Search the Community

added this for a view of the hinge used for the table. will use the same hinge for the 4x6 table. this thing is strong. when the table was set up, 2 grown men with a combined weight over 400 lbs caused the table to flex only about 1/8th of an inch, which was just the wood flexing. plenty strong enough for wargaming, unless somebody decides to lead cast an imperator titan! lol

the footings on the legs! severely overbuilt! but there is no such thing as underkill! yeah, i work at a fab shop and i made a bunch of footings for this table and the next table. the 4x8 table just needed it for leveling purposes. the 4x6 has much longer bolts that will allow the folded legs to fit inside the table but also be tall enough to make table a playable height.

the table sections stand! and i realize i forgot to upload an image with the hinge for the board sections! oops

here you see the way the legs were installed on my 4'x8' table. i will use a hinge design on the 4'x6' table

table upside down, showing the framing and the leg idea.

table sections with perimeter boards installed. there is a top lip that will hold the future modular sections in place but so far have proven handy at keeping the dice off the floor!

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.

Modular tabletop terrain topographical tiles. Made from presswood sheets. nominally 1/2" thick. various degrees of incompletion. tiles are made to line up in as many ways as possible. obviously when the entire edge is at the same elevation. but most importantly every tile edge that has a slope has the same slope profile along the edge. so any piece so long as you orient it properly matching lowland to lowland, and highland to highland, the transition should line up very well. that's the theory. we shall see how it goes. you can see where i have already made a rough pass with a grinder to start to get the smoother shape down. I already tested the slope and models will stand just fine. there will be steeper areas with stepped ledges for models, and that will be difficult terrain and sometimes impassable. also note the early shots with models in for scale. it was entirely intentional that the hills be LOS blocking in certain table arrangements. i thought it would be interesting for games to have LOS blockers that often were not inhibiting movement. the elevated and lower areas will accomodate some other terrain largely dependant on the tile arrangement. ignoring that tiles with duplicate themes (all hill corners or all long hillsides for example) are not actually identical, i already sketched out over 100 permutations of 4 pairs of tiles (2 inside corners, 2 outside corners, 2 long hillsides and 2 flat lowland tiles) when setting up a 4'x6' table. considering swapping each comparable tile with its alternate you can see that the numbers will increase very rapidly. just swapping 2 tiles doubles the permutations. then swapping any other 2 tiles doubles those etc, so in theory over 1600 unique permutations, tho a great many of them will not be extremely different, since the swapping means you really have about 100 arrangements that each have 16 sub variations. throw on terrain etc and you've got more variety than you can shake one of those old red measuring sticks you can't read at. Yes I am aware this is overkill. No it isn't that heavy. Yes it is a lot of work. No i am not crazy. Yes that is exactly what a crazy person would say.