diff --git a/src/tunnels_player.cpp b/src/tunnels_player.cpp
index 444b711..3545a01 100644
--- a/src/tunnels_player.cpp
+++ b/src/tunnels_player.cpp
@@ -68,17 +68,18 @@ void TunnelsPlayer::process_mouse_location(double delta_time) {
 
 void TunnelsPlayer::process_camera_rotation(double delta_time) {
     Vector3 rotation = this->get_global_rotation();
-    float const y_multiplier = std::max(TunnelsPlayer::ROTATION_Y_MIN_INFLUENCE, this->mouse_location.y); // the influence of the mouse's y position on the rotation speed
+    // the influence of the mouse's y position on the rotation speed
+    float const y_multiplier = std::max(TunnelsPlayer::ROTATION_Y_MIN_INFLUENCE, this->mouse_location.y);
     // rotate the camera when the mouse is close to the edge of the screen
     if(this->mouse_location.x < TunnelsPlayer::ROTATION_MARGIN) {
         // normalized measurement of how far into the rotation margin the mouse is
         float const normalized{1.f - (this->mouse_location.x / TunnelsPlayer::ROTATION_MARGIN)};
         // rotate based on delta time and use a curve to make the rotation zone feel more natural
-        rotation.y += delta_time * TunnelsPlayer::ROTATION_SPEED * camera_rotation_ramp->sample(normalized) * y_multiplier;
+        rotation.y += delta_time * double(TunnelsPlayer::ROTATION_SPEED * camera_rotation_ramp->sample(normalized) * y_multiplier);
     }
     if(this->mouse_location.x > 1.f - TunnelsPlayer::ROTATION_MARGIN) {
         float const normalized{((this->mouse_location.x - (1.f - TunnelsPlayer::ROTATION_MARGIN)) / TunnelsPlayer::ROTATION_MARGIN)};
-        rotation.y -= delta_time * TunnelsPlayer::ROTATION_SPEED * camera_rotation_ramp->sample(normalized) * y_multiplier;
+        rotation.y -= delta_time * double(TunnelsPlayer::ROTATION_SPEED * camera_rotation_ramp->sample(normalized) * y_multiplier);
     }
 
     // wrap rotation to avoid going into invalid numbers
@@ -156,7 +157,7 @@ Ref<Curve> TunnelsPlayer::get_camera_rotation_ramp() const {
     return this->camera_rotation_ramp;
 }
 
-float const TunnelsPlayer::ROTATION_SPEED{6.f};
+float const TunnelsPlayer::ROTATION_SPEED{0.5f};
 float const TunnelsPlayer::ROTATION_Y_MIN_INFLUENCE{7.f};
 float const TunnelsPlayer::ROTATION_MARGIN{0.4f};
 }