SkyFlow HoverWash 3 For Matrice 400 | Smart Power Wash Drone Lance With PSDK Support

Name: SkyFlow HoverWash 3 For Matrice 400 | Smart Power Wash Drone Lance With PSDK Support
SKU: SF3-M400-KIT
Price: 6630 CAD
Availability: InStock

CAD6,630.00

What's in the Box

HoverWash 3 Smart Airborne Washing Module

Dual-nozzle spray boom, PSDK controller and quick-release M400 belly mount.

200 ft Ultralight High-Pressure Hose Roll

One 60 m hose roll is included. Add a second roll for a validated extended configuration.

+ $799.00

Hard Polymer + Metal Transport Case

Protective carrying case for the airborne module, nozzles and mounting hardware.

HoverWash 3 App Access + Setup Package

RC Plus 2 Enterprise Enhanced setup for nozzle, sweep and supported mission controls.

DJI Matrice 400 SP Plus Basic

Aircraft and RC Plus 2 Enterprise Enhanced package without a TB100 flight battery or BS100 battery station.

Not included in this configuration

DJI Matrice 400 SP Plus Ready-to-Fly Package

Adds one TB100 flight battery and one BS100 intelligent battery station for a complete aircraft power workflow.

Not included in this configuration

HoverWash Rig 13

Integrated pump, proportioning controls and hose-management rig for a turnkey facade-cleaning system.

+ $11,399.00

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Control the wash from the controller you already fly.

HoverWash 3 is designed around DJI Matrice 400, DJI Pilot 2 and RC Plus 2 Enterprise Enhanced. PSDK connects the payload controls to the flight workflow instead of leaving the boom as passive hardware.

Choose the nozzle. Then choose the motion.

Pressure and foam use separate physical nozzles. Either cleaning mode can remain fixed or run the repeatable 30° left-and-right sweep.

Cleaning medium

Head movement

Nozzle mapLive response

Active nozzle

Red · Pressure

Fixed direction

Concentrated rinse

Red pressure nozzle selected · fixed direction.

DJI PSDK

From ground system to airborne cleaning pass.

The supplied demonstration shows the hose-fed workflow in operation. Pump and site equipment shown are examples and are not included in the HoverWash 3 airborne kit.

Five motions. One repeatable workflow.

From opening the case to an automatic cleaning pass, every step is designed around the aircraft, controller, hose and ground rig working as one system.

Unpack a complete field kit.

The module travels protected in its fitted hard case. Lift it out, inspect the mount and connections, and prepare the Matrice 400 before the hose is pressurized.

Install both cleaning nozzles.

Fit the concentrated rinse and foam nozzles before takeoff. The dual-nozzle assembly lets the operator change cleaning modes from the controller workflow instead of landing for a manual swap.

Connect the ground rig to the aircraft.

Connect the supplied ultralight hose to the selected pump system and the airborne module. Confirm every fitting, route the hose without sharp bends, and maintain clear working slack.

Set the sweep for the surface.

The head supports a 30 degree left and 30 degree right cross-sweep. Configure the washing orientation vertically or horizontally to match the facade zone and planned flight path.

Let the route hold the line.

Pilot-supervised A-B routes and facade missions repeat the cleaning pass while the crew monitors the aircraft, hose, site and abort plan.

Signal and water meet at the aircraft.

HoverWash 3 coordinates two systems at once: the controller sends intent while HoverWash Rig 13 supplies flow. The airborne module turns both paths into one controlled cleaning response.

RC Plus 2

Mission, nozzle and sweep commands

DJI PSDK

Command transport through M400

HoverWash 3 airborne module

CONVERGENCE

HoverWash 3 module where the control signal and water path converge

Receives the command, directs the head and delivers the selected cleaning medium.

Payload response

Nozzle switch or controlled sweep

Matched pump

Validated pressure and flow

200 ft hose

Ultralight water and foam supply

Facade output

Foam, concentrated rinse or sweep

Control signal

RC Plus 2

Operator selects the mission, nozzle and sweep command.

DJI PSDK

The command travels through the Matrice 400 workflow.

Payload response

HoverWash 3 switches mode or moves the cleaning head.

Water and foam path

Matched pump

The ground system supplies validated pressure and flow.

200 ft hose

The ultralight line carries water or foam to the aircraft.

Facade output

HoverWash 3 applies the selected foam, rinse jet or sweep pattern.

Control signalWater and foam pathBoth paths are validated as one operating system.

Close the cleaning loop on the ground.

HoverWash 3 controls the cleaning action in the air. HoverWash Rig 13 supplies the matched pressure, detergent proportioning and hose management below—so crews do not have to assemble a disconnected pump setup around the aircraft.

Rig 13 pump: Remote start and stop with adjustable working pressure
Rig 13 mixer: Adjustable water flow and detergent ratio, plus line-clearing functions
Field handling: Integrated hose reel and water connection in one transportable rig

Explore HoverWash Rig 13CAD $11,399 MSRP

HoverWash Rig 13

Pump · mixer · hose management

HOVERWASH READY

One coordinated water and chemistry path.

HoverWash Rig 13 prepares and manages the ground-side supply. The 200 ft ultralight line carries it to HoverWash 3, where the operator selects foam, concentrated rinse or sweep from the M400 workflow.

01Water source
02Rig 13 pump
03Rig 13 mixer
04Hose reel
05HoverWash 3 airborne kit

Rig 13 pump.

Adjust working pressure and operate the pump remotely from the rig workflow.

Rig 13 mixer.

Set water flow and detergent proportioning, purge trapped air and clear the chemical line.

HoverWash Rig 13 is sold separately from the HoverWash 3 Airborne Kit. Final pressure, flow, cleaning chemistry, fittings, hose lift and surface compatibility require job-specific validation. Aircraft, airborne payload, generator, water supply and detergent are excluded unless explicitly quoted.

Matrice 400 and HoverWash 3 making a horizontal facade-cleaning pass

The difference is control.

Payload control

PSDK commands on the M400 controller workflow

Mode change

Foam-to-pressure switching without a landing

Coverage

Controlled sweep and supported route tools

Ground fit

Pump and hose matching available from SkyFlow

Ownership

SkyFlow proprietary configuration with customization accepted

What's in the box.

The CAD $6,630 MSRP covers the airborne cleaning kit. The Matrice 400, controller, batteries and pump remain separate so you can build around equipment you already own.

Not included: DJI Matrice 400, RC Plus 2 Enterprise Enhanced, batteries, pump, water tank, generator, ground station, detergent and site-specific fittings.

HoverWash 3 Smart Airborne Washing Module

Dual-nozzle boom, PSDK controller and Matrice 400 quick-release belly mount.

200 ft Ultralight Pressure Hose

One 60 m hose with the standard connection hardware.

HoverWash 3 washing module packed inside its hard transport case

Hard Polymer and Metal Transport Case

Fitted protection for the module, nozzles and mounting hardware.

Operator using the HoverWash 3 app during a facade cleaning mission

HoverWash 3 App Access and Setup

Controller integration for nozzle mode, sweep and supported mission controls.

Specifications.

Supplier ratings are shown for planning. Final pressure, standoff, height, chemistry and pump settings depend on the delivered configuration, target surface and approved site procedure.

Airborne module

Dimensions: 970 × 94 × 131 mm
Weight: Approx. 1.4 kg
Mount: Quick-release, beneath DJI Matrice 400
Aircraft interface: E-Port V2 / DJI PSDK workflow
Power: 24 V input; ≤30 W peak
Operating temperature: -20 °C to 45 °C

Cleaning control

Nozzle modes: Concentrated water jet and foam
Sweep: 30° left + 30° right cross-sweep
Fixed aiming: Forward, left, right, up and down
Controller: DJI RC Plus 2 Enterprise Enhanced
Mission tools: Pilot-supervised A-B routes and facade missions
Rated jet reach: 7 to 10 m in supplier test configuration

Hose integration

Included: 1 × 200 ft (60 m) ultralight hose roll
Extended setup: Up to 400 ft (120 m), validated configuration
Inner / outer diameter: 4.0 / 8.6 mm
Working pressure: Up to 30 MPa, delivered-hose limit
Supplier burst rating: >60 MPa
Minimum bend radius: 55 mm

CAD $6,630

MSRP · HoverWash 3 airborne cleaning kit

Buy HoverWash 3 Configure pump + hose

Choose the aircraft around the building.

HoverWash 150 prioritizes height and production on large open surfaces. HoverWash 3 prioritizes sensing, software control and access around complicated architecture. Neither is the universal answer—the site decides.

SkyFlow HoverWash 150

Choose height and production capacity.

400–450 ft

Configured reach · extended hose

Tall, broad and comparatively open surfaces where reach, flow and area-per-hour matter most.

Dedicated cleaning aircraft for high-rise facade, tower and large-area work
15 L/min spray flow with 30 MPa rated pressure in the supplied brochure
Up to 1,000 m²/h light cleaning or 500 m²/h deep cleaning
Fixed or oscillating mount with four nozzle angles

Explore SkyFlow HoverWash 150

DJI Matrice 400 operating with the HoverWash 3 cleaning system

Viewing now

HoverWash 3 For M400

Choose intelligence and geometric access.

300–350 ft

Configured reach · extended hose

Irregular facades, setbacks, courtyards and mixed cleaning passes where sensing and controller integration matter most.

Matrice 400 rotating and upper LiDAR, vision sensing and six-direction mmWave radar
Vision positioning is applicable when GNSS is weak or unavailable, within DJI operating limits
PSDK control, one-button foam/rinse switching and a repeatable ±30° sweep
Fits teams already standardized on the Matrice 400 aircraft and controller workflow

Explore HoverWash 3 For M400

Decision factorHoverWash 150HoverWash 3 For M400

Building pattern

Long, open elevations; towers; solar arrays; wind and grid assets

Recesses, setbacks, courtyards, overhangs and complex facade geometry

Navigation

Dual RTK with radar obstacle sensing and front vision

Omnidirectional vision, rotating and upper LiDAR, infrared ranging and mmWave radar

Cleaning control

Fixed or oscillating mount; four task-specific nozzle angles

DJI PSDK, foam/rinse switching, controlled sweep and supported route tools

Production profile

Higher-flow dedicated platform for large repetitive surfaces

More configurable, precision-led workflow with a smaller airborne module

Ground workflow

Dedicated tethered water-supply operation

200 ft hose included; pair with HoverWash Rig 13 for pump, mixer and hose management

Primary tradeoff

Larger dedicated-aircraft logistics in exchange for reach and higher production capacity

M400 payload and suspended-hose margins constrain practical height; the 1.4 kg module uses the quick-release workflow

Choose HoverWash 150 when

The elevation is tall and repetitive, the operating area is relatively open, and maximizing reach or cleaning output is the primary constraint.

Choose HoverWash 3 when

The architecture is irregular, GNSS may be challenged, the crew already flies M400, or foam/rinse control and repeatable sweep matter more than maximum height.

Pair HoverWash Rig 13 when

HoverWash 3 needs an integrated ground pump, detergent mixer, remote controls and organized hose management.

Planning ranges are configuration targets, not guaranteed legal or performance limits. HoverWash 150’s 400–450 ft and HoverWash 3’s 300–350 ft ranges require a validated hose, pump, weather, water, payload and site plan. DJI rates Matrice 400 for up to 6 kg at the third connector with screw-lock fastening under sea-level conditions, while its quick-release port is rated to 3 kg; payload capacity decreases with altitude. The HoverWash 3 airborne module is approximately 1.4 kg before suspended hose forces are considered. DJI also cautions that vision and obstacle sensing depend on light, texture, reflectivity and obstacle material; transparent glass and low-texture surfaces require additional care. Platform references: DJI Matrice 400 specifications and DJI Matrice 400 user manual.

Commercial planning · HoverWash 3

Turn a wall into a business case.

Start with measured area, a tested production band and a local selling rate. Then compare the airborne kit with complete M400 and ground-rig configurations.

Assumption-led planning model · CAD · pre-tax

2,000–4,000

m² / production day

21,528–43,056 ft²/day. Supplier planning range for HoverWash 3; validate with a representative test panel.

500

m² / manual baseline day

5,382 ft²/day, supplied as a comparison baseline—not a Canadian industry universal.

4–8×

calculated throughput multiple

The often-quoted 7–8× result only occurs near 3,500–4,000 m²/day. Geometry, finishing, weather and hose handling can materially reduce output.

Live commercial model

Quote the job. Stress-test the payback.

Change every important assumption. The model uses contribution margin after direct job costs—not gross sales—to estimate production-day payback.

Equipment configuration

Cleanable areaft²Selling rateCAD / ft²Productionm² / dayMobilizationCAD / jobComplexity factor0.5–3.0×Contribution margin% after direct costBooked productiondays / year

Planning quote

3,716.1 m² · 1.9 production days

$9,500

Contribution / day

$2,812

Quote × contribution margin ÷ estimated production days.

Equipment payback

2.4 days

Production days at the modeled contribution—not calendar days or guaranteed recovery.

Equipment basis

$6,630

Annual contribution

$84,362

Modeled year-one ROI

1,172.4%

Planning model, not a promise. Results are pre-tax and exclude financing, depreciation, idle calendar time and changes in demand. Equipment prices are the currently configured CAD MSRP inputs; confirm the final quotation. Test the surface, system and approved operating plan before committing production.

Canada benchmark

Know the labour signal. Price the building.

Job Bank wage medians help estimate labour—not the selling price of high-rise work. The daily equivalent below is eight hours and excludes payroll burden, training, high-rise premiums, access gear, supervision, insurance, overhead and profit.

Canadian provincial window-cleaner wage benchmarks
Province	Median / hour	8-hour wage equivalent	Use in a quote
British Columbia BC	$20	$160	Starting wage input only
Alberta AB	$20	$160	Starting wage input only
Saskatchewan SK	$16	$128	Starting wage input only
Manitoba MB	$17	$136	Starting wage input only
Ontario ON	$19	$154	Starting wage input only
Quebec QC	$21	$168	Starting wage input only
New Brunswick NB	$18	$140	Starting wage input only
Nova Scotia NS	$18	$144	Starting wage input only
Prince Edward Island PE	$18	$144	Starting wage input only
Newfoundland and Labrador NL	$17	$136	Starting wage input only

Major-city view

Vancouver, BC

$21/h · $168/day

Calgary, AB

$20/h · $158/day

Edmonton, AB

$21/h · $168/day

Toronto, ON

$19/h · $154/day

Ottawa, ON

$20/h · $160/day

Montréal, QCprovince proxy

$21/h · $168/day

Winnipeg, MBprovince proxy

$17/h · $136/day

Halifax, NS

$18/h · $144/day

Public market signals—not a rate card

Toronto / GTA

CAD $0.20/ft² appears as a lower-end high-rise discussion benchmark; published local projects are more often priced by pane, access and mobilization.

Best use: Use $0.20/ft² only as a conservative model input, then validate the actual elevation and access plan.

Toronto contractor discussion

Vancouver / Lower Mainland

A local 2026 guide publishes CAD $0.50–$2.50/ft² for broad commercial window-cleaning work; a rope-access guide publishes $2–$4 per pane.

Best use: Treat the spread as evidence that glass type and access dominate the rate—not as a drone-cleaning tariff.

Vancouver market guide

Montréal / Brossard

A local commercial cleaner publishes CAD $15–$25 per window for commercial glass cleaning.

Best use: Convert panes to measured cleanable area before comparing against an area-based drone quote.

Montréal commercial rate card

Calgary / Edmonton / Ottawa / Halifax

Credible public area rates are sparse; providers emphasize height, barriers, timing, surface and written site review.

Best use: Build from production cost and target margin, then compare the finished quote with two local contractor bids.

Calgary quoting guidance

How to quote a wall-cleaning job

Seven decisions before one price.

A defensible quote begins with the building, not a copied price per square foot.

Working formula

Area × validated rate × complexity + mobilization

Then reconcile direct cost, overhead, contingency and profit.

01
Measure the cleanable elevation
Use drawings, a laser measure or a scaled orthomosaic. Record width × height for each façade zone and separate glass, metal, masonry, signage and excluded openings.
02
Classify soil and finish standard
Record dust, salt, algae, grease, mineral staining and construction residue. Define whether the result is a rinse, soft wash, pressure wash or streak-controlled glass finish.
03
Survey flight, hose and public interfaces
Map setbacks, recesses, overheads, airspace, people, traffic, water, drainage, anchoring, hose path and emergency landing areas before choosing the aircraft.
04
Select a conservative production band
For HoverWash 3, model 2,000–4,000 m²/day only after a representative test panel. Use the low end for first cleans, complex geometry, frequent repositioning or detailed glass finishing.
05
Build direct cost before markup
Include flight and ground crew, mobilization, travel, water, power, chemistry, filtration, runoff control, batteries, maintenance, insurance allocation and any permit or airspace coordination.
06
Apply complexity and margin
Multiply the area rate for soil, geometry and access, add a mobilization minimum, then apply overhead and profit. Keep optional lift, rope-access or manual-detailing allowances separate.
07
State assumptions and exclusions
Attach the surface test, weather limits, completion standard, water and power responsibilities, access window, public-control plan, tax and change-order conditions to the quote.

Competitive context

Different machines solve different access problems.

The relevant comparison is not “drone versus drone.” It is working height, wash method, building geometry, deployment model and the operating system around the aircraft.

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