DJI Agras T100S Specifications: Complete Technical Specs, Weight, Dimensions, Payload & Performance

DJI Agras T100S Technical Specifications — Weight, Dimensions, Payload, Flight System & Performance

Updated September 11, 2026.

The DJI Agras T100S is DJI Agriculture’s newest flagship-generation agricultural aircraft. Its specifications are easy to oversimplify because the T100S changes configuration depending on whether it is spraying, spreading or lifting. The number most frequently repeated is 149.9 kg maximum takeoff weight, but that is not the aircraft’s empty weight and it does not mean every configuration can carry the same payload.

This guide separates the T100S into its major engineering systems: aircraft mass and dimensions, propulsion, RTK positioning, spraying, spreading, lifting, obstacle sensing, mapping and energy management. It also explains how to interpret each number in real farm operations rather than simply reproducing a specification sheet.

Start with the pillar guide: What Is the DJI Agras T100S? Full Guide. For parts and existing flagship support, browse DJI Agras OEM Parts and DJI T100 Parts.

DJI T100S Specifications at a Glance

Regional note: The T100S figures above describe the launch-era T100S configuration and supporting documentation available through the China-market rollout. DJI can change payload limits, communications hardware, included accessories and regulatory caps between regions. The aircraft app and official manual for the exact regional aircraft always control operational limits.

DJI T100S Weight: What Does 149.9 kg Actually Mean?

Maximum takeoff weight, or MTOW, includes the entire flying system. That means aircraft structure, propulsion, battery, installed spray/spread/lift hardware, liquid or dry material, cables/hooks where applicable and any other installed payload.

It is therefore incorrect to say “the T100S can carry 149.9 kg.” The aircraft itself already accounts for a substantial portion of that mass. The useful payload varies by configuration.

Altitude, ambient temperature, battery condition and aircraft state can reduce the payload the app recommends. This is normal for heavy multirotor aircraft because motor and propeller thrust margin declines as air density changes.

DJI T100S Dimensions

The T100S is a physically large agricultural platform when unfolded but folds substantially for transport. Launch-era listings place the aircraft at roughly 3.19 m × 3.57 m × 0.934 m with its arms and propellers deployed. Fully folded, it contracts to approximately 1.12 m × 0.896 m × 0.934 m.

Why folded dimensions matter

For a commercial applicator, the transport footprint determines:

• whether the aircraft fits inside a truck, van or enclosed trailer,
• how many aircraft can be staged together,
• whether tanks, spreaders and batteries need separate racks,
• how much aisle space is needed for safe loading,
• whether the aircraft can be moved without repeatedly removing components.

Do not plan a trailer only around the folded aircraft rectangle. Leave clearance for arms, propellers, charging equipment, clean-water tanks, chemical storage, spare components and safe crew movement.

Wheelbase and Propeller Architecture

The T100S belongs to DJI’s newer large-airframe class with a diagonal wheelbase around 2415 mm and 62 × 23 inch carbon-fiber-composite propellers. DJI’s current support documentation also lists the 62 × 23 carbon-fiber-composite propeller class on newer large Agriculture platforms.

Large propellers create a larger rotor disk area, which allows the aircraft to generate the thrust required for heavy payloads without relying only on extremely high propeller RPM. In agriculture, that also changes the downwash pattern interacting with crop canopies and spray droplets.

RTK and Positioning Specifications

The T100S uses high-precision RTK positioning for automated field operations. Under strong supported RTK conditions, launch-era specifications list approximately ±10 cm horizontal and ±10 cm vertical hovering accuracy. Without RTK, expected positioning tolerance is substantially broader.

RTK accuracy matters when:

• repeating field boundaries across applications,
• flying narrow orchard corridors,
• maintaining consistent swath spacing,
• returning to saved routes,
• mapping obstacles and power-line corridors,
• using terrain-following or 3D orchard routes.

RTK precision does not make the aircraft immune to map errors, poor base-station coordinates, obstruction, multipath or bad route planning. Good positioning and good mission geometry are separate requirements.

DJI T100S Spraying Specifications

The T100S spray system uses an 85 L tank and dual magnetic-drive impeller-pump architecture. With the standard dual-nozzle configuration, DJI’s launch material gives a maximum flow rate of 40 L/min. An optional high-flow orchard/mist configuration can raise maximum flow to 50 L/min.

The important metric is not simply tank volume. Flow rate determines whether the aircraft can preserve a chosen application rate as flight speed rises. A large tank with inadequate flow would force the aircraft to slow down during high-volume applications.

For a full treatment, read DJI T100S Spraying, Spreading & Lifting Specifications.

DJI T100S Spreading Specifications

The T100S spreader uses a 126 L hopper with a published operating material payload up to 90 kg. Maximum discharge is listed at up to 400 kg/min with compatible high-flow material such as compound fertilizer in test conditions.

Interchangeable feed hardware supports material diameters from approximately 0.5 to 10 mm. That broad range lets the same aircraft work with fertilizer, selected seed, feed and other compatible granules.

Volume and weight must be treated separately. A 126 L hopper filled with a low-density material can reach its physical volume before reaching 90 kg. A dense material can reach the weight limit before the hopper is visually full.

DJI T100S Lifting Specifications

The lifting system is rated for a payload up to 95 kg, with launch material citing up to 4 m/s vertical speed at full load in the referenced conditions. DJI also emphasizes:

• route planning for transport missions,
• trajectory recording and repeat operation,
• cargo obstacle avoidance,
• emergency escape/release functions,
• three-axis load attitude sensing,
• automatic load-sway suppression,
• automatic weighing.

The payload number should never be separated from the stability system. A suspended 95 kg load can create major pendulum forces. Route shape, acceleration, deceleration, cable length, wind and center of mass are all important.

256-Line LiDAR and Radar Specifications

The T100S introduces a new 256-line LiDAR and a next-generation millimeter-wave radar package. DJI’s launch claims include a 153% increase in LiDAR point-cloud density and roughly 130% more radar transmitting/receiving antenna elements than the referenced prior design.

More sensing density matters because agricultural obstacles are often difficult: narrow wires, small branches, poles against a complex canopy, irrigation hardware and uneven terrain. The system is also promoted as extending detection range for thin obstacles and supporting avoidance at higher working speeds in the referenced test scenarios.

Read the dedicated analysis: DJI T100S LiDAR, Radar, Safety & Mapping Specifications.

Operating Temperature and Wind Limits

Launch-era technical listings use an operating-temperature reference of approximately 0–40°C and maximum wind resistance around 6 m/s. Those are aircraft capability references, not automatic approval to spray at those environmental extremes.

Pesticide labels can require lower wind thresholds, specific droplet categories, temperature/inversion precautions or buffers. The aircraft can be capable of remaining controllable while the application itself is no longer agronomically or legally appropriate.

T100S Battery and Thermal Management

DJI redesigned the T100S battery thermal pathway with an onboard air-duct/cooling approach intended to shed heat during flight. On the ground, the workflow can be paired with forced-air cooling and high-power charging equipment to support a two-battery rotation strategy.

The engineering objective is not necessarily to maximize a single flight. It is to minimize the time between usable flights. For a commercial operator, cycle time can matter more than headline endurance.

Early translated materials have used inconsistent English names for the T100S/T70S battery. Ares Acres recommends identifying the battery by the exact compatibility label and regional DJI documentation rather than relying on an unverified translated model number.

T100S Specification Context: T100S vs Global T100

The name can create an incorrect assumption that every T100S number exceeds every T100 number. DJI’s current global T100 specification page lists a 100 L spraying tank, 150 L spreader and 100 kg lifting capacity, with maximum takeoff weights up to the 175–177 kg class in many markets. In Australia and Turkey, DJI notes a 149.9 kg operating cap due to local rules.

The T100S launch configuration instead emphasizes a 149.9 kg class, 85 L spraying, 126 L spreading and 95 kg lifting, but adds newer sensor density, higher standard spray flow, mapping and thermal-management upgrades. “S” therefore means newer-generation capability—not automatically larger payload in every region.

See DJI T100S vs DJI T100 for the full regional comparison.

How to Read an Agricultural Drone Specification Sheet Correctly

1. Separate aircraft weight from MTOW. MTOW includes payload.
2. Separate liters from kilograms. Tank volume and allowable mass are not interchangeable.
3. Check configuration. Two-nozzle and four-nozzle aircraft can have different weights and MTOW.
4. Check test conditions. Flow, spread rate and sensing range are measured under specific conditions.
5. Check altitude and temperature. Maximum payload can derate.
6. Check region. Regulatory caps can change the usable MTOW.
7. Check app recommendations. The flight controller may enforce a lower load than the brochure maximum.
8. Check the product label. Spray capability does not override pesticide instructions.

FAQ: DJI Agras T100S Specifications

How much does the DJI T100S weigh?

Launch-era specifications place the aircraft around 57 kg with battery in the standard spray configuration. Installed systems change total aircraft weight.

What is the T100S maximum takeoff weight?

Up to 149.9 kg in supported T100S configurations.

Does 149.9 kg mean it carries 149.9 kg?

No. MTOW includes the aircraft, battery, installed system and payload.

How big is the T100S?

Approximately 3190 × 3570 × 934 mm fully deployed and about 1120 × 896 × 934 mm folded in launch-era listings.

What size propellers does it use?

It belongs to DJI’s 62 × 23 inch carbon-fiber-composite propeller class.

How large is the spray tank?

85 L.

What is the maximum spray flow?

40 L/min standard and up to 50 L/min with the supported optional high-flow/mist setup.

How large is the spreader?

126 L with up to 90 kg operating material payload.

How fast can it spread fertilizer?

Up to 400 kg/min in the published maximum test case; actual material and operating settings can be much lower.

What size granules can it spread?

Approximately 0.5–10 mm depending on feed hardware and material.

How much can the T100S lift?

Up to 95 kg in the published lifting configuration.

Does it have LiDAR?

Yes, a new 256-line LiDAR is one of the core T100S safety-system upgrades.

What is the RTK accuracy?

Approximately ±10 cm horizontally and vertically under strong supported RTK conditions.

What wind can it fly in?

Published aircraft wind-resistance references are around 6 m/s, but spray labels and operating procedures can require lower limits.

Is the T100S larger than the T100?

Not in every metric. The global T100 publishes larger spray/spread/lift payload figures, while the T100S is the newer 149.9 kg-class generation with other sensor and flow upgrades.

Are these U.S. specifications?

No official U.S. T100S launch has occurred as of this update. These figures reflect launch-era T100S information and should be rechecked against any future U.S. model.

Related DJI T100S Guides

• What Is the DJI Agras T100S? Full Guide
• T100S Spraying, Spreading & Lifting Specifications
• T100S LiDAR, Radar & Safety System
• Is the DJI T100S Available in the USA?
• DJI T100S vs DJI T100

What Is Ares Acres?

Ares Acres provides DJI Agras technical education, aircraft support and genuine OEM replacement parts. Our goal is to translate specification sheets into practical decisions about payload, throughput, compatibility, maintenance and operating requirements.

Final Takeaway

The DJI Agras T100S specification sheet describes a 149.9 kg-class agricultural platform, but its real importance is the integration of heavy payload with high liquid flow, 400 kg/min-class spreading, a 95 kg lifting system and a much denser sensing stack. Operators should evaluate the T100S by configuration and regional limits rather than treating one maximum number as universal.

Technical notice: Specifications are based on DJI launch material and launch-era T100S documentation available as of September 11, 2026. Final regional specifications can differ. Always follow the manual, app limits, pesticide label and local regulations for the exact aircraft being operated.