Our Drone Articles

Last updated by Rachel N. on 16/07/2025

You now have two options when renting a drone from us:

  1. Pay a refundable 80% security deposit, which is returned after the rental.

  2. OR choose short-term hull insurance (via Precision Autonomy).

Submit a hull insurance application via this link


If you choose the insurance option:

  1. The policy must include hull coverage and list DFH as an Interested Party

  2. You’ll need to provide a Certificate of Currency before dispatch.

  3. The insurance premium is non-refundable, but frees up your capital.



What is Hull Insurance?

Hull insurance is a type of insurance coverage that protects the property (eg. drone) itself from damage or loss. It means that if the rental unit is accidentally damaged, lost, or stolen during your rental, the insurance can cover repair or replacement costs. It is a great way to financially protect both parties during the rental period.


The optional short-term hull insurance on the rented units is through Precision Autonomy Insurance (PAI). Precision Autonomy provides drone coverage and offers policies that include hull coverage. This will effectively cover the value of the drone during your rental period, and allow us to waive the standard security deposit requirement. This trade-off is attractive for high-value rentals, it frees up your capital rather than locking up with the safety deposit.

PAI will require you to pay for an insurance premium on the order of only a few hundred dollars (exact figures depend on PAI’s rates and your coverage needs). When you go through PAI’s application, you can tailor the coverage to the drone and equipment you’re renting. You will purchase an insurance policy (or add a rider to an existing policy) that insures the rented drone for the duration of your hire. We will then require proof that the insurance is in place (a certificate of currency will be provided by PAI once it has been paid for).

  1. Keep in mind that the insurance premium is non-refundable (it’s the cost of coverage). 

  2. DFH must be noted as an interested party on the policy (meaning the insurer acknowledges DFH’s interest in the equipment). 



How to Apply for Hull Insurance (Step-by-Step)

  1. Request the Hull Insurance Option: When you submit your rental inquiry or booking with us, let us know that you’d prefer to use hull insurance instead of paying the security deposit.


  1. Get a Rental Quote & Info for Insurance: We will provide you with a rental quote as usual, this includes the rental unit cost and shipping fee. We’ll also give you any information you need. This includes:

    1. The registration number of the drone (will be confirmed at a later stage along with the proforma invoice, to continue with getting a quote from PAI, simply put in “TBA” in the Regi

    2. stration/ Serial number section).

    3. The manufacturer, drone model and model year.

    4. Agreed value (for how much it needs to be insured).

    5. The rental duration/dates.The name of the interested party to list (DFH’s details).


  1. Get a Proforma & finalizing the Insurance policy: Once you confirm proceeding with the hire,let us know and we will send over a proforma invoice. This will include the drone SN for you to finalize the insurance policy (and payment) with PAI. 


  1. Purchase Hull Insurance via PAI: You will then need to arrange a hull insurance policy for the drone directly with Precision Autonomy. You will need to go to their website for an online quote in minutes → https://login.precision-autonomy.com/landing/dronesforhire

Precision Autonomy will send you a quote for the insurance premium. If you’re happy with the coverage and cost, you can purchase the policy with them. (PAI will also provide the Product Disclosure Statement and Target Market Determination during this process for you to review, as required by law). Once payment is made, the coverage is active for the specified dates.

Remember to let them know that DFH must be noted as an interested party on the policy (meaning the insurer acknowledges DFH’s interest in the equipment).

  1. Provide Proof of Insurance to DFH: After purchasing, Precision Autonomy will issue you a Certificate of Currency as proof of the drone’s coverage. Make sure this certificate lists Drones For Hire as an interested party (simply request from them when asking for a quote). 

Send this certificate back to us, together with your ReOC, RePL (if applicable to your job type), signed rental agreement

Our team will verify that the policy is adequate. With that confirmed, you’re all set! 

You can then proceed to pay only the rental fee (since the deposit is waived) and we will dispatch the equipment to you as scheduled.


Rental requirements (DFH)

  1. A valid Remote Pilot Licence (RePL) and Remote Operator's Certificate (ReOC) - depending on your job type.

  2. Hull Insurance listing all asset serial numbers and including DFH as an interested party.

  3. Covers the full agreed replacement value of the drone and payloads.

  4. Fully paid quote.


Important:

  1. The insurance premium is non-refundable, while a deposit is returned if all goes well. For short or lower-value rentals, a deposit might be more cost-effective. But for high-value drones or longer hires, insurance often offers better value and peace of mind. 

  2. PAI’s hull insurance covers the drone itself but doesn’t include third-party liability. If your job requires liability coverage (e.g. $20M public liability for commercial work), PAI can bundle this too. DFH’s deposit policy never covered liability.


Important Notes & Disclaimer

No Financial Advice: Drones For Hire is not providing financial or insurance advice in offering this option. We are making it available for your convenience, but whether you choose to use hull insurance (and which policy) is entirely your decision. We encourage you to read the Product Disclosure Statement (PDS) and any other documentation provided by Precision Autonomy to understand the policy terms, conditions, and suitability for your needs. If you have questions about what the insurance covers or requires, it’s best to consult PAI or a licensed insurance advisor. DFH staff can guide you through the process administratively (e.g., what information you need to provide to get coverage), but we cannot advise you on insurance matters like coverage levels or whether it’s the right choice for you.

Referral to Precision Autonomy: When you opt for hull insurance, you’ll be dealing directly with Precision Autonomy Insurance (or their platform DroneInsure). DFH’s role is simply to facilitate the introduction. Any insurance contract is between you and PAI, not with DFH. Our primary goal is to help you access a reliable insurance solution; any commission is a standard industry practice and does not affect our impartiality in presenting this option.

Compliance and Eligibility: The hull insurance option is available to most renters, but there may be certain eligibility criteria or conditions. For example, PAI may require that the drone is operated by a properly licensed individual (e.g., a RePL – Remote Pilot Licence – if required for the operation, or under a company with a ReOC – Remote Operator’s Certificate for commercial use). This is to ensure the risk is managed and legal requirements are met. DFH will likely ask you for proof of any necessary certifications during the rental setup (as we normally do for certain rentals). Make sure to provide accurate information to PAI about who will operate the drone and for what purpose, so that the insurance coverage is valid. Additionally, note that insurance will not cover reckless or illegal acts, so all standard DFH rental terms and operating guidelines still apply when you choose the insurance route.

In conclusion, DFH’s optional hull insurance program (through PAI) is here to give you more flexibility and confidence when renting drones. We’re excited to offer this alternative to the hefty deposit, and we believe it will make renting high-end drones more accessible to many of our clients. If you’re interested in using this option or want to learn more, please contact us and we’ll happily walk you through it. And if you prefer the traditional deposit method, that’s absolutely fine, it remains available. Our aim is simply to provide the best rental experience for you, with choices that suit your needs.






Last updated by Nick S. on 16/07/2025
If you're an Australian grower or grazier considering a spray drone, you're likely weighing up the soon-to-be-released DJI Agras T100 against the proven performance of the T50. Here's a breakdown of the key factors to help guide your decision.


Purpose and Use Case

DJI T100:
Designed for large, open, and relatively flat properties (300+ ha), the T100 excels in broadacre operations. Its size, speed, and liquid capacity make it ideal for covering long, uninterrupted runs with minimal obstacles like trees or steep hills.

DJI T50:
While the T50 is also suitable for broadacre work, it's more compact and agile-making it better suited to mixed terrain including hills, paddock edges, and tighter spaces. Though it covers less ground per hour than the T100, its versatility is a strength.


Productivity and Performance
T50:
- Already available and field-proven.
- June sale pricing: $27,500 ex GST for the 3-battery bundle.
- Two T50s can cover up to 26 ha/hour combined (13 ha/hour each at 25 L/ha application rate).
- Flow rate: 24 L/min.
- Tank capacity: 40 L.
- Cruise speed: ~28 kph.

T100 (estimated):
- Not yet released; real-world performance still to be confirmed.
- Estimated coverage: ~21 ha/hour at 25 L/ha.
- Flow rate: up to 40 L/min.
- Tank capacity: 75 L.
- Likely spray speed: ~38 kph.

In theory, the T100 could be ~1.5x more productive than a single T50. However, it's still slightly less productive than two T50s combined-though simpler logistically, with just one aircraft to manage and fewer battery swaps.


Labour and Logistics
2x T50s:
- Requires 2 operators.
- More equipment to manage.
- Greater trailer space and more setup time.
- Can operate side-by-side or in different paddocks simultaneously.

T100:
- Operable by a single person.
- Bulkier, but designed to be disassembled for easier transport.
- Easier to manage day-to-day from a staffing perspective.


Reliability and Maturity
T50:
- Well-tested and reliable in Australian conditions.
- A known issue with some battery batches has now been resolved.

T100:
- Brand new platform.
- As with most new tech, expect some initial firmware issues.
- DJI generally responds quickly with updates.


Cost Comparison and ROI
Option A: Two T50s
- 2x T50 kits (3 batteries each): $55,000 ex GST
- 2x Spreaders: $4,000
- 24 kVA generator required
- Total: ~$59,000 ex GST

Option B: One T100
- T100 kit (3 batteries): ~$44,000 ex GST (expected)
- 1x Spreader: $2,000
- 16 kVA 3-phase generator required
- Total: ~$46,000 ex GST


Additional Considerations:
- The T100 will likely hold its value longer due to newer tech.
- T50s are eligible for the instant asset write-off before June 30.
- With two drones, you gain operational redundancy and more flexibility.


Final Thoughts
If you need a solution right now that is proven, versatile, and cost-effective-two T50s are a smart move, especially while EOFY deals and tax incentives are active.

If your primary goal is broadacre efficiency with simpler logistics and you're comfortable waiting (and taking a chance on a new platform), the T100 may be worth holding out for.


We hope these insights help with your decision. For tailored advice, contact the DronesForHire.com.au team on 1300 029 829 or [email protected]


Spec Comparison


Spec Comparison DJI T50 DJI T100
Max Takeoff Weight (at sea level)spraying: 92 kg
spreading: 103 kg
spraying: 148 kg (by default)
spraying: 149.9 kg (mist system)
spreading: 129.9 kg
lifting: 149.9 kg
Empty Weightspraying: 39.9 kg
spreading: 39.9 kg
spraying: 58.3 kg
spreading: 60.2 kg
lifting: 60.2 kg
Weight (with battery)Spraying: 52 kg
Spreading: 52 kg
Spraying: 73 kg
Spreading: 74.9 kg
Lifting: 64.9 kg
Dimensions (Unfolded)(mm)L:2800
W:3082
H:822
L:3200
W:3725
H:975
Dimensions (Folded)(mm)L:1115
W:750
H:900
L:1105
W:1265
H:975
Max Horizontal Speed10 m/s13.8 m/s
Motor48 rpm/V60 rpm/V
Propeller54 in (8 pairs)62 in (8 pairs)
Max Flight Time (MAX Payload, Hovering)7 min10 min
Spray Tank Volume40 L75 L
Operating Payload40 kg75 kg (2 nozzles)
73 kg (4 nozzles)
Number of Nozzles2 (rear)
4 (2 front, 2 rear)
2 (rear)
4 (4 rear) (avoid binocular affecting)
Max Spray Rate12 L/min (2 nozzles)
16 L/min (4 nozzles)
30 L/min (2 nozzles)
40 L/min (4 nozzles)
Droplet Size50–500 μm50–500 μm (2 nozzles)
100–500 μm (4 nozzles)
Swath Width4–11 m5–11 m
Spreader Tank Volume75 L150 L
Spreader TypeSpiral Channel Spinning DiskCentrifugal Throw Plate, Screw Feeder (anti-clog)
Load Capacity50 kg75 kg
Max Spread Rate108 kg/min400 kg/min
Granule Material Diameter0.5–5 mm • Super Large Screw Feeder: 0.5–10 mm
• Medium Screw Feeder: 4–6 mm
• Large Screw Feeder: 4–10 mm (optional)
• Small Screw Feeder: 0.5–4 mm (optional)
Spread Width8 m (fixed)3–10 m (adjustable)
Payload CapacityN/Aup to 85 kg
Length of lifting ropeN/Alifting rope: 10 m
Sensing Range30 m (≤10 m/s)60 m (≤13.8 m/s)
Phased Array Radar Systemyesyes
Binocular Vision Systemyesyes
Lidar Sensing Systemnoyes
AR featureNo• Point Cloud real-time display
• People/Vehicle obstacle AR display
• AI Route
• RTH AR shade
RCDJI RC PlusDJI RC Plus 2
Video TransmissionO3O4
4G EnhancedController OnlyController & Aircraft Supported
Battery ModelDB1560DB2100
Weight12.1 kg14.7 kg
Capacity30000 mAh41000 mAh
Energy1566.6 Wh2132 Wh
Energy Density129.47 Wh/kg145.03 Wh/kg
ChargerC8000C10000
Weight (Charger)11.5 kg11.4 kg
Input Power (single phase)Main: 230 VAC, 50 Hz, 15 A MAX
Auxiliary: 230 VAC, 50 Hz, 15 A MAX
Main: 230 VAC, 50 Hz, 24 A MAX
Auxiliary: 230 VAC, 50 Hz, 24 A MAX
Output Power6000 W9000 W
Charging Time (20–95%)11–12 mins10–11 mins

Charging and Battery Comparison

Feature C8000 C10000
Charging Time C8000 (by default)
C10000
C10000
C12000 (by default)
Battery DB1560 (30000 mAh)
weight: 12.1kg
capacity-to-density ratio: 129Wh/kg
DB2160 (41000 mAh)
14.7kg
145Wh/kg


View T100 bundles for sale - with option to reserve a kit from our first shipment

View 30 min first impressions video below




Last updated by Nick S. on 15/07/2025

For broadacre work, we speculate (we don’t have our first unit yet as at the time of writing – 15/7/25), that the DJI T100 will cover up to 26 ha of crops like cotton per hour  (at 20L per ha application rate (one drone).


For spot spraying, compared to a quick spray, you should expect to be roughly 3x as efficient and be using 20%-60% less chemical to get the same kill rate (spray drones are famous for their efficacy because they have the advantage of their big rotors pushing droplets  down, and circulating them throughout the target.


If you are an existing spray drone operator , operating a T50 or T40, you may perceive the T100 as a very big machine, designed just for large broadacre properties – this is not necessarily the case – the T100 has a new lidar sensory system which will enable it to much more confidently move around tricky country – steep, rocky sections, gullies, trees surprisingly well for a relatively big fella! This lidar system will also, in some cases,  negate the need to pre map the operating area  – because the aircraft is more capable of sensing its surrounding environment on the fly and making more confident (less hesitation ) manoeuvres as a result.


Let’s say you’re doing 500 ha a day with your SP sprayer. You might only need 2x or at most 3x T00 drones to do the same, but it’s important to note an SP sprayer costs about 20x as much ($800k or more), requires a lot more maintenance, and can’t operate on soft (wet) ground. So whilst a T100 is not an SP sprayer, it punches way above its weight considering its size, cost, and versatility. Not to mention its modular design, uncomplicated maintenance program, low cost of parts, no diesel expense, and much more efficient use of inputs.


Keep in mind, operating one or more spray drones requires battery changes and liquid/granular refills as a steady workflow as you’re going. You’re not sitting in the cab of an SP sprayer – rather,  your running an ag drone pit crew!


View T100 bundles for sale - with option to reserve a kit from our first shipment

View 30 min first impressions video below




Last updated by Nick S. on 15/07/2025


DJI holds a dominant position in the drone market, especially within the agricultural sector where it commands a global market share of approximately 30-34% of agricultural drone revenue. This dominance extends to the overall civil drone market, with an impressive 70-90% share. By the end of 2024, DJI is projected to have deployed around 400,000 agricultural drones globally. The company's agricultural division alone generates an estimated US$1.2-1.5 billion annually in revenue. DJI is a privately held company with substantial funding, reporting $3.8 billion in revenue in 2021 and employing around 14,000 people. Its global reach is extensive, operating in over 100 countries with a strong presence across Asia, North America, Europe, and Latin America, providing robust support and service to its vast customer base.



View T100 bundles for sale - with option to reserve a kit from our first shipment

View 30 min first impressions video below




Last updated by Nick S. on 15/07/2025

How the DJI T100 compares to the XAG P150 - here’s a side‑by‑side comparison of the key specs for each aircraft (as at 15/7/25):


1. The T100 can be filled to 100L (or 75L to maintain official AU MTOW). The P150 liquid tank can be filled to 70L,


2. The T100 max flow rate is 40L per min. The P150 max flow rate is 30L per min,


3. The T100 has a 5-13m spray width, the P150 has a 5-10 m spray width,


4. The T100 spreader has 150L tank capacity, 3-10m spreading width, and a 400 Kg/min output rate. The TP150 spreader is 115L, 3-8m spreading width, and 280 Kg/min output rate


5. The T100 has an optional 85 kg capacity payload carrying kit (for e.g. produce, stock feed, emergency deliveries) . The P150 does not have any such innovation.  


6. The T100 has a 20m/sec max flight speed, The P150 18m/sec. A note about speed: a spray drone should go up to the speed at which it does not start to outrun its own spraying system-the speed at which it can still get the droplets down onto the target thoroughly and consistently, whilst also being able to detect obstacles and ground height changes and respond safely. Hereby maintaining a quality spraying standard for customers and good safe operating procedures for all. The T100 can achieve these speeds because of its particular high flow rates, size of its propellers (downward force), and unique lidar terrain and obstacle sensing system. Coming close to 20m/sec without these features  is like mowing the lawn with the blades set at the highest position and jogging instead of walking. A poor result is achieved in a dangerous way.  (made even worse  if the drone has a lower flow rate).


View T100 bundles for sale - with option to reserve a kit from our first shipment

View 30 min first impressions video below




Last updated by Nick S. on 15/07/2025

Aircraft

  • Weight

  • Weight for spraying: 75 kg (standard with 2 nozzles)
    Weight for spraying: 77 kg (optional with 4 nozzles)
    Weight for spreading: 75 kg (equipped with spreading system)
    Weight for lifting: 65 kg (equipped with lifting system)
    Weight for lifting: 90 kg (equipped with dual-battery lifting system)
  • Max Takeoff Weight[1]

  • Max takeoff weight for spraying: 175 kg (standard with 2 nozzles)
    Max takeoff weight for spraying: 177 kg (optional with 4 nozzles)
    Max takeoff weight for spreading: 175 kg (equipped with spreading system)
    Max takeoff weight for lifting: 165 kg (equipped with lifting system)
    Max takeoff weight for lifting: 170 kg (equipped with dual-battery lifting system)
  • Max Diagonal Wheelbase

  • 2330 mm (diagonal)
  • Dimensions

  • 3220 mm × 3224 mm × 975 mm(arms and propellers unfolded)
    1820 mm × 1840 mm × 975 mm(arms unfolded and propellers folded)
    1105 mm × 1265 mm × 975 mm(arms and propellers folded)
  • Hovering Accuracy Range (with strong GNSS signal)

  • RTK Enabled:
    ±10 cm (horizontal), ±10 cm (vertical)
    RTK not enabled:
    Horizontal ± 0.6 m, vertical ± 0.3 m
  • Max Configurable Flight Radius

  • 2 km
  • Operating Temperature

  • 0 °C to 40 °C
  • Max Wind Resistance

  • <6 m/s

Propulsion System - Motors

  • Stator Size

  • 155 × 16 mm
  • KV

  • 60 rpm/V

Propulsion System - Propellers

  • Material

  • Carbon Fiber Composite
  • Dimensions

  • 62 inches
  • Quantity

  • 8 pairs

Spraying System

  • Model

  • LS100
  • Dimensions

  • 880 mm × 870 mm × 810 mm (spray rod folded)
    1020 mm × 1930 mm × 810 mm (spray rod unfolded)

Spraying System - Spray Tank

  • Material

  • HDPE
  • Volume

  • 100 L
  • Operating Payload[1]

  • 100 kg

Spraying System - Sprinklers

  • Model

  • LX07550SX (Standard Nozzle) / LX09550SX (Optional Mist Nozzle)
  • Quantity

  • 2 (Standard) / 4 (Optional)
  • Nozzle Distance

  • 1834 mm (Two Nozzles / Four Nozzles Outermost)
  • Droplet Size

  • 50 - 500 μm
  • Effective Spray Width[2]

  • 5 - 11 m

Spraying system - Delivery Pumps

  • Type

  • Impeller Pump (Magnetic Drive)
  • Quantity

  • 2
  • Max Flow Rate

  • 30 L/min (Standard 2 nozzles), 40 L/min (Optional 4 nozzles)

Spreading Load

  • Dimensions

  • 900 mm × 820 mm × 920 mm
  • Compatible Material Diameter

  • Standard configuration:
    Extra-large auger: 0.5 mm - 10 mm granules (fertilizer, wheat, feed, etc.)
    Medium auger: 4 mm - 6 mm granules (rice)
    Optional:
    Large auger: 4 mm - 10 mm granules (rice, fertilizer)
    Small auger: 0.5 mm - 4 mm granules (rapeseed, granular herbicides, granular insecticides)

Spreading System 4.0

  • Spreading Tank Volume

  • 150 L
  • Spreader structure type

  • Centrifugal Disc
  • Discharge Structure Type

  • Screw Feeder Feeding
  • Max Discharge Rate

  • 400 kg/min (compound fertilizer)
  • Max load inside the spreading operation box

  • 100 kg
  • Effective spreading width[3]

  • 3 - 10 m

400 kg/min (compound fertilizer)

  • Dimensions

  • Standard payload: 805 mm × 764 mm × 669 mm

Lifting System

  • Load capacity[4]

  • 100 kg
  • Lifting Cable Length

  • 10 m (standard configuration)
  • Recommended cable length

  • 10 - 15 m
  • Operating Temperature

  • 0 °C to 40 °C

Dual Battery Lifting System

  • Dimensions

  • 805 mm × 960 mm × 669 mm
  • Load capacity[4]

  • 80 kg
  • Lifting Cable Length

  • 10 m (standard configuration)
  • Emergency Escape Mode

  • Cable Fuse Disconnection and Escape
  • Recommended cable length

  • 10 - 15 m
  • Operating Temperature

  • 0 °C to 40 °C

Safety System 3.0

  • Millimeter wave radar EIRP

  • < 20 dBm (NCC / MIC / KC / CE / FCC)
  • Operating Temperature

  • 0 °C to 40 °C
  • Operating environment requirements

  • Adequate light and discernible surroundings
  • Field of View (FOV)

  • Laser radar: Vertical 272°, Horizontal 60°
    Front Radar: Horizontal 360°, Vertical ± 45°
    Downward Radar: Left and Right ± 12.5°, Front and Back ± 22.5°
    Rear Radar: Left and Right ± 45°, Front and Back ± 45°
    Quad vision system: Horizontal 360°, Vertical 180°
    FPV camera: Horizontal ± 86°, Vertical 108°
  • Measurement range[4]

  • ≤ 60 m
  • Effective safe obstacle avoidance speed[5]

  • ≤ 13.8 m/s
  • Effective Obstacle Avoidance Height

  • ≥ 1.5 m

Remote Controller

  • Model

  • TKPL 2
  • Screen

  • 7-inch LCD touchscreen; resolution: 1920 × 1200; brightness: 1400 cd/m²
  • Storage Temperature Range

  • Less than one month: -30° to 45° C (-22° to 113° F)
    One to three months: -30° to 35° C (-22° to 95° F)
    Three months to one year: -30° to 30° C (-22° to 86° F)
  • Charging Temperature

  • 5° to 40° C (41° to 104° F)
  • Internal Battery Runtime

  • 3.8 hours
  • External Battery Runtime

  • 3.2 hours
  • Charging Type

  • Use a USB-C fast charger with a maximum power of 65 W (maximum voltage 20 V), and it is recommended to use the DJI Portable Charger.
  • Charging Time

  • 2 hours for internal battery or internal and external battery (when remote controller is powered off and using a standard DJI charger)

DB2160 Intelligent Flight Battery

  • Weight[1]

  • 14.7 ± 0.3 kg
  • Capacity

  • 41000 mAh
  • Nominal Voltage

  • 52 V

D14000iE Multifunctional Inverter Generator

  • Output Channels

  • 1. DC recharge output 42 - 61.6 V/11500 W
    2. Air-cooled radiator charge 12 V/6 A
    3. AC output 220 V/1500 W
  • Recharge Time[6]

  • 8 - 9 minutes (DB2160 Intelligent Flight Battery, 30% - 95% charge)
  • Fuel tank capacity

  • 30 L
  • Starting Method

  • Starting the Generator via the One-Button Start Switch
  • Operating Temperature

  • 0 °C to 40 °C
  • Compatible Battery

  • DB2100 / DB1580 / DB2160 Intelligent Flight Battery
  • Dimensions

  • 757 mm × 704 mm × 677 mm
  • Weight

  • 87 ± 0.5 kg
  • Fuel type

  • Unleaded gasoline with RON ≥91 (AKI ≥87) and alcohol content less than 10%
    (*Brazil: unleaded gasoline with RON ≥ 91 and alcohol content of 27%)
  • Reference fuel consumption

  • 500 mL/kWh
  • Engine Oil Capacity

  • 1.3 L
  • Engine Oil Model

  • SJ 10W-40

C12000 Smart Charger

  • Charger Model

  • CSX901-12000
  • Dimensions

  • 456 mm × 291 mm × 107 mm
  • Weight[1]

  • 13.13 kg
  • Input Voltage

  • Three-phase AC input: 175 - 520 V
    Single-phase AC input: 200 - 264 V
  • Output Voltage

  • 62 V
  • Rated output current

  • 194 A
  • Rated Power

  • 12000 W (three-phase 380 V input) 3000 W (single-phase 220 V input)
  • Recharge Time[6]

  • 8 - 9 minutes (DB2160 Intelligent Flight Battery, 30% - 95% charge)
  • Protection functions

  • Over-temperature, over-voltage, under-voltage, short circuit, fan stall, and other protection functions
  • Operating Temperature

  • 0° to 40° C
  • Output Channels

  • 1
  • Compatible with Intelligent Flight Battery

  • DB1580 / DB2160 Intelligent Flight Battery

Relay

  • Dimensions

  • 112 mm × 112 mm × 51 mm (None Antenna)
    120 mm × 112 mm × 101 mm (with antenna)
  • Weight[1]

  • 630 g
  • Input

  • 2.7 V - 24 V
  • Power consumption

  • 10.48 W (FCC), 8.8 W (SRRC)
  • Battery capacity

  • 6500 mAh
  • Operating Time

  • 5 hours
  • Operating Frequency

  • 2.4000 - 2.4835 GHz, 5.150 - 5.250 GHz, 5.725 - 5.850 GHz
  • Effective signal range

  • 5 km (SRRC), 4 km (MIC/KCC/CE), 8 km (FCC)
    (In an interference-free, unobstructed environment, flight altitude 2.5 m)
  • Charging Time

  • 2.5 hours (30W recharge)
  • Ingress Protection Rating

  • IP55

D-RTK 3 AG

  • Supports satellite systems

  • GPS: L1/L2/L5
    BeiDou: B1I/B2I/B3I/B1C/B2A/B2B
    Galileo: E1/E5a/E5b/E6
    GLONASS: G1/G2
    QZSS: L1CA/L2C/L5
    L-BAND
  • Dimensions

  • 345 mm × 244 mm × 300 mm
  • Weight[1]

  • 3.77 kg (including packaging)
  • Power consumption

  • 7 W
  • Battery capacity

  • 6500 mAh
  • Operating Time

  • 7 hours
  • Operating Frequency

  • Broadcast Mode: O4: 2.4G/5.8G
    Relay Mode: Not Supported
  • Effective signal range

  • FCC: 15 km
    SRRC: 12 km
    CE/JP: 8 km
  • Charging Time

  • 2.5 hours (30W recharge)
  • Ingress Protection Rating

  • IP67
  • Positioning Accuracy[7]

  • PPP Satellite-Based Service Accuracy:
    Convergence Time: 20 mins
    Horizontal: 30 cm (RMS)
    Elevation: 40 cm (RMS)
    Network RTK Calibration:
    Horizontal: 0.8 cm + 1 ppm (RMS)
    Vertical: 1.5 cm + 1 ppm (RMS)
    1 ppm: Accuracy decreases by 1 mm for every 1 km increase in distance between the aircraft and the base station. For example, if the aircraft is 1 km away from the base station, the accuracy is 1.1 cm.

Footnotes

  • [1] Measured at sea level, the DJI Agriculture App will intelligently recommend the loading weight based on the current aircraft status, environmental conditions, and operational tasks. Users should not exceed the recommended maximum loading weight, as it may affect flight safety.
    [2] The effective spray width of the spraying system depends on the actual working scene.
    [3] Working height is 3 m, disc rotation speed is 1100 rpm, uniformity requirement (CV<30%) measured broadcast width is 10 m. The faster the disc rotation speed, the higher the flight altitude, the larger the broadcast width.
    [4] Includes the weight of ropes and hooks. Measured at sea level, the DJI Agriculture App will intelligently recommend the loading weight based on the current state of the aircraft, environmental conditions, and operational tasks. The maximum weight of the loaded material should not exceed the recommended value, as it may affect flight safety.
    [5] The effective working range of sensing distance, obstacle avoidance, and bypassing capabilities may vary due to different environmental lighting, rain, fog, and the material, location, and shape of the subject object. The downward sensing is used to assist in terrain-following altitude flight, while sensing in other directions is used for obstacle avoidance. Except for scenes without linear obstacles, if a collision occurs at speeds up to 13.8 m/s resulting in aircraft damage, responsibility can be determined through log analysis, and the aircraft may be eligible for free warranty if non-human causes are identified. If there are linear obstacles like wires or guy wires on power poles, please mark them as obstacles; otherwise, failure to bypass them will be the customer's responsibility.
    Note: 1. The downward perception is used to assist terrain-following altitude flight. If a collision with an obstacle occurs below, it is considered the customer's responsibility. 2. Due to the performance limitations of the safety system, the aircraft cannot actively avoid moving objects. Accidents in such scenes are considered the customer's responsibility.
    [6] Sea level height, environmental temperature between 15-40 degrees Celsius, time to charge the battery from 30% to 95%; fast charging is supported when the battery cell temperature is within the range of 15-75 degrees Celsius; charging time varies depending on input power, ASL, initial charge level, and other factors.
    [7] Positioning accuracy and reliability are affected by various factors, including equipment tilt, signal obstruction, multipath, number of satellites, geometric distribution, and atmospheric conditions. It is recommended to set up the equipment in open scenes, away from electromagnetic interference and multipath environments.


View T100 bundles for sale - with option to reserve a kit from our first shipment

View 30 min first impressions video below




Last updated by Nick S. on 15/07/2025

As of 17/7/25, official pricing for Australia is $40,900.0 for the standard 3-battery kit. With the spreader adding $2735.0.  Figures are ex GST.


The T100 will be released to the market / available to purchase in the Australian market in August 2025.


Drones For Hire , as the leading ag. dealer and ag. service center, will be amongst the first in the country to receive stock and begin demonstrations nationwide.



View T100 bundles for sale - with option to reserve a kit from our first shipment

View 30 min first impressions video below




Last updated by Nick S. on 15/07/2025

Spec ComparisonDJI T100DJI T50
Aircraft
Max Takeoff Weight
(at sea level)
spraying: 148 kg (by default)
spraying: 149.9 kg (mist sytem)
spreading: 149.9 kg
lifting: 149.9 kg
spraying: 92 kg
spreading: 103 kg
Empty WeightSpraying: 58.3kg
Spreading: 60.2kg
Lifting: 50.2kg
Spraying: 39.9kg
Spreading: 39.9kg
Weight
(with battery)
Spraying: 73kg
Spreading: 74.9kg
Lifting:64.9
Spraying: 52kg
Spreading: 52kg
Dimensions
(Unfolded)(mm)
L:3200
W:3224
H:975
L:2800
W:3082
H:820
Dimensions
(Folded)(mm)
L:1105
W:1265
H:975
L:1115
W:750
H:900
Max Horizontal Speed13.8m/s10m/s
Propulsion
Motor60rpm/V48rpm/V
Propeller62 in (8 pairs)54 in (8 pairs)
Spraying
Max Flight Time
(MAX Payload, Hovering)
10min7min
Spray Tank Volume75L40L
Operating Payload75kg(2 nozzles)
73kg(4 nozzles)
40kg
Number of Nozzles2(2 rear)
4(4 rear)(avoid binocular affecting)
2(2 rear)
4(2 front, 2 rear)
Max Spray Rate30L/min (2 nozzles)
40L/min (4 nozzles)
12L/min(2 nozzles)
16L/min (4 nozzles)
Droplet Size50-500 um(2 nozzles)
10-500 um(4 nozzles)
50-500 um
Swath Width5-11m4-11m
coverageAv= 18.5 Max = 30 ha/hrAv = 12 ha/hr Max 18 ha/hr
Spreading
Spreader Tank Volume150L75L
Spreader TypeCentrifugal Throw Plate, Screw Feeder(anti-clog)Spiral Channel Spinning Disk
Load Capacity75kg50kg
Max Spread Rate400kg/min108kg/min
Granule Material DiameterSuper Large Screw Feeder:0.5-10 mm
Midium Screw Feeder: 4-6 mm
Large Screw Feeder: 4-10 mm (optional)
Small Screw Feeder: 0.5-4 mm (optional)
0.5-5 mm
Spread Width3-10m(adjustable)8m(fixed)
Lifting
Payload Capacityup to 85kgN/A
Length of lifting ropelifting Rope: 10mN/A
Safety System
Sensing Range60m(<= 13.8 m/s)30m(≤10 m/s)
Phased Array Radar Systemyesyes
Binocular Vision Systemyesyes
Lidar Sensing SystemYesNo
AR featurePoint Cloud real-time display
People/Vehicle obstacle AR display
AR Route
RTH AR shade
No
Transmission System
RCDJI RC Plus 2DJI RC Plus
video transmissionO4O3
4G EnhancedController & Aircraft SupportedController Only
Batteries
ModelDB2160DB1560
Weight14.7kg12.1kg
Capacity41000 mAh30000 mAh
Energy2132Wh1566.6Wh
Energy Density145.03Wh/kg129.47Wh/kg
Charger
ModelC10000C8000
Weight11.4kg11.5kg
Input Power(single phased)Main: 230 VAC, 50 Hz, 24 A MAX
Auxiliary: 230 VAC, 50 Hz, 24 A MAX
Main: 230 VAC, 50 Hz, 15 A MAX
Auxiliary: 230 VAC, 50 Hz, 15 A MAX
Output Power9000w6000w
Charing Time(20-95%)10-11mins11-12mins



Last updated by Rachel N. on 15/07/2025
DJI T25 vs T50 vs T100

The DJI Agras T100 was released recently.

Check our Shop page for the T100!

We’ll dive into a head-to-head comparison of the T25, T50, and the new T100 to see how they stack up and help you decide which drone fits your farming needs best.

We will also have a latest video with Nick and Oscar discussing the new coming T100. Coming soon


Flight Time, Speed & Payload

When it comes to agricultural drones, efficiency isn't just about how long they can fly — it's about how much ground they can cover in each flight.

At first glance, the loaded flight times seem similar across models, but remember, the T100 is lifting nearly double the weight of a T50 and almost that of a T25 in each flight). 

It drastically increases efficiency per sortie. From experience, our customers get to do 17-18hc per hour in maximum, with a typical operating efficiency of 12 hectares an hour. Given the T50 and T100 have a swath width of 10m, after some calculations on the expected coverage:

Fewer flights = fewer takeoffs, fewer refills, less battery swapping, and reduce the cumulative battery cycles and man-hours required. In a day of work, the T100 could complete 1–2 fewer flights than a T50 for the same area — and cut hours off a job compared to the T25. We estimate that a T100 could save around 20-25% in time and labor compared to using a T50 for the same workload. Over a long day, that might mean finishing a few hours earlier or covering extra fields – which lowers operating cost over time.

All three drones have similar recommended wind tolerance (around 6 m/s for safe spraying), but the T100’s heavier frame and more powerful motors provide extra stability in breezy conditions where a lighter drone might struggle. Faster and more stable flight translates into quicker job completion and the ability to operate in marginal conditions that might ground smaller drones.


Spraying Capacity

The T100 can empty its full tank in just ~2–3 minutes at max flow, allowing fast, dense applications when needed (e.g. fertilizer, frost control). You can also fine-tune spray settings for lighter, more delicate applications. It's fast and flexible.


Of course, not everyone needs that extreme capacity. If your typical jobs are small orchards or vegetable plots, a 75 L tank might be overkill (and you’re paying for capacity you won’t fully use every time). That’s why DJI still offers the T25 and T50 – they are more size-appropriate for modest needs. The T25’s 20 L tank is often enough for small farms or research plots, and its compact size makes refilling and handling very quick. The T50’s 40 L hits a sweet spot for many medium-sized farms – big enough to cut down refills significantly versus older 10–20 L drones, but not as large and heavy as the T100.


Spreading Capacity

The T100’s spreader is a beast for capacity and spreading rate. It now also features an intelligent screw feeder system with 4 different attachments to handle granule sizes from fine powder up to about 10 mm without clogging. For the T50, you have no options to change the feeder. Now for the T100, you are able to swap the screw feeders, which allows you to adjust how the granule drops and changes the spread width.

By comparison, the T50’s spreader holds ~75 L and can output ~100+ kg/min, and the T25’s holds 30 L (outputting ~190 kg/min max). All can effectively spread cover crop seeds or fertilizer, but the T100 can cover vastly more area per fill and is better suited for large-scale spreading tasks.

With a faster airspeed and stronger propulsion system, it helps to push the granules better to the soil and increase efficiencies.


Heavy-Lifting Mode (T100 Only)

Unique to the T100, it has a lifting mode with a winch hook that can carry up to 85 kg of payload (via a 10 m rope). 

This isn’t a feature used for crop spraying, but it opens up other possibilities on the farm – for example, hauling supplies to remote locations, ferrying irrigation equipment, or even supporting tasks like aerial firefighting with a small water bucket. Essentially, the T100 can double as an aerial crane for rural operations. We are excited to explore possible options for this new added lifting system.

Power and Battery Efficiency: Maximizing Uptime



Despite the massive differences in capacity, all these battery systems are designed for rapid charging and long service life. The T100’s single battery carries roughly 1.8× the energy of the T50’s battery on its 9kW fast charger. By the time you’ve refilled the spray tank, a fresh battery can be ready to go.

Equally impressive is the battery lifespan. They are rated for up to 1,500 charge cycles with proper maintenance – far more than previous-gen drone batteries. In other words, they can be used for several seasons of heavy use before needing replacement, which significantly lowers your long-term operating costs.


Sensing and Autonomy

All three drones come with DJI’s proven Dual Active Phased Array Radar systems and binocular vision sensors. These give each drone a 360° awareness of its surroundings. In practical terms, they can detect obstacles in front of and behind the drone out to about 30 m (even in darkness or fog, since radar isn’t reliant on light). The drones will automatically brake and rise to avoid obstacles, and they also use this system for terrain following – hugging the ground contour to keep a constant height above crops, which is critical for even spray coverage. 


NOW: The Agras T100 has the onboard Lidar scanner and an augmented reality (AR) display system. The sensing range has also been increased from 30m to 60m on the T100. This helps with obstacle avoidance despite the increase in flight speed.  The spinning Lidar unit actively maps the environment in 3D with high precision. This means the T100 can pick up smaller or low-contrast obstacles that radar might miss – for example, thin power lines or bare branches. The Lidar data feeds into the new AR interface for the pilot: using the DJI Goggles or on the controller screen, you can actually see a live point-cloud visualization of the terrain and obstacles around the drone. They highlight power lines or obstacles (like an AR outline of a tree) and even project the drone’s planned path and landing point onto the display.


Remote controller

DJI has kept the user experience consistent across the T25, T50, and T100 – so if you can fly one, you can transition to the others with minimal learning curve. All three run on the DJI Agras/Pilot 2 application and support the DJI RC Plus series remote controllers (the T100 and newer T25 ship with the latest RC Plus 2, while the T50 uses the original RC Plus). The newer RC will give you better transmissions (O4).

These controllers feature a bright 7-inch screen, are weather-resistant, and have customizable buttons – perfect for outdoor use with gloves on, etc. The interface for mission planning is the same: you can draw or import field boundaries, set your spray parameters (like dosage per hectare, flight height, overlap, etc.), and the app will generate an efficient flight path automatically. One-tap takeoff and autonomous mission execution are standard on all.



Physical handling and transport
  • Agras T25: This is the smallest and lightest, weighing about 32–33 kg with battery. It has a compact folding design that one person can carry and deploy fairly easily (it’s about the size of a large suitcase when folded). If your operations involve moving the drone between many small fields, the T25’s portability is a big plus. You can throw it in the back of a utility vehicle or pickup and set it up in minutes by yourself.

  • Agras T50: With a takeoff weight around 52 kg (battery in), the T50 is heftier. It also folds, but you will typically use two people to lift and carry it safely, especially with a full tank. It’s still quite portable for its capacity – fitting in a ute/trailer and deployable by a small team in the field. Many consider the T50 the largest size that’s comfortably handled without specialized equipment. It strikes a balance between size and convenience.

  • Agras T100: This drone is massive – roughly 73 kg with battery and empty tank. It does have folding arms to reduce its volume for transport, but make no mistake, you’ll likely need a pickup truck or trailer dedicated to hauling it, and might require two people (if not some lifting tools) to move it around. Field deployment of the T100 might involve ramps or dollies to roll it out if it’s loaded. The extra logistics are something to plan for if you go with the T100 – it’s a powerhouse, but not as grab-and-go as a T25.

Another operational aspect is support and ecosystem. All these Agras drones tie into the DJI SmartFarm platform. This means you can log your flights, generate spray reports, and even use cloud-based tools for crop management. If you’re an agronomist or large farm manager, the data captured (spray volume, area covered, flight maps) can be invaluable for your records. The T100 being the newest also integrates with any upcoming DJI farm AI features (for example, spotting crop health issues via its camera, or connecting with DJI Base Stations for centimeter-level positioning). But even the T25 and T50 benefit from this ecosystem approach – they’re not isolated gadgets, they’re part of a larger smart farming toolkit.


Which Drone Should You Choose?


From our experience, many users start with what fits their current needs (maybe a T25 for a hobby farm or a T50 for a business). If you’re on the fence, consider your 2-3 year outlook: Are you taking on bigger projects or expanding your farm acreage? If so, opting for the larger model might save you from having to upgrade again so soon. On the other hand, if your work volume remains modest, the smaller models will serve you well without extra complexity.

Aside from increase in spraying and spreading efficiency, the new lifting features and safety systems is also something nice to consider as it adds a whole new purpose to the T100.

Lastly, consider redundancy and fleet composition – some large operators use multiple T50s simultaneously instead of one T100, for example, to have a backup and flexibility of splitting up for different fields. There isn’t a one-size-fits-all answer, but the good news is all three Agras drones carry DJI’s hallmark reliability and support. No matter which you choose, you’re getting a high-quality aircraft that has been tested and proven in real farming conditions worldwide.


Still not sure which drone is the perfect fit for your needs? Give us a call – we’re happy to talk through your requirements, budget, and expectations to help you make the right choice. We’ve worked with operators using all of these models and can offer insights into what will serve you best. When you’re ready, we can also provide training (Setup, RePL, Type ratings etc) and support to get you flying confidently.

DJI Agras T100: Shop page
DJI Agras T50: Shop page
DJI Agras T25: Shop page



View T100 bundles for sale - with option to reserve a kit from our first shipment

View 30 min first impressions video below




Last updated by Rachel N on 27/06/2025

DJI M400 vs M300/350 vs M600Pro

The DJI Matrice 400 (M400) was launched a few days ago on 10 June 2025 worldwide!

In this article, instead of discussing its general specs and features which are already available over the net:

To check for basic specs/ features of the M400, please check here.


When DJI released the M400, it wasn’t just about replacing the M300/600s, it was a rethink of what an enterprise drone could do. Everyone is discussing its capabilities compared to the M300/350 and M600, let’s see the differences and check out which suits you more!


We will cover different aspects including the flight performance, battery systems and implications, the payload capability and also real-world operational impacts! We will delve into specific technical comparisons, use cases, and real-life figures between the M400 and the comparable models.


Flight Time and Speed: Do More in a Single Launch

Endurance is everything when we are covering a paddock, inspecting power lines, or mapping remote bushland. The M400 flies up to 59 minutes with typical payloads like the H30T, compared to:

  • M300/350: ~40 mins (with H30T)

  • M600 Pro: ~20–25 mins (with 6 kg payload)

That’s 30–40% more usable airtime per flight compared to the M300/350, and double that of the M600 Pro. You don’t just get longer flights. In operation, you can do fewer takeoffs, fewer swaps, and fewer gaps in your data.


Whether it’s wind resistance or mission timing, the M400 leads:

  • Max speed: 25 m/s (90 km/h)

  • Wind tolerance: 12–15 m/s

That’s not just numbers. Faster and more stable flights translate into cleaner mapping grids, quicker job completion, and the ability to fly in more marginal conditions.



Power and Battery Efficiency

The M400 shifts from the dual-battery TB60/65 system to a single TB100 battery.

Matrice 300/350 dual-battery system (two TB60/65): 

  • TB60 is 5935 mAh, ~52.8 V, ~274 Wh (~200 charge cycles)

  • TB65 is 5880 mAh, 44.76 V, 263, smaller battery capacity but can handle ~400 charge cycles, double lifespan of TB60.

  • Redundancy and hot swapping

Matrice 600 6-battery system (6 TB47s): 

  • TB47s is 4500 mAh, ~22.2 V, ~99.9 Wh (~200 charge cycles)

M400 single large battery (TB100/100c)

  • T100 is 20,254 mAh, 48 V, ~977 Wh (~400 charge cycles ), 

  • roughly 1.8× the total energy of a pair of TB60s. 

  • That’s why longer flight times. Also rated for ~400 charge cycles 

The TB100 is nearly twice the energy of the TB60 pair, and it still manages 400 charge cycles (same as TB65, twice the TB60 lifespan).

TB100 (400 cycles), meaning it has a longer lifespan, twice as long, so the cost is lower over time.

Cost-wise, it’s competitive:

Most pros get 3 battery sets. The M400 could do the same job with 2 sets instead of 3, and still have spare time. With a fast charger (BS100), one TB100 charges in ~45 mins, so a 2-battery cycle could keep you airborne all day.

But still, we do recommend getting 3 for redundancy, then you can have a set cooling down before charging them (better for the battery health).


Payloads: Heavier, Smarter, More at Once

The M400 can be a replacement for the M600 as it carries up to 6 kg which is the same as the M600 Pro, but with double the flight time. Compared to the M300/350's which carries 2.7 kg capacity, M300 can still be in your list if you are using a single payload for the mission.

For infrastructure inspections like powerlines or wind turbines, or Search & rescue missions, you usually take a zoom/RGB camera with a thermal sensor/Lidar. In these case, M400 is a good upgrade.

When it comes to surveying and mapping, you might only require the RGB or multispectral camera. In cases you do not require dual payloads or extremely long flights, the M300 is a more compact, field-friendly, and cost-effective solution. I would recommend getting the M400 if you are always doing mapping, getting a lot of jobs, it will save you up to 15-20% time and labour costs. The M400 can finish the job 1-2 flights less than the M300 in a day.

More importantly, it supports multiple payloads at the same time. Up to 7 attachments via 4 E-Port v2 ports. Think:

  • H30T

  • L1/L2 LiDAR

  • P1 mapping camera

  • Spotlight + loudspeaker for SAR

Previously, you’d need two drones or multiple flights to run thermal and LiDAR simultaneously. Now? One drone, one launch.


Sensor & Obstacle Avoidance

The M400's obstacle avoidance system combines:

  • Binocular vision

  • mmWave radar

  • Rotating LiDAR

Illustration obtained from DJI M400 User manual.

Unlike older models that rely on vision and infrared alone, this multi-layered detection system excels at spotting thin objects like power lines, even in low light.

Pair it with DJI’s Power Line AR + L2 LiDAR, and you’ve got a drone that can trace live transmission lines safely, quickly, and at speed.


Mapping Efficiency: Cover More, Fly Less

Mapping 1,000 acres (≈4 km²):

  • M300 + P1: ~5 flights (~4.5 hours incl. swaps)

  • M400 + P1: ~3–4 flights (~3 hours max)

That’s up to 1.5 hours saved per project—less labour, less wear and tear, fewer battery sets.


Field Use: Real Ops in SAR, Night, and Harsh Weather

From -20°C to 50°C, rain or dust, the M400 is IP55 rated and mission-ready. Use cases include:

  • Search & Rescue: Fly longer with TB100C tethered for extended ops

  • Night Ops: H30T + spotlight (S1) + speaker (V1) combo

  • Agriculture: Large paddock scan, thermal, NDVI, and RGB in one run

And for those already using the RC Plus controller and DJI Pilot 2 interface—zero learning curve.


Is the M400 Worth the Jump?

If you run complex missions, long-range inspections, or high-output mapping jobs, then yes, 100%.

It offers a balance:

  • M600 Pro power with M300 endurance

  • Heavier payload capacity than both

  • Longer battery life and smarter integration

It helps to reduce costs over time (operational time needed and long-term battery cost).


Give us a call if you need help deciding:

M400: Shop page

M300: Shop page

M600: Shop page