Public Lab Wiki documentation

Step-by-step guide

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• knurled bolts (as included in the IR camera kit or sold at brooxes.com) OR 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

Be sure the camera is facing "down", such that it will be hung by the base of the upside-down T. I did it wrong at first.

If you have the "camera savers" AKA "knurled bolts" yours will look more like this:

Balance

See how the cameras don't face downward in the following image? In the subsequent image I've tilted them so they actually face down. Do this before tightening the bolts.

Alternative mounting

If you are OK with the lenses being a little further apart, you can mount them symmetrically, and avoid the balance issue:

Tightening

Because of the rubber washers, you can really crank down on the bolts. I'm not completely sold on it -- it's not 100% solid but I like that the rubber kind of pads things and means you don't have to have completely precise bolt lengths and stuff. But go ahead and try something else and prove me wrong. The only danger is that the cameras may move under a lot of pressure; they won't fall off.

Triggering

From here, you can just use a rubber band on each camera to trigger them without synchronizing -- it works pretty well. But if you're interested, I'll be posting soon on how to connect synchronized electronic triggers...

Aligning cameras

Chris Fastie has posted a great video where he looked at how closely aligned 2 cameras of his were:

(Jeff:) I wonder if the mismatch could also be due to different image processing circuits/software in the two different models of camera. I'm curious to try this myself with 2 A495s.

Step-by-step guide

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

Be sure the camera is facing "down", such that it will be hung by the base of the upside-down T. I did it wrong at first.

Balance

See how the cameras don't face downward in the following image? In the subsequent image I've tilted them so they actually face down. Do this before tightening the bolts.

Alternative mounting

If you are OK with the lenses being a little further apart, you can mount them symmetrically, and avoid the balance issue:

Tightening

Because of the rubber washers, you can really crank down on the bolts. I'm not completely sold on it -- it's not 100% solid but I like that the rubber kind of pads things and means you don't have to have completely precise bolt lengths and stuff. But go ahead and try something else and prove me wrong. The only danger is that the cameras may move under a lot of pressure; they won't fall off.

Triggering

From here, you can just use a rubber band on each camera to trigger them without synchronizing -- it works pretty well. But if you're interested, I'll be posting soon on how to connect synchronized electronic triggers...

Aligning cameras

Chris Fastie has posted a great video where he looked at how closely aligned 2 cameras of his were:

(Jeff:) I wonder if the mismatch could also be due to different image processing circuits/software in the two different models of camera. I'm curious to try this myself with 2 A495s.

Step-by-step guide

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

Be sure the camera is facing "down", such that it will be hung by the base of the upside-down T. I did it wrong at first.

Balance

See how the cameras don't face downward in the following image? In the subsequent image I've tilted them so they actually face down. Do this before tightening the bolts.

Alternative mounting

If you are OK with the lenses being a little further apart, you can mount them symmetrically, and avoid the balance issue:

Tightening

Because of the rubber washers, you can really crank down on the bolts. I'm not completely sold on it -- it's not 100% solid but I like that the rubber kind of pads things and means you don't have to have completely precise bolt lengths and stuff. But go ahead and try something else and prove me wrong. The only danger is that the cameras may move under a lot of pressure; they won't fall off.

Triggering

From here, you can just use a rubber band on each camera to trigger them without synchronizing -- it works pretty well. But if you're interested, I'll be posting soon on how to connect synchronized electronic triggers...

Aligning cameras

Chris Fastie has posted a great video where he looked at how closely aligned 2 cameras of his were:

(Jeff:) I wonder if the mismatch could also be due to different image processing circuits/software in the two different models of camera. I'm curious to try this myself with 2 A495s.

Step-by-step guide

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

Be sure the camera is facing "down", such that it will be hung by the base of the upside-down T. I did it wrong at first.

Balance

See how the cameras don't face downward in the following image? In the subsequent image I've tilted them so they actually face down. Do this before tightening the bolts.

Tightening

Because of the rubber washers, you can really crank down on the bolts. I'm not completely sold on it -- it's not 100% solid but I like that the rubber kind of pads things and means you don't have to have completely precise bolt lengths and stuff. But go ahead and try something else and prove me wrong. The only danger is that the cameras may move under a lot of pressure; they won't fall off.

Triggering

From here, you can just use a rubber band on each camera to trigger them without synchronizing -- it works pretty well. But if you're interested, I'll be posting soon on how to connect synchronized electronic triggers...

Aligning cameras

Chris Fastie has posted a great video where he looked at how closely aligned 2 cameras of his were:

(Jeff:) I wonder if the mismatch could also be due to different image processing circuits/software in the two different models of camera. I'm curious to try this myself with 2 A495s.

Step-by-step guide

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

Be sure the camera is facing "down", such that it will be hung by the base of the upside-down T. I did it wrong at first.

Balance

See how the cameras don't face downward in the following image? In the subsequent image I've tilted them so they actually face down. Do this before tightening the bolts.

Tightening

Because of the rubber washers, you can really crank down on the bolts. I'm not completely sold on it -- it's not 100% solid but I like that the rubber kind of pads things and means you don't have to have completely precise bolt lengths and stuff. But go ahead and try something else and prove me wrong. The only danger is that the cameras may move under a lot of pressure; they won't fall off.

Triggering

From here, you can just use a rubber band on each camera to trigger them without synchronizing -- it works pretty well. But if you're interested, I'll be posting soon on how to connect synchronized electronic triggers...

Aligning cameras

Chris Fastie has posted a great video where he looked at how closely aligned 2 cameras of his were:

(Jeff:) I wonder if the mismatch could also be due to different image processing circuits/software in the two different models of camera. I'm curious to try this myself with 2 A495s.

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

Be sure the camera is facing "down", such that it will be hung by the base of the upside-down T. I did it wrong at first.

Balance

See how the cameras don't face downward in the following image? In the subsequent image I've tilted them so they actually face down. Do this before tightening the bolts.

Tightening

Because of the rubber washers, you can really crank down on the bolts. I'm not completely sold on it -- it's not 100% solid but I like that the rubber kind of pads things and means you don't have to have completely precise bolt lengths and stuff. But go ahead and try something else and prove me wrong. The only danger is that the cameras may move under a lot of pressure; they won't fall off.

Triggering

From here, you can just use a rubber band on each camera to trigger them without synchronizing -- it works pretty well. But if you're interested, I'll be posting soon on how to connect synchronized electronic triggers...

Aligning cameras

Chris Fastie has posted a great video where he looked at how closely aligned 2 cameras of his were:

(Jeff:) I wonder if the mismatch could also be due to different image processing circuits/software in the two different models of camera. I'm curious to try this myself with 2 A495s.

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

Be sure the camera is facing "down", such that it will be hung by the base of the upside-down T. I did it wrong at first.

Balance

See how the cameras don't face downward in the following image? In the subsequent image I've tilted them so they actually face down. Do this before tightening the bolts.

Tightening

Because of the rubber washers, you can really crank down on the bolts. I'm not completely sold on it -- it's not 100% solid but I like that the rubber kind of pads things and means you don't have to have completely precise bolt lengths and stuff. But go ahead and try something else and prove me wrong. The only danger is that the cameras may move under a lot of pressure; they won't fall off.

Triggering

From here, you can just use a rubber band on each camera to trigger them without synchronizing -- it works pretty well. But if you're interested, I'll be posting soon on how to connect synchronized electronic triggers...

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

Be sure the camera is facing "down", such that it will be hung by the base of the upside-down T. I did it wrong at first.

Balance

See how the cameras don't face downward in the following image? In the subsequent image I've tilted them so they actually face down. Do this before tightening the bolts.

Triggering

From here, you can just use a rubber band on each camera to trigger them without synchronizing -- it works pretty well. But if you're interested, I'll be posting soon on how to connect synchronized electronic triggers...

This design for a dual camera rig (see Dual Camera Rig for why you'd want to do this) is based on a T-shaped or L-shaped bracket, washers, and two bolts which fit into the camera mounting holes on most cameras.

You'll need:

• 2x 1/2 inch long 1/4"-20 coarse thread bolts (i bought the kind with grippy heads so i can mostly screw them in by hand, then tighten with a hex wrench)
• a thick rubber washer (mine was called a "Chicago style seat washer")
• 2 cameras with threaded mounting holes
• a 4"x4" T-bracket with 1/4" holes (an L-bracket could work too)
• a hex wrench or whatever you need to really tighten your bolts

Basically follow the steps in the images below:

More coming soon... hang on!