A solar powered wind instrument
OpenWind measures: AWA / AWS, compass and pitch / roll. In addition to that, our application calculates COG, SOG, VMG, AWD, TWA, TWD, TWS and rotating mast angle compensation.
Only one device can connect to the OpenWind instrument at a time, which will be able to send data back and calibrate the sensors. However, multiple devices can read broadcast signal simultaneously.
With the OpenWind broadcast signal you and your crew will be able to read the wind data on a smartphone, tablet, smartwatch and NMEAkit™ simultaneously.
Depending on the device, Broadcast reading may not be possible. We recommend recent models of smartphones, tablets and smartwatches.
OpenWind uses Bluetooth 4.2 and the maximum range is about 50 meters considering no obstruction. The Bluetooth sensor is oriented downwards from the device, meaning it will give better range if mounted higher in comparison to a horizontal line. Older smartphone models and hard casings will affect connectivity range.
UDP from third party Apps
Many sailing applications offer a way to communicate with wind instruments. Via UDP you can read the data of OpenWind as NMEA0183 wind sentences in third party applications such as iSailor, iRegatta, NKE and OpenCPN.
Any application that can read NMEA 0183 wind sentences data via UDP is compatible with OpenWind.
The NMEAkit™ is a device that will read the data from OpenWind and give you NMEA compatible communication.
Adding a in-built compass gives the NMEAkit™ the means to compensate mast rotation. An application is available to calibrate the mast 0° position. After calibration, the NMEAkit™ will deliver compensated wind data via NMEA compatible communication.
The NMEAkit™ application also displays the data measured by OpenWind, working as a “repeater” for the OpenWind device.
One device. Multiple applications.
Pair with a multifunctional application that measures wind speed, wind direction as well as pitch & roll and heading information.
It is the OpenWind main Application with a more complex interface. It displays AWS, AWA, AWD, COG, SOG, VMG, TWS, TWA, TWS, pitch, roll, compass, bluetooth and battery information. It includes a map with OpenSea Map Overlay and can also compensate mast rotation. This application can run in the background and send the wind data via UPD in NMEA0183 sentences to third party applications.
For iOS only, the WindLogger app can read the data via UDP from the OpenWind App in the background. It can do average data readings from the last 30, 60 or 120 minutes from AWS, TWS and SOG. It also gives you maximum readings from TWS, AWS and SOG. It is possible to export the logged data in CSV format (AWA, AWS, TWA, TWS, COG, SOG, Yaw, Pitch, Roll).
The NMEAkit application allows you to calibrate the mast° position and activate mast rotation compensation. It also allows calibration of the wind direction, pitch and roll from the OpenWind device. The application displays if the NMEAkit is connected or reading broadcast signal from OpenWind. It also displays AWA, AWS, pitch, roll and yaw readings from the OpenWind device.
The WindTrainer App connects directly to OpenWind via Bluetooth, it does not requires the OpenWind App to be running on the Background. This app plots the magnetic wind direction and wind speed to a graph. It’s a simplified version of the WindLogger app, designed for trainers and race officers.
Requires macOS 11 or later and a Mac with the Apple M1 chip. This application allows you to connect your OpenWind device directly to your Mac! Send OpenWind data via UDP to third party applications such as OpenCPN.
You can find the OpenWind application in the iOS AppStore, Google play store, Samsung Galaxy Store and Garmin Connect IQ Store
Find out more about the technology behind OpenWind