Open Source Gardening Robot 'FarmBot' Raises $560,000
Slashdot reader Paul Fernhout writes: FarmBot is an open-source gantry-crane-style outdoor robot for tending a garden bed. The project is crowdfunding a first production run and has raised US$561,486 of their US$100,000 goal -- with one day left to go... The onboard control system is based around a Raspberry Pi 3 computer and an Arduino Mega 2560 Microcontroller. Many of the parts are 3D printable.
Two years ago Slashdot covered the genesis of this project, describing its goal as simply "to increase food production by automating as much of it as possible."
Two years ago Slashdot covered the genesis of this project, describing its goal as simply "to increase food production by automating as much of it as possible."
FarmBot... For Gardeners Too Lazy To Garden (TM)
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I have looked at this several times. No way this thing can survive being outside 24/7/365. It's not waterproof where it counts, it needs a whole lot of refinement to make it to an actual 1.0 release device that can last outside through all types of weather for at least 3-4 years. The gantry is not self cleaning or sealed in any way, same for the tracks.
It's a great idea. and a fantastic early beta. but they need some industrial robotics guys to show them how to make it survive weather.
Do not look at laser with remaining good eye.
I have about a dozen empty cottage cheese containers next to my front door each with a lettuce plant. This is enough to keep me in lettuce all summer and I spent literally zero dollars on the system and maybe five minutes combined over the last three months. This is a high tech solution looking for a problem where none is needed.
I hope this thing is happy being fueled by cheap polluting sources and doesn't clog much. Just with clean water the current politics of 3rd world nations makes access to fuel sources difficult. But it could be very useful to roof-top first-world herb gardens and space travel.
One common plan to colonize Mars, the Moon or various science fiction worlds starts with dropping of robots and letting them build the infrastructure. Then all you need to send humans is a fancy taxi with some really good entertainment for the long trip. One problem facing these plans is that the cost estimates. One NASA plan to research, develop and implement the robotic parts of a farm on the Moon has a literal Moon-shot price.
Yet here we are in the age of Kickstarter and Indiegogo funding where the key parts of a space colony are being invented one piece at a time.
Let's just hope that nobody decides to take the money and go build a house with it instead. That would be just Peachy.
"You cannot have a General Will unless you have shared experiences. You cannot be fair to people you don't know."
Can it farm raspberries? And can it bake pies?
Don't waste your vote! Vote for whoever you want, unless you live in a swing state it won't matter anyways
If it's not mobile it seems to be very expensive to just plant seeds and water an extremely small area.
The seeds could probably be planted more quickly by hand than the time it takes to program the machine
to do it.
And then using it for watering seems overkill. Even if you want to automate watering I see automated sprinkler
systems available at amazon for a couple of hundred bucks.
So it looks like the machine would spend most of its time just sitting there not doing anything.
I suppose the weeding is somewhat useful. But again it's a very small area.
Or am I missing something obvious?
Can none of these hipsters run a lathe or a milling machine? Can no one measure, or make a part square or plumb?
I like how precisely it plants and waters each seed.
Actually, the way it waters - as well as the way it weeds - makes me think the kid who designed it isn't a gardener.
It appears to be top-watering the plants frequently. Most gardeners know that, if you top water (say with a sprinkler), you want to be careful about both the timing and the frequency - otherwise it's an invitation to all sorts of fungal leaf diseases. If you're interested watering precisely for weed control or water conservation, drip irrigation systems are a much better (and much cheaper!) solution.
It "weeds" by pushing the weeds under the ground. This isn't going to be effective against a lot of pernicious weeds. A gardener probably would have designed the weeding mechanism to use a wire or blade to cut the weed off below the soil line. Additionally, weeds that can be visually identified as such because they're at a distance from the desirable plant aren't as much of a problem as weeds right up next to the plants... and you really don't want this tool shoving those underground and potentially damaging your veggies' roots.
As far as precision sowing goes... If you really care about that, there have been tools available for decades to accomplish exactly this at reasonably low prices.
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Can none of these hipsters run a lathe or a milling machine?
Why? Because it is supposed to be hard? For most of the parts they are making, 3D printing is superior in every way. Less material, less time, less training, less effort, less waste.
Disclaimer: I know how to run a lathe and CNC milling machine, and have a Sherline in my garage. But I also know how to select the right tool for the job.
load it with seeds and water, etc
There's a 'bot for that.
Obvious question....
Can it grow weed?