diff --git a/boids.odin b/boids.odin
index 9e869e2..4bfef21 100644
--- a/boids.odin
+++ b/boids.odin
@@ -17,6 +17,9 @@ SCREEN_HEIGHT : i32 = 1000
 BW := f32(SCREEN_WIDTH)
 BH := f32(SCREEN_HEIGHT)
 
+BOID_W :f32 = 15
+BOID_H :f32 = 30
+
 Boid :: struct {
     pos: Vec2,
     angle: f32,
@@ -53,6 +56,14 @@ init_state :: proc() -> ^GameState {
 
 get_rand_angle :: proc(min: i32, max: i32) -> f32 { return f32(rl.GetRandomValue(min, max)) * rl.DEG2RAD }
 
+get_boid_shape :: proc(boid: Boid, points: ^[4]Vec2) {
+    points[0] = rl.Vector2Rotate({ BOID_H*0.5,   0},          boid.angle) + boid.pos
+    points[1] = rl.Vector2Rotate({-BOID_H*0.5,  -BOID_W*0.5}, boid.angle) + boid.pos
+    points[2] = rl.Vector2Rotate({-BOID_H*0.5*0.5, 0},        boid.angle) + boid.pos
+    points[3] = rl.Vector2Rotate({-BOID_H*0.5,   BOID_W*0.5}, boid.angle) + boid.pos
+}
+
+
 player_input :: proc(using s: ^GameState) {
     horizontal: f32
     vertical: f32
@@ -73,14 +84,21 @@ update :: proc(using s: ^GameState) {
             steer := desired - boid.vel
             steer = rl.Vector2ClampValue(steer, 0, 0.3)
             boid.vel += steer
+            boid.angle = math.atan2(boid.vel.y, boid.vel.x)
             boid.pos += boid.vel
         }
     }
 }
 
 draw :: proc(using s: ^GameState) {
+    boid_shape := [4]Vec2{}
     for boid in boids {
-        rl.DrawCircleV(boid.pos, 15, rl.RED)
+        get_boid_shape(boid, &boid_shape)
+
+        rl.DrawLineEx(boid_shape[0], boid_shape[1], 2, rl.BLACK)
+        rl.DrawLineEx(boid_shape[1], boid_shape[2], 2, rl.BLACK)
+        rl.DrawLineEx(boid_shape[2], boid_shape[3], 2, rl.BLACK)
+        rl.DrawLineEx(boid_shape[3], boid_shape[0], 2, rl.BLACK)
     }
 }