Turning a Product Idea into Reality in 2020

This month’s post takes a pause from custom Android hardware to talk about a fun side project Hatch has been working on: Snipes, a brand new ice hockey training product. While we’re usually making products for our customers’ businesses we decided to have some fun doing our own project together with a couple of friends.

Due to Covid related travel restrictions, I ended up staying in China more this year than usual. In an effort to make the most of this, I got together with an ice hockey friend to develop a unique ice hockey training product that we wanted to use ourselves. This is a story of envisioning a product that didn’t exist, developing it through a great team effort, learning about the online marketing side, and ultimately receiving a great response from the target market.

The idea was clear. Create targets that go inside an ice hockey net to shoot at. Each target has lights and a sensor. When the lights of a target turn on, the player shoots a puck at it. If the target is hit then the lights turn off and the lights of another random target turn on. From this basic setup, various different game modes can be created.  We named the product Snipes.

Taking an Idea to Something Real

Step one was finding the right target material that could sustain the force of being hit by 6 ounces of hardened rubber flying 100mph / 160kph.

We ordered different materials to test and found one that we felt comfortable with.

Next step was hooking up an Arduino to lights and sensors, but first we needed to decide which kind of sensor to use.  After testing a few different options we went with a Piezo sensor.  This senses the level of vibration.

Before attaching everything on the targets we created a mini version with just the lights and sensors to make sure that we could simulate the desired functionality.

First ‘working’ prototype was created and destroyed.  That happened about 5 more times.

At this point we decided to go with wireless connections between the targets, meaning custom electronics and firmware were created.  This development took a few weeks.  When the first samples were ready the initial result was promising.

The first Arduino prototype didn’t use any case for the electronics at all.  All the components were held onto the target using tape!  We evolved the mechanics using a FDM 3D printed case, which was better than nothing, but broke.  That’s when we went with CNC milled cases.  These provided a nearly mass production level of strength.

Something Real to Selling Promises

We went through several rounds of fast and cheap prototypes before the final set of custom electronics, firmware, and casing was ready.  Each time a problem was found, an improvement was made.  Once the problems became harder to find and the testing went smoothly we took a video of people using the product and started our pre-sale launch.

Early response from the launch indicated that people liked the product.  We went ahead with opening the tools for the casing mold and decided to commit to a mass production order as our pre-sales were going well.  We forecasted how many would sell in the launch campaign and wanted to make extra inventory to have available after the campaign as well.

The target ship date was set for early December, much earlier than I felt comfortable with, but still possible to accomplish if we worked hard and had good luck.  Products will ship individually from the factory to the pre-sale buyers in hopes of delivery before Christmas.

Instead of using a normal crowdfunding site we used paid social media ads to send customers to our own pre-sale page.  My partners thought that since our product was fairly niche all sales would come from targeted advertising rather than being on a crowdfunding platform.  Instead of paying a percentage of sales to the crowdfunding platform we’d use that money to pay for direct advertising.  I wasn’t sure how this would go over, but the logic seems to have worked.  Maybe next time, if the product is intended for a wider audience, we’ll try going with a platform or hybrid approach.

The Shooter Tutor, a well-known ice hockey training product Snipes is most similar to, has been around for decades.  When hockey players see videos of players using Snipes they instantly understand how to use the product.  For this reason online advertising using videos has been successful.  There’s little need to further educate the customer after they see a short video.  While the application is obvious there’s nothing like it on the market so we’re in a good position.

Selling Promises to Products Delivered

This is the stage we’re in now.  I’m excited about getting Snipes out to the hundreds of customers who believed in us and joined our pre-sale.  Most of the materials for manufacturing are ready.  We are working to implement some last-minute changes on Snipes’ firmware and then must test that.

Shipping in time for Christmas delivery is still a possibility.  Need to see how testing goes with the new firmware and whether any unexpected delays pop up.  Good quality is more important than shipping earlier.  We’re confident that customers will love the product when they get it.

Next Steps

Making this sports training product has been a fun project.  The development time is much faster than making custom Android products as the functions are more simple and case design requirements are more about strength than aesthetic design.  The Bolt team has ideas about new products that will expand the brand’s footprint deeper into ice hockey as well as other sports.

Since people couldn’t travel this year I spent more time than usual in Shenzhen.  That gave me the opportunity to take on a fun side project.  Now and in the future, Hatch continues to work on custom Android development and manufacturing.  With the growing prominence of IoT devices, we’re open to evaluating IoT hardware partnerships as well.

Taking Hacker Space Mainstream


The Maker movement for do-it-yourself hardware has been growing since 2006, when the first Maker Faire expo was held for hardware hobbyists. It has gathered steam with the growth of open-source hardware and 3D printing. Now it has become a true mainstream movement, and one that could have profound effects on the manufacturing of products.

With crowdfunding platforms like Kickstarter, it is now possible for entrepreneurs to raise enough money in a campaign to complete hardware prototypes and do an initial run of manufacturing. But which platform is right for you? We’ve looked at some of the emerging platforms to see what kind of variety they offer.

Kickstarter has the advantage of being one of the biggest platforms. Since 2009, the crowdfunding platform has raised more than $1.14 billion for 63,056 successfully funded projects. About 43 percent of campaigns are successful, and many get so much attention that they can move on to receive venture capital funding. One of the primary successes was Oculus VR, which raised $2.4 million in 2012 on Kickstarter for its virtual reality goggles. It went on to be acquired by Facebook for $2 billion. Clearly, Kickstarter gave Oculus VR the visibility it needed, and it can be a very good indicator of the demand for a product.

But much of Kickstarter’s focus is in the U.S. Other platforms are more closely linked to manufacturing. With Highway 1, for instance, entrepreneurs can raise up to $50,000 to fund both a company and its first prototype.

You can work with Highway 1’s engineers for four months during an incubator program. You can get access to electrical engineering, mechanical engineering, and 3D printing labs. You can determine your sourcing and the factory you want to produce the product.

You can tour the factories that make the product, explore electronics markets, meet supply vendors and prepare to scale up. HIghway 1 has locations in both the U.S. (San Francisco) and China, and it offers both mentoring and business development support. It takes about 4 percent to 7 percent equity stake in a startup, and it helps set up a supply chain and do the manufacturing.

Highway 1 is a division of PCH International, a global supply chain company. Its aim is to help you take an idea from a napkin sketch to a worldwide retail product.

Haxlr8r is similar to Highway 1 in that it offers an accelerator program for people who like to hack hardware and make things. It offers $25,000 to $50,000 in funding, office space, and a 111-day incubator program in exchange for a 6 percent equity stake.

It provides mentorship and immersion in a startup community with like-minded entrepreneurs in both San Francisco and Shenzhen, China. Each week, participants meet with advisors that offer feedback on concepts and prototypes. The final two weeks of the program will be spent getting pitches together for a final pitch week in Silicon Valley. It helps set up a supply chain and also assists with finding venture capital through the pitching process. It offers a platform for development and does manufacturing setup in China. That includes help with invention, prototyping, sourcing, manufacturing, packaging, supply chain, strategy, marketing, distribution, fundraising, and financing.

Haxlr8r targets two to four-person startups.To date, it has launched 40 companies in the past two years. Many of those companies move on to launch their own Kickstarter crowdfunding campaigns.

And there is Quirky. With this platform, you submit your idea through the web site. Quirky takes 100 percent ownership of the product. But if it successfully makes the product and sells it, you get a perpetual royalty from sales.

You can look through the different ideas that are submitted and vote on the ones you love. The ones that get lots of votes rise to the top. You then help refine the idea, picking things like the color or helping to solve an engineering problem. It’s a collaborative process, with development, funding help, supply-chain setup, and a complete offloading of manufacturing.

Once the product is done, Quirky can manufacture it. It has its own 3D printing technology that it can use to make the initial product. Then it can take the product to a factory in China and manufacture the device in massive quantities and put it on retail shelves worldwide.

Quirky owns the intellectual property, so it takes on the responsibility of legally defending the product and its ownership rights. If all you have is an idea, then Quirky can supply all of the rest.

Hatch serves a complementary role to Haxlr8r, Kickstarter, or other companies trying to get their custom product made.  With Hatch, Start-ups get a one-stop resource for development, manufacturing and overall management of what goes on in China.  Plus Start-ups keep their equity and work with Hatch on development and manufacturing in either a hands on or hands off approach. Hatch provides direct access to development teams in China that can give fast and accurate feedback. Hatch also sorts out the supply chain and manufacturing, at its own manufacturing facility or one more suitable for your specific product, so you don’t have to manage that. And it can stick to schedules better than crowdfunding sources that don’t have solid ties to manufacturing.

As you can see, product inventors now have multiple choices for taking their ideas from conception through development, prototyping, and manufacturing, thanks to the services offered by multi-faceted crowdfunding and manufacturing services companies. You can bet that the result will be a flowing of innovation and small startup hardware manufacturing. And this should give the innovation economy a big boost, and it means that consumers will get more products that they really want, more quickly, and at cheaper prices, than ever before.