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DASH Carrier 2 brings a two-drone operation onto a 24-foot mobile platform, with launch and landing space, product handling and an operator control tower. The useful question is how those systems fit your daily workflow: mixing the next batch, refilling, charging and getting ready for another flight.
Start with the platform and fluid layout. Then choose the power and mixing equipment around the actual drones and duty cycle.
What is in the published Carrier 2 specification?
| Item | July 2026 catalogue specification |
|---|---|
| Platform | 24-foot trailer supporting two-drone operations |
| Hot-mix storage | 400 gallons in two 200-gallon tanks |
| Optional water tanks | 1,065 or 1,250 gallons |
| Axles | 10K axles |
| Product storage layout | Space for two totes, plus stackable 150-gallon bulk-product containers |
| Control tower | Roof, operator chair, workstation, 120 V outlets, USB charging and storage drawer |
| Fluid handling | Drone refill hose, rinse/wash station and pneumatic transfer/mixing/loading pumps |
| Optional batch-mixing system | Manual PhiBer DASH 1.6 or automated Praxidyn Mixmate |
| Optional generator | 40 kW or 70 kW, with available phase and voltage configurations |
Water capacity, hot-mix capacity and chemical storage are separate figures. They should not be added into a claim about legal carrying capacity. The complete trailer build, actual liquid weights, axle loading, hitch and tow vehicle still have to be matched.
Manual or automated mixing?
The catalogue offers a DASH 1.6 mixing station or Praxidyn Mixmate as optional approaches. Choose based on how the operation measures, sequences and records product, along with the people running it. Neither option removes the need to follow product labels, compatibility requirements and cleanout procedures.
The twin hot-mix tanks create another planning question: how will the next batch be prepared while the active batch is being used? Work through that sequence with the intended products, refill volume and operator responsibilities before finalizing the layout.
Size the generator from the charging system
A 40 kW or 70 kW label is not enough to select the power package. Record charger quantity, input voltage, phase, continuous demand and what runs simultaneously. Confirm the actual generator output configuration and distribution equipment with the chargers' requirements.
The catalogue also describes an engine-mounted air compressor with the generator options. Check its available air supply against the selected pneumatic equipment and simultaneous demands. Do not assume a pump's maximum output is available whenever it shares the platform with a compressor.
When should Carrier 4 enter the comparison?
PhiBer's current lineup also includes the 30-foot Carrier 4 for up to four-drone operations. More platform capacity is worth considering when it matches the crew, charging capacity and daily workload. Drone count alone is not proof that the operation can sustain that number in continuous spraying.
Use the Carrier model page to review the lineup and begin configuration. Bring the drone and charger specifications, intended batch sizes, water requirements and tow-vehicle details. Those inputs turn a package comparison into a workable build.
Technical sources checked November 4, 2026: PhiBer July2026 DASH catalogue, printed pages30–31 and current PhiBer Carrier model page. Check the exact product revision and operating instructions for the installed unit.
