Spinlock Sail-Sense, the IoT now includes tacking and flogging

Ben Ellison

Ben Ellison

Panbo editor, publisher & chief bottlewasher from 4/2005 until 8/2018, and now pleased to have Ben Stein as a very able publisher, webmaster, and editing colleague. Please don't regard him as an "expert"; he's getting quite old and thinks that "fadiddling fumble-putz" is a more accurate description.

7 Responses

  1. Ben Stein Ben Stein says:

    I’m not a sailor, but I am a geek, so the amount of data this sensor unlocks is pretty exciting to me. This gives me some ideas for similar sensors in other types of propulsion. Could this level of detail be added to a prop shaft to detect prop damage before it’s transmitted up into the transmission? What about on the outside of an engine block to detect changes in running characteristics? It’s pretty darn cool to see what it can do and for $190 it seems like a lot of data.

    • Leftbrain Stuff says:

      This has been a common application of strain gauges for many decades. Condition based maintenance is the trendy term used now to describe what has been common in power generation, automotive and aerospace testing and in motorsport.

      What is new is low cost sensor availability and the availability of low power wireless communication like Bluetooth low energy. Now for a few dollars (instead of tens of thousands in the 90s)

      We’re seeing many interesting innovations, like this, each week. The future for us data addicts is looking good

    • Dan Primrose says:

      Hi Ben
      Apologies for not replying sooner to your post, but we have been a bit busy recently!
      In short, yes, the technology we have developed here in the Sail Sense product can be used for a huge number of other applications. It’s just that we started with sails. Our main focus for 2019, whilst supporting Spinlock, is to investigate all the other industries where our tech could solve an existing problem. As you say, motors and pumps are an obvious one (we are already talking to several people about this). Monitoring accelerations in seats of tractors, diggers, forklifts as well as high-speed Ribs (motor boats). All these applications will use the same basic hardware with just some small changes to the software and firmware, which is really exciting for us!

  2. Bill kinney says:


    Vibration analysis is a very standard technique on large (I.e., expensive) marine engines. The transducer hardware is cheap, the analysis is the hard part. Software that was smart enough to learn the vibration characteristics of an engine, and then alert to a change would be nice. Really nice would be software that could look at 3 axis vibration pattern and suggest (intelligently) that the problem is an engine mount, prop issue, missing cylinder, turbo breaking, etc would be really nice.

    • Leftbrain Stuff says:

      What you want has been in common use for decades in motorsport. As the cost is dropping and machine learning is now becoming affordable I suspect we’ll see lots of innovation in this space.

  3. Sparky says:

    Leftbrain is right 😉 Condition based maintenance. Love to have some of that for my 3GM30F at a reasonable price point.

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