A Faster Boat

The "bigger boat" quote was referring to the need to get more people involved to do the things that we can't do at all, can't do well, or don't want to do. The need to build a bigger team. I'll come back to that some other time though, as while I still think it is a fairly immediate requirement, there is something else that I wanted to jump to.

We started off by designing a working prototype made from 3D printed parts, a dismantled laptop mouse, and the limits of my soldering skills. It worked well and we knew we were onto something. It would however never have been good enough to convince anyone who doesn't like rough looking plastic thing with too many wires coming out of them that we were, well, onto something. Then came the mistake.

It has taken me far to long to realise this but it is probably one of the most important new product development things I've learnt so far.

Ship. Fast.

Right from the beginning, our focus should have been on getting something on the market as fast as possible.

Instead of designing and making something we could ship to customers quickly, we decided to go straight for a mass-produced, injection moulded design. This meant adding a whole new level of difficulty to the engineering. We already had enough trouble with the ergonomics, the internal mechanism, the sensors and electronics, the strength of all the parts, tolerances and all sorts of other things that hurt too much to talk about. Injection moulding meant draft angles, wall thickness, undercuts, shrinkage and even more things that hurt to much too talk about. We kept joking that we should just give up and machine it from aluminium. (It was a laugh a minute in the Worthington Sharpe office)

After a long time it ended up looking a like this:

Injection Moulded Design

We got a prototype machined from transparent plastic so we could see the how everything fitted and could check the internal mechanism. We got costing for the tooling that came in at about the same price as a small house and started to think about raising capital...

Machined ABS plastic shell

...then we thought we should get a the parts machined from aluminium so we could have a shiny silvery version. It didn't turn out too bad, in fact I will go as far as saying it turned out pretty good. 

This totally changed things. Rather then having to make and sell tens of thousands of units to justify the cost of the tooling, we could make one, ten, or maybe twenty. They wouldn't be cheap, but we were now talking a totally different class of product. This wasn't just a mouse with 3D functions, it was what you might even describe as a beautiful piece of precision engineering.

What it meant was that we could get a product to market without the massive risk associated with high-volume production.

From the start we should have identified the market segment with the lowest hanging fruit that would get us sales. Then we should have set the design requirements and everything else to get there as fast as we could. Maybe we should have simplified the functions a bit to make the engineering easier.

We doing all that now (apart from simplifying the functions) but just maybe things would have unfolded a little differently if we started out that way.

Pre-Launch Publicity

I could keep going for quite a while on the background in order to fill you in on the history of the project, but instead, I'm going to get straight in there with one of the problems we've got now.

So, to keep it live, the problem we've got at the moment is publicity. You see, we are planning a a Kickstarter campaign to launch a developer version of the product and want to hit the ground running.

We need a decent audience to start with. But how do we get an audience without a product? Yes, we've got a prototype, but only one. The feedback we got from people at gamescom and elsewhere has been good and next we need to go beyond a quick demo now and let game developers and journalists to have a bit of time to play and experiment. A promise of a great product from an unknown company hardly sets the pulse racing.

All the focus is now on getting the developer version ready for a bit of pre-Kickstarter-ing. We've got to get a few small engineering changes to the prototype, then we can make a small batch. How small depends on how much cost outlay we can stomach. After that we will send 'em out to a select few people who we think will shout about it. Or people who will just shout at it. And give us feedback. We'll call this version the Post-Prototype Pre-Developer Product. Probably.

We're also  We're trying to think of it from their angle.

The trouble, as always, is trying to find the time between our engineering design project that are bringing in the money. Nobody has a job that isn't urgent and we have no intention of letting customers down. And we're still trying to find a way of getting some publicity right away. Trying to think of a way that a journalist will find what we've got right now interesting enough to write about

So, finish the engineering and get some press. That creates one of the other big problems we've got:

We're gonna need a bigger boat.

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Worthington Sharpe

A Bit of Background

It all started a while ago. I won't tell you how long for fear of embarrassment.

You see, I had an idea for something to replace the computer mouse.

I have lots of ideas. Most of them are amazing, ground-breaking, world-changing, ideas. I start scribbling what they are going to look like then tend to find they are not quite as ground breaking as they appeared to be. Usually because they won't work, or because there is patent for something very similar from 1943. Like this one:

Worthington Sharpe's revolutionary engine design that
wasn't quite as cutting-edge as we first thought

Nevertheless, this mouse idea didn't appear to be quite as bad as the others. It looked a bit a like a normal mouse and you used it the same way, but you could wobble it about to to more things on the computer. 3D design software and games would never be the same again.

I was working as a freelance design engineer and I convinced a friend to join me and we founded Worthington Sharpe Ltd. All we had to do was earn enough money working on engineering design projects for other companies to invest into our mouse project. The plan was flawless.

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Worthington Sharpe

Beyond the Mouse

Well then, we've got a prototype that works really well...

The Prototype

...now we want to make the buttons better and change and polish a few other things. Then we want to release a developer version, make it even better, sell a few, listen to the feedback, modify it for mass production, sort out all the software and computer game integration, sell a few more, design better versions and all the rest.

I'll fill you in on a few details and the point of this later, or you can have a look at worthingtonsharpe.com

The trouble is, I don't really know what I am doing.

Well, I suppose that is a little bit harsh. We know a few things about engineering and designing decent products, been running a engineering design business since 2005 without going bust or going to court. But we've never taken a product from a prototype to a global market all by ourselves. Not even once.

This is a story about how it happens.

Sam

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Worthington Sharpe