[lcamtuf::photos in robot]

This page is a raw collection of pictures for CNC and robotics projects (plus a couple of other random DIY things done with a vinyl cutter or a soldering iron). I've been trying to get good at this for several years and I think I have it mostly nailed down. For a walkthrough of the process, check out this Flickr set (or a more in-depth write-up).

If you're interested in woodworking projects, check out this directory instead.

(no description)
2019/04/07 50/5.6

Geiger mood lamp driver board (project log)
2017/03/12 50/1.8

Geiger mood lamp MCU board
2017/03/06 50/1.8

Close-up of a CNC-machined mold
2016/06/25 100/10.0

Vinyl-cut custom t-shirt
2013/03/10 24/5.0

Water drop photography
2014/05/18 50/11.0

Water drop photography
2014/05/18 50/11.0

Water drop photography
2014/05/18 50/11.0

Water drop photography (project log)
2014/05/17 50/8.0

Omnibot mkII (project log)
2013/02/09 50/4.5

Omnibot mkII on the floor
2013/02/09 50/6.3

Omnibot mkII close-up
2013/02/08 50/3.2

Omnibot mkII parts before assembly
2013/02/03 50/9.0

Omnibot mkII: rendered chassis
2013/01/27

Omnibot mkII: CNC work
2013/01/26 50/4.0

Intermission: random etching test
2013/01/19 50/4.5

Bender, layers in CAD
2013/01/18

Bender, custom vinyl sticker
2013/01/17 50/4.5

Submicro planetary, assembly
2012/09/28 50/6.3

Submicro planetary, assembly
2012/09/28 50/6.3

Parts for a miniature planetary
2012/09/28 50/7.1

HV silicone oil experiment, spark
2012/09/08 50/3.2

HV silicone oil experiment, corona
2012/09/08 50/3.2

Parts for cycloidal drive (project log)
2012/03/14 50/5.6

Gear meshing porn
2012/03/30

Omnibot mkI chassis (project log)
2012/02/19 24/3.5

Omnibot: facing forward
2012/02/19 24/3.5

Omnibot: rendering of wheels
2011/11/27

Omnibot: linkages
2011/11/25 50/3.5

Omnibot: motor attach detail (color change!)
2011/11/25 50/3.5

Omnibot: linkages
2011/11/23 50/3.2

Omnibot: motor mount
2011/11/23 50/3.2

Omnibot: transmission detail
2011/11/23 50/3.2

Effects of casting on uneven surfaces
2011/09/23

Omnibot: powered wheel assy rendering
2011/09/03

Omnibot: free wheel assy rendering
2011/09/03

Omnibot: steering linkage rendering
2011/09/03

Omnibot: translucent gearbox assembly process
2011/02/08 50/2.2

Omnibot: translucent gearbox variant
2011/02/08 50/8.0

Omnibot: gearbox assembly process
2011/02/02 50/8.0

Omnibot: negative mold (v1)
2011/01/20 50/11.0

Omnibot: finished gear mold (v1)
2011/01/18 50/10.0

End mill damage
2011/01/19

Omnibot: return of the planetary gear
2011/01/18

Omnibot: rought mold machining
2011/01/01 50/2.2

Dial-a-threat: display surface (project log)
2010/12/04 24/3.5

Dial-a-threat: dial detail
2010/12/04 24/3.5

Dial-a-threat: dial detail
2010/12/04 24/3.5

Dial-a-threat: machined PMMA
2010/12/02 24/2.5

New Geiger-Mueller lamp body (project log)
2010/11/16

Ultimate machine v2: inner workings (project log)
2010/08/08 24/4.0

Ultimate machine v2: top view
2010/08/04 24/4.0

Ultimate machine v2: side view
2010/08/04 24/4.0

Ultimate machine v1: in action
2010/07/26 24/1.4

Ultimate machine v1: inner workings
2010/07/26 24/1.4

Ultimate machine v1: side view
2010/07/26 24/1.4

Tinybot mk3: finished view (project log)
2010/07/11 24/8.0

Tinybot mk3: rear drive detail
2010/07/09

Tinybot mk3: steering detail
2010/07/09

Tinybot mk3: rendered preview
2010/07/09

Tinybot mk2: assembled platform testing
2010/07/09 24/5.0

Tinybot mk2: assembled platform view
2010/07/04 24/2.5

Tinybot mk1: assembled platform testing
2010/06/21 24/4.0

Tinybot mk1: steering detail
2010/06/19 24/5.0

Tinybot mk1: side view
2010/06/19 24/5.0

Tinybot: early prototype
2010/05/27 85/5.6

Tinybot: early prototype preview
2010/05/21

2.5D scanner: rendered preview (project log)
2010/04/12

2.5D scanner: captured data
2010/04/10

2.5D scanner: visible scene
2010/04/10

2.5D scanner: side view
2010/04/10 50/4.0

2.5D scanner: front view
2010/04/10 50/4.0

Comparing CAD data to CAM output
2010/04/06 50/5.0

2.5D scanner: drivetrain assembly
2010/04/03 24/4.0

2.5D scanner: silicone mold
2010/04/03 24/4.0

2.5D scanner: machined master mold
2010/04/02 24/1.4

2.5D scanner: CNC milling
2010/04/02 24/1.4

2.5D scanner: CAD data
2010/03/29

Nondescript experiment
2009/08/27 85/1.2

Pinkbot: assembled leg
2009/02/11 50/3.2

Pinkbot: draft layout
2009/02/09

Pinkbot: actuators
2009/02/08 50/1.8

Pinkbot: actuator testing
2009/02/08 50/1.8

Pinkbot: resin casting
2009/02/02 50/2.5

Pinkbot: actuator CAD drawing
2009/01/31

Pinkbot: another actuator prototype
2009/01/30 50/3.5

Pinkbot: actuator prototype drawing
2009/01/29

Pinkbot: assembled actuator prototypes
2009/01/28 50/3.5

Pinkbot: assembled actuator prototype
2009/01/24 50/2.5

Pinkbot: detail of the gearbox
2009/01/24 50/2.5

Pinkbot: cast parts
2009/01/26 24/6.3

Pinkbot: master mold
2009/01/25 24/1.4

Pinkbot: CNC machining
2009/01/25 24/1.4

Pinkbot: NC software
2009/01/25 24/1.4

Pinkbot: CAD model
2009/01/25

Wheel drive experiments
2008/12/18 24/1.4

Gear geometry test 2: side
2008/12/09 50/3.2

Gear geometry test 2: top
2008/12/09 50/3.2

Gear geometry test 1: top
2008/09/27 50/4.0

Gear geometry test 1: side
2008/09/27 50/4.0

Experiments with transmission belts
2008/07/21 50/5.6

Bugbot mk2: failed experiment
2008/06/14 85/2.5

Bugbot mk2: swivel wheel
2008/05/04 50/1.8

Bugbot mk2: platform being assembled
2008/05/04 50/7.1

Bugbot mk2: differential drive
2008/04/27 24/1.4

Bugbot mk2: wheel and tire
2008/04/26 24/1.4

Bugbot mk2: wheel parts
2008/04/26 24/1.4

Bugbot mk2: gearbox mold
2008/04/26 24/1.4

Bugbot mk2: cast gear
2008/04/26 24/1.4

Bugbot mk2: tire view
2008/04/26 24/1.4

Bugbot mk2: gearbox with bearings (2)
2008/04/26 24/1.4

Bugbot mk2: gearbox with bearings (1)
2008/04/26 24/1.4

Bugbot mk2: top cover mold
2008/03/03 50/3.5

Bugbot mk1: differential drive
2008/02/23 50/3.5

Bugbot mk1: partly assembled frame
2008/02/23 50/3.5

Bugbot mk1: motors and wheels
2008/02/22 50/2.8

Bugbot mk1: wheel assembly
2008/02/21 24/1.4

Leg prototype: view 1
2007/11/13 85/3.2

Leg prototype: view 2
2007/11/12 85/2.2

Leg prototype: assembly
2007/11/12 85/2.2

Leg prototype: planetary gearbox
2007/11/05 85/2.5

Leg prototype: planetary gearbox assembly
2007/11/05 85/1.2

Leg prototype: CNC machining
2007/11/04 85/1.2

MDX-540: new CNC mill
2007/10/03 50/3.2

Leg prototype: planetary gearbox silicone molds
2007/10/28 50/7.1

Leg prototype: planetary gearbox master molds
2007/10/26 50/3.5

Stickbot: assembled frame (2)
2007/06/24 50/7.1

Stickbot: actuator detail
2007/06/22 50/3.2

Stickbot: assembled frame (1)
2007/06/22 50/3.5

Stickbot: leg actuators
2007/06/17 50/1.8

Stickbot: leg actuator parts
2007/06/16 50/3.2

Stickbot: worm drive details
2007/06/16 50/1.8

Stickbot: leg detail (2)
2007/06/15 50/1.8

Stickbot: leg detail (1)
2007/06/15 50/1.8

Early legged robot prototypes
2007/04/18 28/3.5

Sheet PMMA planetary: assembled view (3)
2007/01/02 50/1.8

Sheet PMMA planetary: assembled view (2)
2007/01/02 50/1.8

Sheet PMMA planetary: assembled view (1)
2006/12/30 50/7.1

Sheet PMMA planetary: parts
2006/12/30 85/9.0

Sheet PMMA planetary: rendering
2006/12/29

Early prototyping board machining tests
2006/07/28 50/1.8

Sheet PMMA microbot: assembled view
2006/07/15 50/1.8

Sheet PMMA microbot: under construction
2006/07/13 50/1.8

Sheet PMMA microbot: rendering
2006/07/11

Sheet PMMA microbot: leg construction (3)
2006/07/10 50/1.8

Sheet PMMA microbot: leg construction (2)
2006/07/09 50/1.8

Sheet PMMA microbot: leg construction (1)
2006/07/08 50/1.8

Early experiments with sheet PMMA gears
2006/06/25 50/8.0

Early experiments with sheet PMMA gears
2006/06/22 85/2.0

My first CNC mill, shortly after arrival
2006/05/26 85/1.2

Junkyard bot
2002/08/26

Junkyard bot logic
2002/08/26

Junkyard bot's image sensor data
2002/08/07

All photos copyright by Michal Zalewski <lcamtuf@coredump.cx>
You are a visitior number 20813369.