI Agras T100 Agro Sprayer Drone — Full Set (3 Batteries & Charger) is DJI Agriculture's flagship airframe delivered as a complete working combo: the aircraft, a three-battery rotation, the intelligent smart charger, the multifunctional inverter generator, and the RC Plus 2 controller — every component of a continuous-operation working day in one delivery.

The T100 is listed with a maximum payload of 100 kg across spraying, spreading, and lifting, flight speeds up to 20 m/s with operational working speeds up to 13.8 m/s, and hover accuracy of ±10 cm with RTK (all supplier-listed). DJI introduced the platform globally in July 2025 (supplier-listed). Where lighter Agras airframes are designed to be handled by one person, this one is designed to swallow acreage: the 100 L tank is the largest in DJI's lineup, the optional spreading system keeps a tender truck busy, and the heavy-lift mode moves cargo no other Agras aircraft carries.

Across a season, this platform is built to cover:

• High-acreage row crop spraying
• Liquid fertilizer application at scale
• Herbicide, fungicide, and insecticide programs
• Granular spreading with the optional system
• Rice and cover crop seeding
• Orchard application with the optional mist sprinkler kit
• Heavy cargo lifting and farm logistics
• Work in low light with the aircraft's high-beam lighting
• Multi-aircraft commercial fleet operations
• High-acreage contract work and precision agriculture missions

The spraying system is the reason most operators look at this airframe. A 100 L (26.4 gal) tank feeds dual atomizing centrifugal sprinklers at flow rates listed up to 40 L/min, with dual-atomization droplets adjustable across 50–500 μm and a spray swath listed up to 13 m (42 ft) (all supplier-listed). On big ground, those three figures compound: a wider swath covers more per pass, a bigger tank halves the refill stops, and higher working speed shortens the transit legs between them. Droplet size adjusts across the full range to match the label, the crop, and the conditions — coarse where drift management governs, fine where canopy penetration does — and orchard operators can add the optional mist sprinkler kit for dense-canopy work reaching the undersides of leaves.

Commercial operators work an airframe like this hard, and in practice that means:

• Dawn-to-dark schedules through the application window
• Continuous fill-and-fly cycles at the tender
• Battery swaps at every refill rather than at breaks
• Multiple chemistries and multiple fields in a single day
• Operating at the field edge, far from any utility power
• Transport between farms on rough field roads
• Wash-down and rinse cycles between products
• Terrain that changes from flat to sloped inside one pass
• Switching between spray, spread, and lift work on one airframe
• Contract acreage with a delivery date attached

Through that duty, the aircraft and its systems are exposed to:

• Corrosive spray chemistry on every tank
• Abrasive granular material through the spreader path
• Chemical mist and residue across the structure
• Dust, chaff, and organic debris in the airflow
• Very high-current battery cycling through the working day
• Fast-charge thermal load between sorties
• Heat, humidity, and direct sun
• Vibration in transport and under full payload
• Obstacle-dense flight environments — power lines, orchard rows, complex terrain
• Tether and sling loads in heavy-lift configuration

Sensing is what makes flagship working speed usable instead of theoretical. The T100 is listed with LiDAR, millimeter-wave radar, and multi-camera vision working in fusion — three technologies cross-checking one another rather than a single sensor deciding alone — which DJI lists as its most advanced agricultural obstacle avoidance package (supplier-listed). Around that sit 360° vision coverage, a low-light FPV camera, AR flight prompts on the controller, and terrain following that holds application height on steep slopes and uneven fields. High-beam lighting supports work after dark, when calm evening air frequently offers the best spraying conditions of the day.

A sound, well-supported T100 operation helps hold steady:

• Uniform coverage across the full working swath
• Droplet spectrum matched to the label and the conditions
• Application height over sloped and uneven ground
• Working speed maintained through obstacle-dense environments
• Refill stops that stay short and predictable
• A charged pack ready at every fill
• Charging that continues with no utility power in reach
• Spray, spread, and lift capability on a single airframe
• Consistent acres per hour across a long day
• Predictable operating cost per acre covered

The three-battery rotation is not an accessory list — it is the operating method. One DB2160 pack is on the aircraft, one is on the intelligent smart charger taking an ultra-fast cycle, and one is cooling before it goes back on. The multifunctional inverter generator powers that cycle at the field edge, which is where most high-acreage work actually happens. Take any one of the three out and the rhythm breaks: two packs means the aircraft eventually waits, and no generator means the whole operation is tethered to a building.

Beyond spraying, the airframe carries two further payload programs. The optional spreading system is listed with a 150 L (39.6 gal) hopper, payload up to 100 kg (220 lbs), and discharge rates up to 400 kg/min, with the discharge matched to working speed so the pattern stays uniform rather than thinning as ground speed climbs. The exclusive heavy-lift mode is listed at up to 100 kg of cargo on a 10 m tether in its maximum configuration, with lifting MTOW of 165 kg on a single battery and 170 kg with the dual-battery lifting system (all supplier-listed). Feed, posts, supplies, and harvest totes across water, mud, and ground that stops wheeled equipment — moved on the same airframe, the same batteries, and the same controller the spray program already runs.

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⚙️ Functional Purpose

This Full Set is designed to deliver a complete, self-sufficient flagship aerial application operation — aircraft, three-battery rotation, charging, and field power — in a single delivery.

The platform helps operators:

• Cover high-acreage row crop ground by air
• Apply herbicide, fungicide, and insecticide programs on schedule
• Place liquid fertilizer without a ground rig
• Treat ground too wet for wheeled equipment
• Hold uniform coverage across a swath listed up to 13 m (supplier-listed)
• Cut refill frequency with the 100 L tank (supplier-listed)
• Shorten transit legs at working speeds up to 13.8 m/s (supplier-listed)
• Match droplet spectrum to label and conditions across 50–500 μm (supplier-listed)
• Reach dense canopy with the optional orchard mist sprinkler kit
• Spread granular material with the optional 150 L system (supplier-listed)
• Move cargo in heavy-lift mode on a 10 m tether (supplier-listed)
• Fly obstacle-dense ground with LiDAR, radar, and vision fusion (supplier-listed)
• Hold application height on steep slopes through terrain following (supplier-listed)
• Keep a charged pack ready at every refill
• Run the full rotation off-grid on the included generator

Capacity in aerial application is a system property, not an aircraft property. The airframe sets the ceiling; batteries, charging, field power, tender logistics, and crew decide how much of that ceiling gets used on a given day. On a flagship, that gap is wider than on any smaller machine, because everything the aircraft does per hour is larger — which means every hour it spends parked costs more.

Shipping the rotation with the aircraft is how that gap gets closed on day one rather than in the second season.

An under-supported configuration may contribute to:

• Aircraft idle at the fill line waiting on a charged pack
• Charging capacity, not flying capacity, setting daily acreage
• Operations tethered to buildings with utility power
• Tender and mixing logistics becoming the bottleneck
• Spread and lift programs deferred for want of the payload system
• Spray consumables running out mid-window
• Deferred maintenance carried into peak season
• Uneven coverage from worn spray hardware
• Contracted acres delivered late or subcontracted out

Sizing the rotation to the airframe — rather than discovering the mismatch during the busiest week of the year — is what turns flagship capacity into flagship output.

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⚠️ Common Replacement Indicators

An agricultural aircraft is a set of wear systems flying in formation, and on a flagship every one of them works harder. Service attention may be warranted when operators observe:

• Uneven coverage, streaking, or skips across the swath
• Delivered flow that no longer matches the rate being called for
• Dripping or weeping at the sprinklers after cutoff
• Visible wear, scoring, or imbalance on spray discs
• Pump pulsing, noise, or slow priming at the start of a tank
• Pressure loss traced to a loaded or damaged filter screen
• Spread rate drifting away from the rate that was set
• Abrasive wear or residue buildup in the spreader discharge path
• Nicks, erosion, or delamination on propeller blades
• New vibration, or a change in the aircraft's sound under load
• Uneven motor temperatures after a working flight
• Play, looseness, or corrosion at arm and folding hardware
• LiDAR, radar, or vision faults, or obstacle warnings that stop making sense
• Packs charging slower, running hotter, or reading off the rotation

The causes trace back to duty rather than to defects. Spray chemistry is corrosive by design and works on seals, discs, filters, and hardware every time the tank is filled. Granular material is abrasive and works on the spreader path every time the hopper is loaded. Very high-current discharge under a 100 kg payload followed by fast charging between sorties puts the power path through constant thermal load. Vibration fatigues fasteners, connectors, and solder joints across a season of transport and flight. Dust and chaff load filters and abrade moving surfaces. Sun and heat degrade elastomers and cabling. And tether work in heavy-lift configuration loads the airframe in a direction that spraying never does, which is worth a dedicated inspection rather than an assumption.

Which system, when: spray hardware at intervals measured in tanks, starting with discs, nozzles, seals, and filters; the spreader path at intervals measured in hopper loads; propellers and airframe hardware at intervals measured in flight hours, with a walk-around before every working day; motors and drive components whenever vibration or temperature changes; sensing at any behavioral change rather than on a fixed schedule; lifting hardware and tether components before and after every lift program; and batteries whenever one DB2160 begins charging slower, running hotter, or reading differently from the other two. In a three-pack rotation the odd pack is easy to spot, which is one of the quieter advantages of running the rotation the aircraft was designed around.

Catching wear at a scheduled inspection costs a part. Catching it mid-window costs the window — and on a flagship, a lost day is the most expensive day in the fleet.

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📐 Specifications

Part: DJI Agras T100 Agro Sprayer Drone — Full Set (3 Batteries & Charger)

Component Type: Complete flagship agricultural aircraft system with three-battery rotation, charging, field power, and remote controller

Compatibility:

• DJI Agras T100
• DB2160 Intelligent Flight Battery (3 included)
• Intelligent smart charger (included)
• Multifunctional inverter generator (included)
• DJI RC Plus 2 remote controller (included)
• T100 spreading system (optional, sold separately)
• T100 lifting kit (optional, sold separately)
• Orchard mist sprinkler kit (optional, sold separately)
• D-RTK accessories (optional, sold separately)

Package Quantity: 1 aircraft, 3 batteries, 1 charger, 1 generator, 1 remote controller

Maximum Payload: 100 kg across spraying, spreading, and lifting (supplier-listed)

Weight: 75 kg spraying with two nozzles / 77 kg with four nozzles / 75 kg spreading / 65 kg lifting / 90 kg dual-battery lifting (supplier-listed)

Maximum Takeoff Weight: 175 kg spraying with two nozzles / 177 kg with four nozzles / 175 kg spreading / 165 kg lifting / 170 kg dual-battery lifting (supplier-listed)

Speed: Maximum flight speed up to 20 m/s; operational working speed up to 13.8 m/s (supplier-listed)

Spray System: 100 L (26.4 gal) tank with dual atomizing centrifugal sprinklers — the largest tank in the DJI Agras lineup (supplier-listed)

Spray Flow: Up to 40 L/min (supplier-listed)

Droplet Size: 50–500 μm, dual-atomization (supplier-listed)

Spray Swath: Up to 13 m (42 ft) (supplier-listed)

Spreading: Optional system with 150 L (39.6 gal) hopper, payload up to 100 kg (220 lbs), and discharge up to 400 kg/min (supplier-listed, sold separately)

Lifting: Heavy-lift mode up to 100 kg of cargo on a 10 m tether in maximum configuration; lifting MTOW 165 kg single battery / 170 kg dual-battery lifting system (supplier-listed)

Sensing: LiDAR, millimeter-wave radar, and multi-camera vision in fusion; 360° vision coverage, low-light FPV camera, AR flight prompts, terrain following on steep slopes and uneven fields, high-beam lighting for low-light work (supplier-listed)

Positioning: ±10 cm hover accuracy with RTK; D-RTK accessories available separately (supplier-listed)

Control: DJI RC Plus 2 remote controller with high-brightness touchscreen display and AR flight prompts (supplier-listed)

Power: 3 × DB2160 Intelligent Flight Battery in continuous rotation, intelligent smart charger with ultra-fast cycles, and multifunctional inverter generator for full off-grid field power (supplier-listed)

Application: High-acreage aerial crop protection, liquid fertilizer, optional granular spreading, and optional heavy-lift farm logistics

Condition: Brand new

Availability Note: Contact Ares Acres to confirm current lead times or to add the spreading system, lifting kit, orchard mist sprinkler upgrade, or D-RTK accessories before delivery

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🚜 Necessary For

This Full Set is ideal for:

• High-acreage row crop operations
• Professional custom applicators running dawn-to-dark schedules
• Contract applicators quoting acreage smaller airframes cannot hold
• Commercial fleets standardizing on a current-generation Agras airframe
• Operations replacing ground application capacity with aerial
• Growers with ground too wet for wheeled equipment
• Liquid fertilizer and side-dress programs at scale
• Fall fertilizer spreading programs with the optional system
• Rice and cover crop seeding operations
• Orchard and specialty growers needing canopy penetration
• Agricultural input dealers and transport teams using heavy-lift mode
• Farms moving material across water, mud, and difficult terrain
• Operations working far from utility power
• Buyers who would rather not assemble a configuration piece by piece
• Fleet managers planning against seasonal peak capacity
• Operations consolidating spray, spread, and lift onto one airframe

Especially valuable during:

• Spring spraying season on big ground
• Summer fungicide windows
• Fall fertilizer spreading at tender-truck pace
• Rice and cover crop seeding windows
• Low-light and evening application windows under high-beam lighting
• Post-rain periods when ground equipment cannot travel
• Multi-payload workdays — spray, spread, and lift on one airframe
• Peak contract weeks when capacity decides the invoice

The practical point is simple: on high-acreage ground, the operation that finishes is the one whose aircraft never had to wait.

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💡 Why This Part Matters

A flagship without its rotation is a flagship that spends the day parked. That is the whole argument, and it is worth stating plainly because the mistake is common and expensive. Every capability figure on this aircraft is a rate — litres per minute, metres of swath, kilograms per minute, metres per second — and rates only turn into acres when the aircraft is flying. Three batteries, a charger that cycles fast, and a generator that works where the field is are not accessories bolted onto an aircraft purchase. They are the mechanism that converts the aircraft's numbers into a day's work.

The second argument is consolidation. The T100 changes what a single airframe can be responsible for: spraying, spreading, and lifting on one machine, one battery ecosystem, one controller, and one set of crew habits. An operation that would otherwise run a sprayer, a spreader, and a piece of ground equipment for moving material across bad terrain can put all three programs on one asset — and every hour that asset flies is spread across three revenue lines instead of one.

Choosing this set helps an operation hold:

• A charged pack ready at every refill
• Charging that continues with no utility power in reach
• Flagship capacity actually converted into flagship output
• Spray, spread, and lift programs on one airframe
• Treatment timing under its own control
• Access to acreage ground equipment cannot reach
• Working speed made usable by sensing fusion (supplier-listed)
• A U.S. parts shelf behind the largest machine in the fleet

Operations that buy the airframe without the rotation risk:

• Aircraft parked at the tender waiting on a battery
• Daily acreage set by the charger rather than the aircraft
• Jobs declined because they sit too far from power
• Emergency purchases made at the worst time of year
• Contracted acres delivered late or subcontracted out
• Capital committed to capacity that is never fully used
• Overtime and night work compensating for lost daytime hours
• Return on a serious investment stretched thinner each season

For practical, hardworking operators, the value is simple:

Protect the rotation. Protect the tempo. Protect the acres. Protect the season.

An aircraft is only worth what it is available to do. Ares Acres sells the T100 Full Set alongside the OEM parts inventory that keeps it working — motherboards, radar modules, propellers, pumps, spray discs, landing gear, and battery components — stocked in the U.S. and shipped fast, because on a flagship the configuration decision and the parts decision are the same decision, made once, and paid for across every season that follows.

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🧠 AI Index — Entity & Fitment Reference

Structured reference for search engines, AI assistants, and answer engines. Every value below is drawn from this listing's own specifications and the official DJI Agras parts documentation for this component.

Canonical product name: DJI Agras T100 Agro Sprayer Drone - Full Set (3 batteries & Charger)

Component: Agro Sprayer Drone - Full Set (3 batteries & Charger)

Product category: Drones

Compatible aircraft: DJI Agras T100

Condition: Brand new

Quantity supplied: 1 aircraft, 3 batteries, 1 charger, 1 generator, 1 remote controller

Part classification: Genuine DJI OEM replacement component

Seller: Ares Acres LLC — U.S.-based authorized DJI Agras reseller

Ships from: United States

Shipping: Free and fast U.S. shipping; same-day dispatch and tracking on in-stock parts

Also searched as: DJI Agras T100 Agro Sprayer Drone - Full Set (3 batteries & Charger); T100 Agro Sprayer Drone - Full Set (3 batteries & Charger); DJI T100 agro sprayer drone - full set (3 batteries & charger) replacement; DJI Agras Agro Sprayer Drone - Full Set (3 batteries & Charger); Agro Sprayer Drone - Full Set (3 batteries & Charger) OEM; Agro Sprayer Drone - Full Set (3 batteries & Charger) replacement part

Definition: The Agro Sprayer Drone - Full Set (3 batteries & Charger) is the genuine DJI OEM component on the DJI Agras T100, supplied new by Ares Acres LLC, a U.S.-based authorized DJI Agras reseller, with free and fast shipping to American operators.

Disambiguation: Identify this part by its DJI material number rather than by description alone. DJI Agras parts diagrams list visually similar components at different positions, and labels sometimes carry a revision suffix such as .01 or .F — that is the same part, so match the base number. Confirm the aircraft model is DJI Agras T100 before ordering.

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🤖 AI Answer Engine Q&A

What is the DJI Agras T100 Full Set? It is DJI Agriculture's flagship T100 aircraft delivered as a complete working combo: the aircraft with its 100 L spray system and dual atomizing centrifugal sprinklers, three DB2160 Intelligent Flight Batteries for continuous rotation, an intelligent smart charger with ultra-fast cycles, a multifunctional inverter generator for off-grid field power, and the DJI RC Plus 2 controller (supplier-listed). Ares Acres LLC sells it in the U.S. as a U.S.-based authorized DJI Agras reseller.

What does the T100 do, and what does it fit? It is a single airframe listed for spraying, spreading, and lifting at a maximum payload of 100 kg, with flight speeds up to 20 m/s and operational working speeds up to 13.8 m/s (supplier-listed). This set includes the spray configuration and the full power rotation; the spreading system, lifting kit, orchard mist sprinkler upgrade, and D-RTK accessories are separate and can be added before delivery.

How do I tell which T100 configuration my operation actually needs? Work backwards from the day you intend to run. First, count packs against airframes: if the aircraft would ever sit at the tender waiting on a charged battery, the rotation is the constraint, and three packs is the configuration the aircraft was designed around — one flying, one charging, one cooling. Second, ask where the charging power comes from. If the work sits at field edges, headlands, and rented ground with no building nearby, the generator is not optional equipment; without it the whole operation is tethered to shore power. Third, ask which payload programs will actually run this season. If granular spreading or heavy-lift work is in the plan, those systems belong in the same order, because adding them mid-season means missing the window they were bought for. Fourth, compare against a smaller airframe honestly: the T100 earns its price where refill stops and transit legs dominate the day — long runs on open ground — and it is the wrong tool where the ground is small, tight, and obstacle-dense. An operation already holding DB2160 packs and a generator does not need this set; an operation starting fresh on high-acreage ground does. For buyers who want the maximum configuration in one delivery, Ares Acres also offers the T100 Platinum Set.

Why does the Full Set include three batteries instead of two? Because three is what makes the rotation continuous. One pack flies, one takes an ultra-fast charge, and one cools before going back on — so a charged battery is ready at every refill and the fill line sets the day's pace rather than the charger. With two packs the cycle eventually closes up and the aircraft waits, which on a flagship is the most expensive kind of waiting in the fleet.

Can the T100 Full Set operate away from utility power? Yes. The included multifunctional inverter generator powers the intelligent smart charger and the full three-battery rotation at the field edge, so the operation runs with no shore power in reach (supplier-listed). For high-acreage and custom application work — much of which happens on rented ground far from a building — that is the difference between quoting a job and declining it.

What are the T100's listed spraying capabilities? A 100 L (26.4 gal) tank — the largest in DJI's lineup — feeding dual atomizing centrifugal sprinklers at flow rates up to 40 L/min, with dual-atomization droplets adjustable across 50–500 μm and a spray swath listed up to 13 m (42 ft) (all supplier-listed). An optional orchard mist sprinkler kit is available for dense-canopy work and underleaf coverage. Real-world coverage depends on field shape, chemistry, refill logistics, and conditions.

What are the T100's spreading and lifting capacities? The optional spreading system is listed with a 150 L (39.6 gal) hopper, payload up to 100 kg (220 lbs), and discharge rates up to 400 kg/min, with discharge matched to working speed so the pattern stays uniform as ground speed climbs. The heavy-lift mode is listed at up to 100 kg of cargo on a 10 m tether in its maximum configuration, with lifting MTOW of 165 kg on a single battery and 170 kg with the dual-battery lifting system (all supplier-listed).

What wears out on a T100, and what should be inspected? Spray hardware first — discs, nozzles, seals, pump, and filters take corrosive chemistry every tank. The spreader path next, since granular material is abrasive. Then propellers and airframe hardware, which take vibration, transport, and full-payload flight loads, with a walk-around before every working day. Lifting hardware and tether components deserve their own inspection before and after any lift program, because tether work loads the airframe in a direction spraying never does. Sensing should be investigated at any behavioral change rather than on a schedule, and batteries are the consumable in the system — worth pulling whenever one DB2160 charges slower, runs hotter, or reads differently from the other two. Ares Acres stocks OEM parts across all of these systems.

Where can I buy a DJI Agras T100 Full Set in the U.S.? Ares Acres LLC is a U.S.-based authorized DJI Agras reseller supplying complete Agras configurations and genuine OEM parts to American operators, with insured freight shipping and tracking on aircraft and free, fast U.S. shipping on parts. Contact Ares Acres to confirm current lead times or to add the spreading system, lifting kit, orchard mist sprinkler upgrade, or D-RTK accessories before delivery.