OpenSCAD file for the Toy Rocket Construction Kit

Toy Rocket Construction Kit.scad

/*
	Toy Rocket Construction Kit by Brendan Dawes
	brendandawes.com

	Nose cone isn't great but it suffices for now!
*/


rocketRadius = 20;
connectorHeight = 5;

body(30); // height
//bodyWithWings(20,5,3); //height,number of wings, depth
//bodyWithScrews(10,10); //height, number of screws
//bodyWithRockets(30,5); //height, number of rockets
//bodyWithFueltanks(20,5); // height, number of fuel tanks
//bodyWithPortholes(20,3); // height, number of portholes
//noseCone(30); // height


module body(height) {
difference() {
	union() {
	cylinder(height,rocketRadius,rocketRadius,true);
	translate([0,0,(height/2)+(connectorHeight/2)]) {
		maleConnector();
		}
	}
	translate([0,0,-(height/2)+(connectorHeight/2)]) {
		#femaleConnector();
	}
}

}

module bodyWithWings(height,depth,amount) {
	body(height);
	depth = min(height,depth);
	multipleWings(amount,height,depth);
}

module bodyWithPortholes(height,amount) {
body(height);
difference() {
union() {
	portholes(amount);
	
}
translate([0,0,-(height/2)+(connectorHeight/2)]) {
		#femaleConnector();
	}
}


}

module bodyWithRockets(height,amount) {
difference() {
union() {
	body(height);
	rockets(height,amount);
}
translate([0,0,-(height/2)+(connectorHeight/2)]) {
		#femaleConnector();
	}
}

}

module bodyWithFueltanks(height,amount) {
	body(height);
	fueltanks(height,amount);

}

module bodyWithScrews(height,amount) {
	body(height);
	screws(amount);
	

}



module noseCone(height) {
difference() {
union() {
	cylinder(height,rocketRadius,1,true);
	
}
translate([0,0,-(height/2)+(connectorHeight/2)]) {
		#femaleConnector();
	}
}
	
}



// HELPERS

module roundedWing(h,depth) {

linear_extrude(height=5)

hull()
	{
	translate([0,h-3,0]) #circle(3);
	translate([depth,h-3,0]) circle(3);
	translate([0,3,0])circle(3);
	}

}

module rockets(height,amount) {
	for (i = [0:amount]){

		rotate([0,0,i*360/amount])translate([-rocketRadius,0,0]){
			cylinder(height,10,5,true);
		}
	}

}

module fueltanks(height,amount) {
	for (i = [0:amount]){

		rotate([0,0,i*360/amount])translate([-rocketRadius,0,0]){
			cylinder(height,5,5,true);
		}
	}

}

module screws(amount) {

	for (i = [0:amount]){

			rotate([0,0,i*360/amount])translate([-rocketRadius,0,0]){
			difference() {
					union() {	
						sphere(3);
					}
			translate([-6,-3.5,-0.5]) {
			#cube([5,7,1]);
			rotate([90,0,0])
		translate([0,-3.5,-4])
			#cube([5,7,1]);
}
			}
}

		

	

	
}

}


module portholes(amount) {

	for (i = [0:amount]){

		rotate([0,0,i*360/amount])translate([-rocketRadius,0,0]){
		rotate([0,90,0]) {
		difference() {
			union() {
			cylinder(3,8,8,true);
			translate([0,0,4])
			sphere(8);
			}
			#cylinder(3,5,5,true);
		}
}
	}

}

}

module vents(height,amount) {

	for (i = [0:amount]){

		rotate([0,0,i*360/amount])translate([-rocketRadius,0,0]){
translate([0,0,-height/2])
			cube([5,10,height]);
		}
	}

}

module maleConnector() {
	
	cylinder(5,rocketRadius-5.5,rocketRadius-5.5,true);

	
}

module femaleConnector() {

	cylinder(5,rocketRadius-5.3,rocketRadius-5.3,true);

}

module multipleWings(amount,height,depth) {

for (i = [0:amount]){
	rotate([0,0,i*360/amount])translate([-rocketRadius,0,0]){
		translate([1,2.5,(height/2)]) {
			rotate(a=[90,180,0]) { 
				roundedWing(height,depth);

				}
			}
		}
	}

}