
Precision spraying
Dual centrifugal atomizers and two JetSprayers bring directed application into crop rows.


XAG Authorized Distributor in Canada, serving customers from coast to coast.
A compact four-wheel agricultural rover that brings precise spraying and repeatable routes into orchards, greenhouses, vineyards, and narrow crop rows.
The R100 concentrates crop protection, remote control, route assistance, and electric drive into a narrow platform. Its compact dimensions fit constrained rows, while every deployment still begins with the real row, headland, surface, canopy, and application.

Dual centrifugal atomizers and two JetSprayers bring directed application into crop rows.

An 80 cm-wide chassis is built for narrow rows, uneven surfaces, and sharp turns.

Cruise, path tracking, repeat routes, and field planning support more consistent passes.

The SRC 5 combines FPV video, vehicle status, and route controls in one handheld system.

The shared XAG battery system supports quick turnaround without an engine in the row.

The compact rover can support task-specific modules beyond its supplied spray configuration.
The onboard RevoSpray system pairs two centrifugal atomizers with dual flexible impeller pumps. Directed airflow carries fine droplets into dense crop canopies for thorough, row-level coverage.


Adjustable 60–200 μm droplets create a fine mist for uniform crop coverage.

Deliver up to 8 L/min (2.1 US gal/min) with precise flow control.

A capillary air-tube sensor monitors the remaining liquid level.

Two adjustable JetSprayers use ducted airflow and guide shrouds to widen the spray angle. Mounting can be set for multi-angle or single-side tasks.

Directed airflow creates a 7 m (23 ft) swath per side.

Manually position both JetSprayers for crop geometry, target zone, and one- or two-sided work.
Order a compact rover package now, then add the batteries, charging, cooling, controller, and positioning that match your block and turnaround.
The SRC 5 remote combines a bright 7-inch touchscreen, wide-angle FPV feed, live operating data, and physical controls. The operator can work away from the direct spray zone while retaining oversight and intervention control.


Set and maintain travel from 0.1 to 1.5 m/s (0.3 to 4.9 ft/s).

Vision algorithms detect deviation and correct the rover’s line in real time.

Flow responds to travel speed to support a more consistent application rate.
The Smart Remote Controller carries FPV video, vehicle status, and route control, helping the operator remain clear of the application zone.
Mapping, planned routes, repeat mode, positioning, and safety assistance can reduce repetitive steering. They do not replace block validation, exclusion planning, monitoring, or a clear intervention procedure.
Record a manual run and save it as a memory path for repeat operation over the same block.

Capture field imagery during a first manual pass to support route planning.
Cloud RTK and mobile RTK support precise positioning, including offline operation.
Pedestrian detection alerts at 4 m (13.1 ft) and stops the rover at 2 m (6.6 ft).
An onboard IMU adjusts movement on slopes and supports controlled stopping.
A local RTK source supports repeatable mapped rows and planned passes, including blocks where cellular coverage becomes unreliable.


Cast for strength and consistent field performance in a lightweight structure.

10.6 in (270 mm) clearance helps reduce scraping while suspension maintains traction.

The VCU distributes power for off-road recovery and sharp turns in narrow rows.

The R100 shares XAG’s B141050 Smart SuperCharge battery platform. Spraying endurance is 15–30 minutes per battery; the CM13600S delivers 1.3 kW at 120 V or 3.4 kW at 220–240 V.


The spray robot is planned as a field-ready system, not a standalone machine. These components cover power, charging, vehicle control, cooling, and local RTK positioning. Final quantities follow the selected R100 package and field workflow.
Battery cooling
Pulls heat from batteries between missions with an ultra-fine evaporative mist.
Keeps repeated battery rotations practical through a long field day.
Local positioning
Provides local corrections for repeatable R100 positioning when cellular coverage is weak.
Centimetre-level route repeatability for mapped rows and planned passes.
Power
Runs the R100 electric drive and RevoSpray system on XAG’s shared battery platform.
1,050 Wh capacity with intelligent battery management for field rotations.
Vehicle control
Provides FPV view, rover status, route controls, and operator intervention.
A dedicated 7-inch console that keeps the operator outside the application zone.
Charging
Recharges the B141050 battery between R100 work cycles.
1.3 kW on 100–120 V, or up to 3.4 kW on 220–240 V.
Power connection
Connects the CM13600S charger to compatible Canadian and U.S. AC service.
The correct regional connection for the charger package.
Choose the Base Package or RevoSpray Combo, then adjust battery, charging, cooling, controller, and positioning quantities for the hours you need in the field.
Mist cooling and fast charging help shorten the wait between R100 work cycles when the block must be completed inside a narrow window.
Crop name alone does not determine fit. The R100 should be evaluated against measured access, turning space, slope, canopy, target, application rate, label directions, and the operating plan.

Directed row-level application through narrow trellised blocks.

Repeatable passes beside dense, structured crop rows.

Compact ground access for managed berry rows.

Dual-side airflow for accessible lower and middle canopy zones.

Integrated air-ground crop protection can place each platform where it works best: the compact R100 moves through narrow rows for directed lower and inner canopy coverage, while aircraft can address suitable aerial work.
The label decides the application method. When a Canadian product label says “DO NOT apply by air” or does not include aerial application, it cannot be applied by drone. Ground use with the R100 is permitted only when the same label allows the crop, pest, rate, equipment, spray volume, buffers, and proposed operating conditions.

XAG presents the R100 as an expandable compact base for task-specific modules. SkyFlow can scope directed spray layouts and supporting controls around the real crop geometry and operating plan.
Custom modules are not standard factory specifications. Payload, centre of gravity, clearance, route safety, chemical compatibility, and Canadian availability require project review.
Order an R100 packageBring your row geometry, terrain, canopy, application target, and turnaround requirements. SkyFlow will map the R100, power, positioning, and support package around the work.
Verified R100 specifications, with Canadian power supply requirements called out where they affect field turnaround.
The CM13600S does not deliver 3.4 kW on ordinary 120 V Canadian service. Plan a 220–240 V circuit when your field turnaround depends on maximum charging output.
Both are 80 cm (31.5 in) wide. The R100 uses a compact four-wheel chassis, 120 L (31.7 US gal) tank, two pumps, and two JetSprayers. The R200 increases capacity with a six-wheel chassis, 240 L (63.4 US gal) tank, four pumps, and four JetSprayers.
XAG presents the R100 for orchards, greenhouses, vineyards, grapes, dragon fruit, blueberries, and citrus. Actual fit depends on row width, headland, slope, canopy, treatment target, product label, rate, and supervision plan.
The R100 provides onboard mapping, path planning, repeat mode, RTK positioning, path tracking, and safety assistance. These features do not replace route validation, exclusion planning, active supervision, or an intervention procedure.
The R100 delivers 15–30 minutes of spraying operation per B141050 battery.
Potentially, but only when the Canadian product label permits the crop, pest, rate, and intended ground-application method. A restriction on aerial application does not automatically authorize rover application.
Yes. SkyFlow can review row and headland measurements, terrain, canopy, spray target, water volume, positioning, battery workflow, transport, training, and current Canadian availability.
Share crop, block dimensions, terrain, canopy, treatment target, and current workflow. SkyFlow will help determine whether the R100, R200, an aerial platform, or a combined program best matches the operation.