1. Freeload - Also referred to as 'pulling an Earl.' In this approach, you find someone who already owns most or all of the necessary equipment, and is storing it at their place. Minimal cost, and your place remains (relatively) clutter-free! The downside, of course, is that when your beer is ready, it's all at their place. This can encourage social interaction and friendly revelry, but be warned: gluttonous and/or vindictive friends may be inclined to drink it all in your absence. Choose wisely.
2. Downsize - Most home brew recipes are designed to produce 5 gallon batches (about 19 L). Consider, however, the following equality:
Smaller batches = smaller, less expensive equipment
Brilliant! This is the approach espoused by the folks at the Brooklyn BrewShop, who went from selling smaller, 1 gallon kits at the flea market to becoming a leading online distributor of home brewing kits. The necessary components for brewing 1 gallon batches at home are detailed on their website, along with detailed instructions for different styles. I looked into picking up one of these kits, but the cost to ship to Canada was ridiculous, and I'd rather support my local brewing supply store, where you can find all of these components at a fraction of the cost. For a little more information, though, and a good, plain-language primer for more technical resources like John Palmer's How to Brew (which Drew talked about previously), I would certainly recommend their book.
A great resource for getting started brewing smaller batches. |
Whether you choose to freeload (it worked for me!), start with small batches, or dive right into 5 gallon batches, the key thing is just to try it out and see if it's for you. Don't let cost or space constraints hold you back!
(If you already know that home brewing isn't for you, that's cool, too. For you I propose a third approach - the ultimate freeloader - in which you find friends that have already made their own beer, and you just show up and drink it. A little less-rewarding from a do-it-yourself standpoint, but the end result is similar.)
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