Open Source Hardware Association definition of open source hardware can be found HERE
Biology before steel and diesel – is there a way to approach this problem by using biological systems that add to soil health – such as cultural practices like cover cropping, mulching, crop or animal rotations etc. Look to tradition. Holistic approach – does this tool make me enjoy working with it as much as getting the job done faster? Universality – whenever possible, use standardized components, measurements and systems to allow easier replication and alteration i.e. Universal couplers/fastener spacing – use of standard quick connects for electronics/hydraulics/air lines/power take offs transparency– functional components are clearly laid out and purpose is clear. Modularity – functions can be removed and replaced without reengineering entire tool. Tool function can be changed by adding or subtracting parts. Adaptability- tools can be used for many functions and can be changed to new functions easily. Design for Disassembly – if welded easy access to joint for cut/ no hidden bolts/ exposed bearings/belts/ Belt and chain tensioners have enough play to enable easy removal Replicability - Could this part be recreated in a farm shop in a small town – Use of common dimension materials. for example: design for welded and machined parts rather than castings. Use “off the shelf” or commonly available components, or components that are or can be repurposed – can a more easily sourced part do the job as well? Affordability - Is this design more affordable to build than a conventional/proprietary alternative, while still being durable and high quality?
“ work in cadence, some things are breakable”
The next step is to develop graphic representations of these principles.