Hello community!
In this period of confinement, I would like to make a small wooden climbing pan that I would put on a wooden beam.
My question: I would like to know if my 3D design would be feasible and if the support will be able to withstand the forces I would produce?
I weigh 60 kg and you have to count on a safety margin for dynamic efforts.
Hello
Is it like a climbing wall??
And the wall would be the part with a negative slope. Put an arrow of the direction of gravity and where the climber will be (on which side).
Kind regards
Hello Zozo
Yes, it would be a gullich pan with wooden slats that I didn't draw.
Could this diagram help you understand better?
Hello
Would your inclined panel be fixed or adjustable?
Hello Contact
The sloping side would be fixed
You should look at tutorials. In p.j. an idea to make a pan!
Having practiced climbing and indoor training for a long time, there is no need to make structures (gas factory) to satisfy your needs. Good luck!
If the panel was fixed to the floor or on a wall it would be simpler yes but in my context I can't.
What exactly is this openwork part in the lower part?
Give your context and we'll find a walkthrough
@+;-)
My context: I would like to make a removable section, which I can remove or put back on at any time, and that I would place on a wooden beam like on the 3D model.
The perforated part is a climbing beam to work the fingers in suspension. The three floors are more or less deep.
Hello
On the other hand, to answer the question of the efforts because you say "" that I would put on a wooden beam. ""You just have to remember that you have two resumptions of effort. The first two efforts are made at the bottom and act in both compression and shear, while at the top it is only tearing.
So depending on the proposal of Contact_168 ;-) and the usual metal parts in wooden frames, you just have to worry about the beam on which you will fix your panel at the top. Because at the beginning of the stopover there is little effort at the top and much more when the climber is at the top.
Look at the drawing and tell me if I understood correctly how you fix everything. If your top beam is solid and you do like the tutorial 60 kg it's nothing at all, the slightest screw resists 50 k in tearing and much more in shear. On the other hand, if no one belays you from below, provide a mattress (like in Bleau for specialists) for the fall inherent in this sport ;-)
Kind regards
There would be no fixed point at the top of the panel, the system would be like a u that would be placed on the beam
so you want to put your wall astride a beam
and your beam holds how its section is
@+
It is fixed on 2 wooden poles that are fixed to the ground.
The beam is 28.5 cm wide by 14 cm thick
Do you have the opportunity to take a picture of the planned place please? Maybe "mansard" roof?
Good evening
It would be better to ensure reinforcements and maintenance of forces at the top, rather than in the center of your sloping side. In this genre:
Cdt
I'll send you the photo tomorrow
Okay thank you Sylk, do you think it would support the planned efforts?
It will obviously depend on the materials used and the positioning of the fixing points (to be clear, how the different elements will be screwed together, that can be studied), but in terms of profile the right distribution of loads is essential, and the one I propose (which I have roughly modeled to illustrate) would be more efficient, Indeed.
With more details on the usable space around your beam, and the dimensions of the various fixed elements, if you can plant fixings or screw in it, ... In short, restrictions and permissions, we can conceive of it more concretely. And incidentally to do simulations.
Knowing the materials available to you and your options for machining them is also important. Let's say that you should avoid designing it with shapes that you could not reproduce and making it out of 5mm plywood.
Kind regards
Hi everyone, here are the pictures!!
I have several triangular pieces like this one, it is 40*16*7 cm
For the climbing beam or perforated part, I have a 35 mm board and for the inclined part I have a 22 mm board.
For the location, it would be on this beam which is 28 cm high and 14 cm wide.
The panel would be positioned between two rafters spaced 52 cm apart.