2025 R550 Sprayhawk

Automated Spray Helicopter. $1,500,000 MSRP*.

*Introductory pricing starting at $990,000 available until 12/15/2024. Rendered prototype aircraft shown.

240 acres per hour of spray production

110 Gallons of spray capacity and lower operating costs than any comparable aerial application aircraft.

Equipped ready-to-work

Sprayhawk comes equipped with 33 ft spray booms, a 110 gallon tank, and all onboard equipment needed for row crop aerial application.

Fully-automated spraying

Sprayhawk integrates state-of-the-art spray path planning from AG-NAV to spray automatically and precisely at a full 65 ft swath width.

Advanced obstacle detection

Sprayhawk is equipped with five cameras, a radar altimeter, and a LIDAR for powerful wire and obstacle sensing capabilities.

Gas powered

A powerful Lycoming IO-540 6-cylinder aviation engine provides long flight time with no need for generators or on-site electrical charging infrastructure.

Easy to deploy

Transport on-road without disassembly and set up in less than 15 minutes. Sprayhawk can be deployed quickly and easily to any field.

2-person minimum crew

Operate Sprayhawk from startup to shutdown with just a remote pilot and visual observer using a portable ground control station.

COST AND PERFORMANCE Comparison

R550 Sprayhawk
Robinson R44
2x DJI Agras T40
Air Tractor AT-502B
Cost per Acre
$2.00 / acre
$3.27 / acre
$4.87 / acre
$3.23 / acre
Useable Capacity
110 gallons
60 gallons
2x 10 gallons
500 gallons
Productivity
240 acres / hr
193 acres / hr
42 acres / hr
255 acres / hr
Direct Operating Cost
(incl. pilot and crew)
$480 / hr
$630 / hr
$203 / hr
$825 / hr
Autonomous Spraying
Yes
No
Yes
No
Fuel Type
100 LL
100 LL
Battery / Diesel Generator
Jet-A
Purchase Price
$1,500,000
Introductory pricing starting at $990,000 available until 12/15/2024.
$750,000
$60,000
$1,200,000

How it works

1

Flight planning

Sprayhawk integrates with AG-NAV's mission management software to plan the flight and the chemical application.

2

Transport and setup

Tow the Sprayhawk on-road with the included transport trailer and set up in under 15 minutes. No aircraft unfolding or assembly needed.

3

Get set and go

Automated missions follow pre-programmed routes with minimal pilot intervention.

4

Cover 50+ acres per refill

Sprayhawk’s 110 Gallon useful capacity means you’ll make short work of large fields, covering hundreds of acres an hour.

5

Refuel and refill

Precision landing capability means you can use your existing tank truck to refuel and refill with ease.

6

Post-flight review

Analyze system logs and camera recordings to verify application success and safeguard against liabilities. 

THE FUTURE OF AGRICULTURE IS HERE

“The Sprayhawk is going to be the future of aerial application. AG-NAV is excited to work with Rotor to bring our state-of-the-art navigation and planning solution to the platform.”

Fred Ramirez
President, AG-NAV

“The future of agricultural aviation is unfolding right now, Rotor is positioned to make a huge impact on productivity and safety.”

Lukas Koch
Chief Technology Officer, Heinen Bros.

“Since it can perform a wide range of missions, from agriculture to entertainment, with high efficiency and safety, there's little doubt that we will see more of these aircraft in the future.”

Kurt “Cyber Guy” Knutsson
Fox News

Gallery

Specifications

2025 R550 Sprayhawk

Automated Spray Helicopter

$1,500,000 MSRP

Introductory pricing starting at $990,000 available until 12/15/2024.

Max Gross Weight
2,500 lb (1,134 kg)
Useful Load
110 Gal (416 L)
Fuel Capacity
12.5 Gal (47.3 L)
Endurance
50 min
Operating Range
5 mi (8 km)
Visual Line of Sight Only
Beyond Visual Line of Sight (BVLOS) Operations
N
Max Operating Altitude
1,500 ft (500 m) AGL
14,000 ft (4,300 m) MSL
Flight Control System
Full authority fly-by-wire
Sensors
1x Forward Camera
2x Side Cameras
1x Downward Camera
1x Tail Camera
1x Downward LIDAR
1x Radar Altimeter
Communications
2x LOS Radio
2x LTE
1x Flight Termination System
Available Autopilot Modes
Stability Augmented
Attitude Control Velocity Hold (ACVH)
Waypoint Following
Terrain Following
Autonomy Functionality
Automated Spray Pattern Following
Emergency Return-to-home
Minimum Crew
1x Remote Pilot
1x Visual Observer
1x Spray Loader
Regulatory Approval
(Provided by Rotor)
44807 Exemption for Commercial Agricultural Operations
Export License
(Outside US)
Not required for Australia, Canada, UK

FAQs

Can you convert my Robinson R44 into a Sprayhawk?

The Sprayhawk is sold as a “factory-new” product based on overhauled R44 airframes. For fleet operators, Rotor offers the option of retrofit conversion. For more information on retrofit and core exchange options, please contact us.

Can I use it to carry people?

Rotor's UAVs are heavy lift drones designed for utility missions like agriculture and firefighting. They are not certified to carry people.

What licenses do I need to fly the Sprayhawk?

To fly a Sprayhawk as a Remote Pilot in Command (RPIC) in the US, you must be an FAA-certified Part 107 remote pilot and complete Rotor's factory training course. These requirements may change as technology and regulations evolve. Operators in the US will also be required to have a Part 137 license if they wish to apply chemical.

How many acres can it spray in an hour?

The Sprayhawk can spray up to 240 acres an hour, carrying a payload of 110 gallons and spraying at 50 to 60 knots with a 65 ft swath width and a 2 gallon per acre application rate. The number of acres per hour will also depend on terrain, chemical application rate, altitude, winds, obstacles and other factors.

What is your relationship with Robinson?

Rotor is an independent company from Robinson Helicopter Company (RHC). However, we collaborate closely with RHC on engineering, certification, and supply chain. You can read more about this here.

What regulatory permissions are needed to operate a Sprayhawk?

The Sprayhawk is delivered with a Special Airworthiness Certificate (SAC). A §44807 exemption will be available to agricultural operators of the Sprayhawk for commercial aerial application and other low-altitude agricultural missions. 

The FAA is currently in the process of transitioning large UAVs like the Sprayhawk to a new set of rules governing the operation of large unmanned aircraft at low altitudes, colloquially called “Part 108”. The Sprayhawk has been designed to be compliant with all FAA Part 108 requirements.

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