Micro wind turbines

AIR Max Wind Turbine

Built for high-wind, land-based applications, the AIR MaX delivers powerful off-grid energy with advanced controls and rugged reliability for remote industrial use.

Why choose the AIR Max

The AIR MaX is engineered for serious off-grid performance, combining rugged design, quiet operation, and compatibility with solar PV for year-round energy production.

Silent X carbon fiber blades for low-noise, high-efficiency operation
Integrated up-tower controls for smarter energy management
Industry-leading 3-year warranty with optional 5-year extension
Seamlessly pairs with solar PV systems for hybrid configurations

Real-world uses for this turbine

Built for locations that need reliable power without the grid

Remote industrial operations

Powers mission-critical systems in off-grid industrial environments where high energy output and durability are essential.

Remote industrial operations

Powers mission-critical systems in off-grid industrial environments where high energy output and durability are essential.

Off-grid telecom infrastructure

Delivers reliable backup or primary power for telecom towers in high-wind regions with poor grid access.

Hybrid energy systems for rural sites

Pairs with solar PV and batteries to create robust, self-sufficient energy solutions for remote buildings or facilities.

Hybrid energy systems for rural sites

Pairs with solar PV and batteries to create robust, self-sufficient energy solutions for remote buildings or facilities.

Security and monitoring systems

Supports energy needs for advanced surveillance and sensor arrays in remote or high-wind land-based installations.

Security and monitoring systems

Supports energy needs for advanced surveillance and sensor arrays in remote or high-wind land-based installations.

In detail

Everything you need to know about the AIR MaX

The AIR MaX is purpose-built for off-grid energy in high-wind, land-based environments. With a rugged design and advanced performance features, it’s ideal for powering telecom sites, remote monitoring systems, and industrial equipment where reliability matters most.

Equipped with Silent X carbon fiber blades and integrated up-tower controls, the AIR MaX ensures quiet operation and efficient energy delivery. It’s designed to pair easily with solar PV in hybrid systems, providing consistent year-round power even in challenging weather conditions.

Backed by a 3-year limited warranty (extendable to 5 years), the AIR MaX offers proven durability and performance for demanding off-grid applications worldwide.

Data sheet

Everything you need to know about the performance and build of this model in one place

VALUE

SPECIFICATION

Energy

Approx. 90 amp – hr. per day at 5.5 m/x (12 mph avg)

Swept Area

1.07 m2 (11.5 ft2)

Rotor Diameter

1.17 m (46 in)

Weight

5.9 kg (13 lb)

Shipping Dimensions

686 x 318 x 229 mm (27 x 12.5 x 9 in) 7.7 kg (17 lb)

Startup Wind Speed

3.13 m/s (7 mph)

Voltage

12, 24, and 48 VDC

Turbine Controller

Microprocessor-based smart controller

Body

Cast aluminum with corrosion resistant white aircraft quality paint

Blades

(3) Hand laminated, carbon fiber (with low sound emissions) – multicolor

Alternator

Permanent magnet brushless

Overspeed Protection

Electronic torque control

Survival Wind Speed

40.2 m/s (90 mph)

Mount

1.5 in schedule 40 pipe 48 mm (1.9 in) outer diameter

Get the full specs and install details

Everything you need to plan, install and integrate this turbine is ready to download

Get the full specs and install details

Everything you need to plan, install and integrate this turbine is ready to download

Performance

Understand your turbine’s output

See how this model performs and what kind of energy it can deliver in real conditions

AIR Power Curve

See how this model performs in varying wind conditions, and how it optimizes energy production over time

AIR Power Curve

See how this model performs in varying wind conditions, and how it optimizes energy production over time

AIR Energy Curve

Visualising the estimated monthly energy yield based on average wind speed is helpful for site planning and feasibility

AIR Energy Curve

Visualising the estimated monthly energy yield based on average wind speed is helpful for site planning and feasibility

Gallery

See this turbine in action

Explore real-world installations and get a better sense of the scale, structure and design in the field

Over 180,000 Ryse products deployed worldwide

Ready to power your project with Ryse?

Whether you're just getting started or ready to build, our team is here to help.

Over 180,000 Ryse products deployed worldwide

Ready to power your project with Ryse?

Whether you're just getting started or ready to build, our team is here to help.