Larry, you showed a product, maybe 2 to 3 years ago, that covered 2 things- Electrical and Alignment pins. This was when you joined 2 modules with power connectors. DCC Concepts "Legacy Models PowerPoint Baseboard Dowels". These should work quite nicely with your modules. Keep up the good work 🙂
As ever, well done. The problem of tripping over the feet of the modules at the outer sideways edge still exists. As the module recedes in width toward the status of a shelf, instability increases, and the ability to inset the legs/rollers further in than our feet complicates. I do have answers, but they are partial, for example, with a semi-permanent layout we can cantilever metal triangular brackets from the wall. The problem is we interfere with the wall. As we age and trip the result tends toward a 'fall' rather than just falling over. Be encouraged Larry.
Legs are a reality we have to live with. How often do you trip on your dining room or kitchen table legs? I personally have never experienced that problem and I wear a size 11 shoe! I think you’re overthinking the situation but it is good to be thinking about these things. I also install a 6” shelf on the front of my layouts which helps keep my big feet from tripping on the legs.
@@TheDCCGuy I think you made the obvious point with that shelf installation; in effect you have moved in the table legs. I cannot now recall the details, but I have had at least one tripping incident. Having some light machinery on-site doesn't help: tripping hazards then take on another dimension. I've learned to stand up straight and familiarise with surroundings before I move, and before starting or altering a machine. On 'overthinking' I like Utube's 'Howees' approach: your best defence is using our intelligence. Things happen so fast; and there's no going back. It is good to see you 'Utubing' again. Best wishes.
Hello Mr. Puckett You always have informative videos thank you very much. However I have a question for you in two parts. Regarding the wheels, there is mention in video 374 where there is a list of materials for the wheels but no mention of name and amazon link? And my second part still in the list of materials there is a mention of products for a shelf, but you do not mention it. Here is the copy of the list in question: 2 - 1”x3”x29” Shelf bracket, cut one end at 45 degrees* 1 - 1”x6”x48” Shelf* 4 - 2”x2”x6” Wheel brackets* 4 - Wheels* *Optional Thank you for your help and attention.
I imagine there are leveling wheels that could be used but in spite of my basement floor having a few slopes and dips I never experienced the problem On the old layout I used feet that screw in and out to level the layout but in this case I am making sure to build the modules so they are level and match.
@@TheDCCGuy While your approach will work with your own modules, you do run the risk of alignment issues should you ever join your modules to those made by someone else. They may not have been as careful as you when building their modules.
I didn't see any glue added to those lower joints. That area would definitely benefit from a glued joint. Casters are a great idea for modules. But instead of the style you are demonstrating, may I suggest using threaded spindle casters instead? By first drilling and sinking a threaded nut, and then threading the caster into it, it will leave you with the ability to adjust the caster +/- roughly 1/2 an inch. On a basement floor that might be needed to level a leg. Unfortunately, not all concrete floors are level, especially if you are dealing with a garage floor that may have been poured intentionally with a slope.
I don’t use glue for reasons I discussed previously. I tested screw in wheels and although they work well in steel shelving units, etc., but found they will split out the wood legs because of the angle of the wheel. It would require a much more substantial leg to take the stress.
Depends on how deep the pile is. On indoor/outdoor types then the ones I used should be fine. On deeper pile then you will have to look at the ball foot type used in many office chairs. On deeper shag forget wheels.
Wonderful video as always, did have one question wouldn't you want to stagger the wheels in the opposite direction on the B-side from the A side. According to the way, you made the module you would have to stagger the direction of the modules to avoid the wheels bumping into each other, whereas if you build the modules with the 'A' legs wheels recessed towards the bottom, and the 'B' legs recessed to the top, no matter which direction the module was connected, there would be no interference from the wheels, add the building method would be standardized, but then again I'm not Carpenter I'm electrician, what do I know about woodworking
As long as you are consistent it shouldn’t matter. Your approach is a good idea to especially in a situation where module positions will be swapped around from show to show.
Larry , Great video nice work ...regards Greg
Thank you for sharing. Great idea staggering the wheels.👍
larry.... i am glad you are back with us !!!
Hi Larry, Good to see you back again.
Larry, you showed a product, maybe 2 to 3 years ago, that covered 2 things- Electrical and Alignment pins. This was when you joined 2 modules with power connectors. DCC Concepts "Legacy Models PowerPoint Baseboard Dowels". These should work quite nicely with your modules. Keep up the good work 🙂
Next video!
Hello Larry & it's is Randy and i like yours video is Cool & Thanks Larry & Friends Randy
As ever, well done. The problem of tripping over the feet of the modules at the outer sideways edge still exists. As the module recedes in width toward the status of a shelf, instability increases, and the ability to inset the legs/rollers further in than our feet complicates. I do have answers, but they are partial, for example, with a semi-permanent layout we can cantilever metal triangular brackets from the wall. The problem is we interfere with the wall. As we age and trip the result tends toward a 'fall' rather than just falling over.
Be encouraged Larry.
Legs are a reality we have to live with. How often do you trip on your dining room or kitchen table legs? I personally have never experienced that problem and I wear a size 11 shoe! I think you’re overthinking the situation but it is good to be thinking about these things. I also install a 6” shelf on the front of my layouts which helps keep my big feet from tripping on the legs.
@@TheDCCGuy I think you made the obvious point with that shelf installation; in effect you have moved in the table legs. I cannot now recall the details, but I have had at least one tripping incident. Having some light machinery on-site doesn't help: tripping hazards then take on another dimension. I've learned to stand up straight and familiarise with surroundings before I move, and before starting or altering a machine. On 'overthinking' I like Utube's 'Howees' approach: your best defence is using our intelligence. Things happen so fast; and there's no going back.
It is good to see you 'Utubing' again.
Best wishes.
Hello Mr. Puckett
You always have informative videos thank you very much. However I have a question for you in two parts. Regarding the wheels, there is mention in video 374 where there is a list of materials for the wheels but no mention of name and amazon link? And my second part still in the list of materials there is a mention of products for a shelf, but you do not mention it.
Here is the copy of the list in question:
2 - 1”x3”x29” Shelf bracket, cut one end at 45 degrees*
1 - 1”x6”x48” Shelf*
4 - 2”x2”x6” Wheel brackets*
4 - Wheels*
*Optional
Thank you for your help and attention.
It is on the list of materials, I just looked. The video series isn’t done yet, wait for it.
@@TheDCCGuy Ok Thank-you very much
Great video as always. I was wondering - how do you level the modules?
I imagine there are leveling wheels that could be used but in spite of my basement floor having a few slopes and dips I never experienced the problem On the old layout I used feet that screw in and out to level the layout but in this case I am making sure to build the modules so they are level and match.
@@TheDCCGuy While your approach will work with your own modules, you do run the risk of alignment issues should you ever join your modules to those made by someone else. They may not have been as careful as you when building their modules.
I didn't see any glue added to those lower joints. That area would definitely benefit from a glued joint. Casters are a great idea for modules. But instead of the style you are demonstrating, may I suggest using threaded spindle casters instead? By first drilling and sinking a threaded nut, and then threading the caster into it, it will leave you with the ability to adjust the caster +/- roughly 1/2 an inch. On a basement floor that might be needed to level a leg. Unfortunately, not all concrete floors are level, especially if you are dealing with a garage floor that may have been poured intentionally with a slope.
I don’t use glue for reasons I discussed previously. I tested screw in wheels and although they work well in steel shelving units, etc., but found they will split out the wood legs because of the angle of the wheel. It would require a much more substantial leg to take the stress.
Great video! What do you recommend for benchwork that will be placed on carpet?
Depends on how deep the pile is. On indoor/outdoor types then the ones I used should be fine. On deeper pile then you will have to look at the ball foot type used in many office chairs. On deeper shag forget wheels.
Love your instructions. Also, like the yellow engine. What is it?
Wonderful video as always, did have one question wouldn't you want to stagger the wheels in the opposite direction on the B-side from the A side. According to the way, you made the module you would have to stagger the direction of the modules to avoid the wheels bumping into each other, whereas if you build the modules with the 'A' legs wheels recessed towards the bottom, and the 'B' legs recessed to the top, no matter which direction the module was connected, there would be no interference from the wheels, add the building method would be standardized, but then again I'm not Carpenter I'm electrician, what do I know about woodworking
As long as you are consistent it shouldn’t matter. Your approach is a good idea to especially in a situation where module positions will be swapped around from show to show.
Great video as always. What is your seller's name on eBay? I want to search your listings and couldn't find anything.