DJI Agras T100S vs DJI T100: Complete Flagship Agricultural Drone Comparison
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DJI Agras T100S vs DJI T100 — Which Flagship Is Actually Bigger, Faster and Better?
Updated September 11, 2026.
The DJI Agras T100S is newer than the DJI Agras T100, but newer does not mean larger in every specification. This is one of the most important distinctions in the current DJI Agriculture lineup.
The T100S China-launch configuration emphasizes higher spray flow, a new 256-line LiDAR, upgraded radar, smarter mapping and improved thermal management. The current global T100, however, publishes a 100 L spray tank, 150 L spreader, 100 kg spreading load, 100 kg lift capacity and maximum takeoff weights up to 175–177 kg in many markets. Those figures exceed the T100S launch configuration’s 85 L spray tank, 126 L spreader, 90 kg spreading payload, 95 kg lift and 149.9 kg maximum takeoff class.
Choose the T100 when your priority is maximum currently published global payload capacity: 100 L spraying, 150 L spreading, 100 kg spread payload and 100 kg single-battery lift. Choose the T100S when your priority is the newer sensing/workflow generation: 256-line LiDAR, denser radar, 40 L/min standard flow, up to 50 L/min orchard/mist flow, new mapping functions and the newer thermal-management design. The T100S is the newer flagship generation, but the global T100 is physically heavier and larger-capacity in several headline metrics.
Start with the T100S Full Guide or browse the existing DJI Agras T100 and T100 Parts.
T100S vs T100 Specifications
| Specification | DJI T100S launch configuration | DJI T100 current global configuration |
|---|---|---|
| Generation | Newer T100S generation | T100 generation |
| Approx. standard spray aircraft weight | ~57 kg with battery | 75 kg standard two-nozzle spray |
| Maximum takeoff weight | Up to 149.9 kg | 175 kg spray/spread; 177 kg four-nozzle spray in many markets |
| Spray tank | 85 L | 100 L |
| Standard spray flow | 40 L/min | 30 L/min |
| Optional high-flow/mist | 50 L/min | 40 L/min |
| Droplet range | 50–500 μm standard; ~10–500 μm mist | 50–500 μm |
| Spreader volume | 126 L | 150 L |
| Spread payload | 90 kg | 100 kg |
| Peak spread discharge | 400 kg/min | 400 kg/min |
| Lifting payload | 95 kg | 100 kg single-battery; 80 kg dual-battery configuration |
| Propellers | 62 × 23 in class | 62 in carbon-fiber composite |
| Wheelbase | ~2415 mm | 2330 mm |
| LiDAR | 256-line new-generation system | Safety System 3.0 laser radar architecture |
| Availability | China launch; no official U.S. launch as of update | Global/current regional availability |
The Most Important Comparison: 85 L vs 100 L Does Not Tell the Whole Story
The T100 carries more liquid per fill, but the T100S can move liquid faster. With standard hardware, the T100S is promoted at 40 L/min while the global T100 standard two-nozzle system is published at 30 L/min. With optional mist hardware, T100S reaches 50 L/min versus T100’s 40 L/min.
That creates a tradeoff:
- T100 advantage: more liquid carried per trip.
- T100S advantage: more maximum liquid throughput per minute.
For low application rates, tank volume may matter more. For very high-volume orchard or vegetable applications, maximum flow can become the limiting factor.
Which Is Better for Row Crops?
Large row-crop operations should evaluate acres per cycle rather than tank size alone. If a field requires moderate liquid volume and long passes, the T100’s 100 L tank can reduce refill frequency. If a high application rate requires the aircraft to move more liquid while preserving speed, the T100S’s higher flow ceiling becomes more valuable.
Both systems are far beyond older 40 L platforms in payload class. Logistics—water transfer, chemical mixing, batteries and loading—will often determine real productivity more than a 15 L tank difference.
Which Is Better for Orchards?
The T100S has the stronger on-paper orchard story because DJI specifically emphasizes its optional high-flow mist nozzle, approximately 10–500 μm droplet range, 50 L/min maximum flow, improved leaf-coverage test results and new 3D obstacle-aware orchard routes.
The T100 also supports optional mist sprinklers and a large 100 L tank, so it remains a very capable orchard platform. The distinction is that T100S concentrates more of its generational upgrade around flow + sensing + route intelligence.
Spreading: T100 Is Larger, Both Are Extremely High Throughput
The global T100 uses a 150 L spreader with up to 100 kg load, while the T100S launch configuration uses 126 L and 90 kg. Both publish peak discharge up to 400 kg/min for suitable compound fertilizer.
So the T100 can carry more material per load. The T100S does not win this comparison on raw hopper capacity.
Lifting: 95 kg vs 100 kg
The T100S’s 95 kg lift is extremely high, but the current global T100 publishes a 100 kg single-battery lifting capacity. The T100 also has a dual-battery lifting configuration with an 80 kg load rating.
T100S instead emphasizes newer control functions: trajectory recording, automatic route planning, three-axis load sensing, sway suppression, auto weighing and obstacle-aware cargo operations.
Maximum Takeoff Weight: T100 Is Heavier in Global Spec
This point is frequently misstated online. The global T100 specification page lists maximum takeoff weights up to 175–177 kg depending on spraying configuration, with 175 kg spreading and 165–170 kg lifting configurations. DJI separately notes that Australia and Turkey must keep T100 MTOW at 149.9 kg.
The T100S launch configuration is built around a 149.9 kg maximum takeoff class. Therefore, the T100S is not the heaviest DJI Agras aircraft by current global published MTOW.
Physical Size: Different Geometry, Similar Flagship Scale
The T100 and T100S are both very large aircraft but use different geometry. Global T100 unfolds to roughly 3220 × 3224 × 975 mm, while T100S launch listings place it around 3190 × 3570 × 934 mm. T100S is wider in one axis; T100 is deeper/taller in others.
Trailer planning should use the exact folded dimensions rather than assuming the “S” model occupies more or less space.
LiDAR and Obstacle Avoidance: T100S’s Clearest Generational Advantage
T100 is already equipped with DJI Safety System 3.0, including laser radar, multiple radars and quad vision. It is not an unsophisticated aircraft.
T100S moves the architecture forward with a new 256-line LiDAR, claimed 153% point-cloud-density increase, a next-generation millimeter-wave radar package and improved fine-obstacle detection. DJI’s launch also emphasizes persistent obstacle records, new 360° takeoff/landing awareness and smarter mapping.
See T100S LiDAR, Radar & Safety System.
Battery Strategy: T100 Is Mature; T100S Adds Thermal Design
The global T100 has a mature ecosystem around the DB2160 battery, C12000 charger and D14000iE generator. Those components already have published specifications, service documents and growing parts support.
T100S launch material emphasizes a new battery air-duct design and onboard heat dissipation, paired with ground cooling for two-battery rotation. That could reduce heat-related turnaround time in hot-weather operations, but its exact value depends on regional battery/charger configuration.
Parts and Service: T100 Has the Current Advantage
Because T100 is already globally distributed, it has the advantage in mature documentation, dealer training and parts availability. Browse T100 OEM Parts, T100 Spray Parts and T100 Spreading Parts.
T100S support will improve as DJI expands the platform regionally, but an early importer may have a harder time sourcing exact S-specific sensors or payload hardware.
Availability: T100 Wins Today for International Buyers
The T100 is already an official international platform. T100S remains a newer launch-market product without an official U.S. release as of this update. For an operator who needs a supported aircraft now, that can outweigh theoretical hardware advantages.
Which Drone Is Better?
| Priority | Better fit | Why |
|---|---|---|
| Maximum spray tank | T100 | 100 L vs 85 L |
| Maximum standard flow | T100S | 40 L/min vs 30 L/min |
| Maximum optional mist flow | T100S | 50 L/min vs 40 L/min |
| Maximum spread payload | T100 | 100 kg vs 90 kg |
| Maximum lift payload | T100 | 100 kg vs 95 kg in single-battery comparison |
| Newest sensing architecture | T100S | 256-line LiDAR/new radar generation |
| Current global support | T100 | Already launched internationally |
| Future-looking mapping/automation | T100S | New trajectory and obstacle-memory workflow |
Should a T100 Owner Upgrade to T100S?
Not automatically. If your T100’s 100 L capacity, 30–40 L/min flow and Safety System 3.0 already meet your crop program, replacing it solely because T100S is newer may not produce a sufficient return.
An upgrade case becomes stronger when:
- you consistently hit the T100 flow-rate ceiling,
- dense orchard canopy is a major workload,
- wire-heavy terrain creates significant planning burden,
- new mapping workflows materially reduce labor,
- battery heat limits your current cycle time,
- you can obtain official regional T100S support.
FAQ: T100S vs T100
Is the T100S newer than the T100?
Yes. T100S is the newer generation.
Is T100S bigger than T100?
Not by current global MTOW or payload capacity. T100 publishes higher maximum takeoff weights and larger spray/spread/lift capacities.
Which has the bigger spray tank?
T100: 100 L versus T100S launch configuration at 85 L.
Which sprays faster?
T100S has the higher published flow ceiling: 40 L/min standard and up to 50 L/min optional versus T100 at 30/40 L/min.
Which has the bigger spreader?
T100: 150 L / 100 kg versus T100S 126 L / 90 kg.
Which lifts more?
The T100 single-battery lift system publishes 100 kg versus T100S at 95 kg.
Which has better obstacle sensing?
T100S is the newer sensing generation with 256-line LiDAR and upgraded radar, although T100 already has an advanced multi-sensor Safety System 3.0.
Which is available in the USA?
T100 has an established regional/global support path; T100S has not received an official U.S. launch as of September 11, 2026.
Are T100 and T100S parts interchangeable?
Do not assume so. Verify every component by exact part number and supported-model list.
Which is better for orchards?
T100S has the stronger new-generation high-flow/mapping proposition, while T100 has the larger tank.
Related Guides
What Is Ares Acres?
Ares Acres supports DJI Agras fleets with technical education and genuine OEM parts. For current T100 support, browse DJI T100 Parts or contact Ares Acres.
Final Takeaway
The T100S is the newer flagship generation, but the global T100 remains the larger-capacity aircraft in several published metrics. T100S wins on higher flow and newer sensing/automation; T100 wins on tank size, spread load, lift load and currently mature international support. The better aircraft depends on the bottleneck in your operation—not the letter after the model name.
Comparison notice: T100S figures reflect launch-era T100S information, while T100 figures reflect DJI’s current global specification page. Regional limits and configurations can differ. Verify the exact model documentation before purchase or operation.
