Hylio ATLAS HYL-300 agricultural drone features a 250 lb. payload, 30 or 50 gallon tanks, RTK GPS, autonomous flight, and precision spraying, seeding, and fertilizing.
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The Hylio ATLAS (HYL-300) is Hylio’s high-capacity agricultural drone platform, engineered for producers who need to cover large areas while applying liquid or granular products with precision. Designed for demanding agricultural operations, ATLAS combines a large payload capacity with autonomous flight technology to help operators increase productivity and reduce the time required for large-scale crop treatments.
The Hylio ATLAS HYL-300 is designed for producers who need an agricultural drone capable of handling large-scale operations. With high payload capacity, flexible application configurations, autonomous flight, RTK positioning, and advanced obstacle avoidance, ATLAS provides a powerful platform for modern precision agriculture.
For large-acreage spraying, seeding, and fertilizing, ATLAS is built to deliver the capacity and productivity required to get more work done in less time.
ATLAS is designed for producers who need to move beyond smaller agricultural drone platforms and tackle high-acreage applications. Hylio lists the ATLAS with 30- and 50-gallon tank options, a 250 lb. payload capacity, and productivity of up to 150 acres per hour at a 2 GPA application rate. Actual productivity will vary based on application rate, terrain, conditions, mission planning, and operating procedures.
The platform is designed to handle applications including crop spraying, seeding, and fertilizing, giving producers a flexible tool for a wide range of agricultural workflows.
ATLAS incorporates the technology expected from a modern precision agriculture platform. Hylio’s AgDrone systems feature RTK-enabled GPS, digital flowmeters, obstacle-avoidance radar, and autonomous flight capabilities. These technologies work together to help operators maintain consistent application rates and precise flight paths.
The system’s modular payload design also allows the aircraft to be configured for different agricultural applications, including liquid and granular materials.
ATLAS works within Hylio’s GroundLink and AgroSol ecosystem. Hylio’s ground-control software allows operators to plan, monitor, and execute agricultural missions while supporting autonomous operation. Hylio states that its GroundLink system can command multiple compatible AgDrones from a single ground station.
For large-scale operations, autonomous mission planning can help streamline repetitive application work and reduce the amount of manual flight control required.
One of ATLAS’s primary advantages is its substantial payload capacity. Hylio lists the ATLAS HYL-300 with a 250 lb. payload capacity, giving producers the ability to carry significantly more material per flight than smaller agricultural drone platforms.
The platform is available with 30- or 50-gallon tank configurations, allowing operators to select a configuration appropriate for their application requirements.
ATLAS is built to support a variety of agricultural applications, including:
Hylio specifically describes ATLAS as being designed for large-scale spraying, seeding, and fertilizing applications.
Hylio AgDrones incorporate millimeter-wave obstacle-avoidance radar designed to detect obstacles in real time. Hylio also describes its platforms as having redundant power, navigation, and sensor systems designed to improve operational resilience.
ATLAS also benefits from Hylio’s broader autonomous flight architecture, allowing operators to plan missions and monitor aircraft while the drone handles much of the flight execution automatically.
Hylio designs and manufactures its AgDrone platforms at its production facility in the Houston/Richmond, Texas area using U.S. and globally sourced components. Hylio also states that its AgDrone technology is NDAA compliant, making the platform suitable for operations where NDAA compliance is required.
For producers managing substantial acreage, the ATLAS provides a combination of large payload capacity, high application rates, autonomous operation, and precision positioning.
Its 250 lb. payload capacity and 30- or 50-gallon tank configurations make ATLAS Hylio’s high-capacity option for producers looking to scale agricultural drone operations.
| Total Weight (without battery, without payload application equipment) | 132 lb |
| Maximum Recommended Takeoff Weight | 518 lb |
| Maximum Thrust | 1100 lbf |
| Maximum Operating Speed | 40 mph |
| Flight Time | Full Payload: approx. 8 min Mixed: approx. 12-15 min @ 80 lb /min payload application rate No Payload: approx. 20 min Flight times are affected by numerous conditions such as weather conditions, altitude relative to MSL, temperature, battery age/health, and other factors. |
| Maximum Flight Altitude | 14500 ft MSL Reduce payload by 12% for each increase of 3000 ft in density altitude |
| Wheelbase | 8.2 ft |
| Material | Carbon Fiber, Aluminum, Plastic |
| Dimensions | 11 x 11 x 2.9 ft (arms unfolded, no propellers) |
| 4.0 x 5.2 x 3.4 ft (arms folded, no propellers) |
| Maximum Payload (Weight) | 250 lbs (near sea level) |
| Maximum Payload (Volume) | 30 gal |
| Rotary Atomizer Payload Dispensing Equipment Weight (incl. tank, pumps, plumbing, nozzles, mounting, landing gear, etc.) | 50 lb |
| Rotary Atomizer Payload Dispensing Equipment Weight (incl. tank, pumps, plumbing, nozzles, mounting, landing gear, etc.) | 48 lb |
| Nozzle Types | Hydraulic Configuration: 16 x TeeJet style hydraulic nozzle tips mounted on boom; configurable number of nozzles and positioning Atomizer Configuration: 8 x Rotary Atomizers mounted on boom |
| Pump System | 4 x 3.9 GPM (15.6 GPM Total) Diaphragm Pumps, 65 PSI |
| Flow Rate (no nozzle) | 15.6 GPM |
| Flow Rate (with 16 x XR11004 nozzle tips) | 8.45 GPM |
| Flow Rate (with 16 x rotary atomizers) | 11.6 GPM |
| Effective Swath Width | Up to 40 ft |
| Productivity Rate | Up to 150 ac/hr at 2 gal/ac |
| Maximum Payload (Weight) | 250 lb (near sea level) |
| Maximum Payload (Volume) | 50 gal |
| Total Granular Spreader Payload Dispensing Equipment (incl. tank, spreader device, mounting, landing gear, etc.) | 44 lb |
| Optimal Particle Size | 0.02 – 0.4 in. |
| Effective Swath | Up to 25 ft |
| Maximum Flow Rate | Up to 80 lb /min (dependent on material type) |
| Device Dimensions | 17 x 6.3 x 5.3 in. |
| Productivity Rate | Up to 60 ac/hr at 50 lb/ac |
| Particle Type | Hard materials such as silica can cause structural damage to the UAS itself and its components (such as the propellers). Use of hard materials will alter warranty terms; use at your discretion. See Operations Manual for more details. |
| Motor KV | 45 rpm/V |
| Foldable Propeller | 56 x 20in. |
| Configuration | Quadcopter |
| Operating Voltage | 18S (66.6 V) |
| Battery System | 2 x 18S 35 Ah (66.6 V) Intelligent LiPo Battery |
| Battery Weight | 2 x 37 lb (74 lb total) |
| Type | Dual Channel |
| Input Voltage | 100 – 240 V |
| Output Power | 9000W |
| Compatibility | LiPo/LiHV: 12S – 18S |
| Dimensions | 16 x 9 x 12 in |
| Weight | 31 lb |
| Charging Current | Up to 120A single channel; Up to 60A per channel with two-channels running simultaneously |
| Ingress Protection Rating | IP55 |
| Maximum True Airspeed of UAS | 45 mph True airspeed is the UAS’s speed relative to the surrounding air mass, incorporating the effects of altitude, temperature, pressure, and other atmospheric conditions on air density |
| Maximum Ground Speed of UAS | 40 mph Speed relative to ground taking a blend of GPS speed and IMU data. Monitored and controlled by AgroSol GCS |
| Standard Control Device | Hylio GroundLink Controller |
| Ground Station Control Software | Hylio AgroSol GCS; GroundLink Operating System: Windows 11 |
| Available Flight Modes | Swarm up to 3 units, fully autonomous, position hold manual, fully manual |
| Operating Frequencies | 2400 to 2480 MHz |
| Wireless Transmission Range | Max Unobstructed: 18.5 mi Typical Rural Operation Setting: 3 mi With 4G SIM: Unlimited (wherever cellular coverage is available) |
| Display | 13.3” Sunlit Readable 1000 nits, 10-Point Touch Display |
| Environment | IP67 |
| Battery | 6-8 hours, Rechargeable Li-ion Battery Battery life dependent on factors such as screen brightness and level of activity |
| Camera Platform | E-Con RouteCAM CU25 |
| Camera Sensor | AR0234CS from onsemi® |
| Camera Video Output | 1920×1080 60FPS |
| Camera Field of View | 158°(D), 134°(H), 73°(V) |
| Camera Shutter | Global Shutter |
| Camera Mount | 3-axis, remote-controllable Hylio HYL GS-3 brushless motor gimbal |
| Ingress Protection | IP67 |
| Regulatory Compliance | FY2019 NDAA Sec. 889 Compliant; FY2020 NDAA Section 848 Compliant; FCC Part 15 Compliant |
In the USA, you need special regulatory approval to apply chemicals with spray drones. This approvals process is slightly different if you are flying above or below 55lbs. The following document outlines the certifications required to legally use a spray drone, and how to get each certification. These licenses are not required to spray water for flight practice as long as the drone remains below 55lbs at all times.
Hylio helps customers by providing information about the process, as well as filing 44807 exemptions for those who purchase new drones. Aside from the 44807 exemptions, every other item on this list is the user’s responsibility to complete
In June of 2023, the FAA instituted a number of changes to their spray drone policies. These changes include speeding up the 137-certification process, as well as loosening restrictions on the over 55lb 44807 exemptions. In March 2024, the FAA allowed multi ship operation of aircraft over 55lbs. In June 2024, the FAA changed their requirements for 44807 approvals. This tab reflects all of these rule changes
1. Obtain Part 107 Drone Pilot License (~1 month)
Obtain State Pesticide Applicator License (~1 month) (Information varies by State)
Obtain Class 3 Airman’s Medical Certificate (~1 week)
All three items can be done at any time before or after aircraft is received
2. Receive aircraft from Hylio
3. Submit aircraft registration (1-3 months)
FAA typically will not allow registration without FAA Form 8050-2 – Aircraft Bill of Sale. This form is used by the FAA for legal transfer of ownership (the drone “pink slip”). Hylio cannot send the Bill of Sale ahead of the aircraft itself.
4. Submit Section 44807 Exemptions
Hylio submits on your behalf when requested. Typically approved in 4-8 months
5. Submit Part 137 Application Form 8710-3 (~2 weeks)
(Cannot submit 8710-3 until 107, Aircraft Registration, & 44807 are all complete)
6. Receive Part 137 Certificate > Self-Administer 137 Knowledge & Skills Test (Must keep up to date regarding equipment and personal)
∗ Part 107 expires 24 months
∗∗ Section 44807 Expires every 24 months, FAA expects you to apply for renewal 120 days before expiration. If you let it expire you’ll need to petition the FAA for a completely new exemption
∗∗∗ Part 137 does not expire but you must update it when you get different equipment and a change in personal
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