Interest with the program? Just send your request to ofc.sonny@yahoo.co.id, the online invoice and downloadable link will be send to you, or you may process the payment through this link https://payhip.com/b/IpoRe and automatically get the downloadable link.

There is special discount 50% ($25 instead of $50) until Dec 31, 204. Just input the coupon code : 3DTRS50%

This program can be used to calculate displacement, support reaction & element forces of various space truss shape model with max 36 bars/elements & 12 nodes (+- 24 displacements), such as : Bridge, Tower (water supply, power supply, etc), boom of crane, scaffolding, etc. (For space truss with 365 bars/elements & 72 nodes, may have from google drive link after payment).

Another advantage of this program :

- Automate display the drawing result of structure include its displacement/deformation.

- Flexible/modifiable : This program may use to calculate many/various shape of space truss/structure as you want (as per your own design). You just need to process all data input as follow : Loads, Support type, Support position, no. of nodes/members and its connection, etc. Then after, the program will automatically calculate those data input and give the result (calculation & its drawing include node displacement).

- It also provide option for changing the various independent UOM (unit of measure) of each data input and output, such as displacement (mm, inch, ft, etc), stresses (N, kN, lbf, kips, etc), material strength/elasticity (N/m2, psi, etc), uniform loads (kN/m, lbf/ft, lbf/in, etc). This mean that you may combine/choose (as you want) the various UOM of data input and data output/result.

- As a teacher/lecturer, you may use this program to make a quick exam/quiz of various shape of spae truss (including its problem solve/calculation result).

- You may also copy this program to your tab/mobile phone that supporting Excel, so you can use it while you are at field to match the design with the field condition, or maybe revise the design following the field condition.