Our Land-model Flag Turbines offer a flexible solution for decentralized energy generation across a wide range of environments. Their omnidirectional, variable-pitch architecture captures wind from any direction without the need for reorientation, making them particularly well suited to variable and turbulent wind conditions.
Depending on blade size, the current Land-model configuration stands approximately 11 to 13 meters to blade tip. Unlike conventional horizontal-axis turbines, increasing power does not require a proportionate increase in tower height. Flag Turbines scale primarily through rotor width and swept area, allowing higher-output models to remain comparatively low in overall height.
This makes the Land-model well suited to farms, industrial and commercial sites, community energy projects, coastal and remote locations, defence applications and other distributed-energy uses. Multiple units can also be deployed together where site conditions and energy demand justify it, providing a modular and scalable route to on-site wind generation.
Wind turbines have a reputation for noise. Low rotational speed and a direct-drive design with no gearbox keep our turbines quiet, making them better suited to sites near homes and workplaces.
Our turbines are designed to work in turbulent air, so they can be sited closer to buildings and tree lines than conventional propeller-style turbines. A six-legged base spreads the load, and because the torque acts in the horizontal plane, large concrete foundations are not required.
Their compact size and ability to work in variable wind make Flag Turbines well suited to decentralized, small-scale renewable energy systems, including off-grid sites, small communities and individual businesses.
Bird and bat safety is built into the design. The blades turn slowly, at 20 to 30 rpm, and are four to five times larger than a conventional turbine’s, so they are easy to see. They move horizontally across the line of sight, not vertically through flight paths.
Our turbines avoid rare-earth magnets and large, solid composite blades. Their modular construction allows parts to be repaired or replaced rather than the whole turbine, and they are designed to be recyclable at end of life.
Dimensions (m, d x h): 6 x 8
Weight (kg): 500 kg
Connection: Three-phase (3 × 25 A or more), with 100 kWh battery storage
Generator power (kW): 20
Full power from: 13 m/s
Maximum wind: 37 m/s
Brake: Aerodynamic from 40 rpm, plus mechanical