diff --git a/include/world/Player.hpp b/include/world/Player.hpp
index 9c3b95f5..80b733d1 100644
--- a/include/world/Player.hpp
+++ b/include/world/Player.hpp
@@ -77,7 +77,7 @@ class Player {
 		bool m_isJumping = false;
 
 		const float m_gravity = 0.001;
-		const float m_jumpSpeed = 0.07f;
+		const float m_jumpSpeed = 0.06f;
 
 		Inventory m_inventory{9, 4};
 };
diff --git a/source/world/Player.cpp b/source/world/Player.cpp
index bdca08ca..982aff0a 100644
--- a/source/world/Player.cpp
+++ b/source/world/Player.cpp
@@ -118,16 +118,16 @@ glm::mat4 Player::updatePosition(const World &world) {
 // FIXME: Use AABB for more precision
 void Player::checkCollisions(const World &world) {
 	const float PLAYER_HEIGHT = 1.8;
-	float m_eyeheight = m_y + PLAYER_HEIGHT - 1;
+	float eyeheight = m_y + PLAYER_HEIGHT - 1.4;
 	// testPoint(world, glm::vec3(m_x, m_y, m_z), m_velocity);
-	testPoint(world, glm::vec3(m_x - 0.2, m_eyeheight - PLAYER_HEIGHT - 0.4, m_z - 0.2), m_velocity);
-	testPoint(world, glm::vec3(m_x + 0.2, m_eyeheight - PLAYER_HEIGHT - 0.4, m_z - 0.2), m_velocity);
-	testPoint(world, glm::vec3(m_x - 0.2, m_eyeheight - PLAYER_HEIGHT - 0.4, m_z + 0.2), m_velocity);
-	testPoint(world, glm::vec3(m_x + 0.2, m_eyeheight - PLAYER_HEIGHT - 0.4, m_z + 0.2), m_velocity);
-	testPoint(world, glm::vec3(m_x - 0.2, m_eyeheight - 0.4, m_z - 0.2), m_velocity);
-	testPoint(world, glm::vec3(m_x + 0.2, m_eyeheight - 0.4, m_z - 0.2), m_velocity);
-	testPoint(world, glm::vec3(m_x - 0.2, m_eyeheight - 0.4, m_z + 0.2), m_velocity);
-	testPoint(world, glm::vec3(m_x + 0.2, m_eyeheight - 0.4, m_z + 0.2), m_velocity);
+	testPoint(world, glm::vec3(m_x - 0.2, eyeheight - PLAYER_HEIGHT - 0.4, m_z - 0.2), m_velocity);
+	testPoint(world, glm::vec3(m_x + 0.2, eyeheight - PLAYER_HEIGHT - 0.4, m_z - 0.2), m_velocity);
+	testPoint(world, glm::vec3(m_x - 0.2, eyeheight - PLAYER_HEIGHT - 0.4, m_z + 0.2), m_velocity);
+	testPoint(world, glm::vec3(m_x + 0.2, eyeheight - PLAYER_HEIGHT - 0.4, m_z + 0.2), m_velocity);
+	testPoint(world, glm::vec3(m_x - 0.2, eyeheight - 0.4, m_z - 0.2), m_velocity);
+	testPoint(world, glm::vec3(m_x + 0.2, eyeheight - 0.4, m_z - 0.2), m_velocity);
+	testPoint(world, glm::vec3(m_x - 0.2, eyeheight - 0.4, m_z + 0.2), m_velocity);
+	testPoint(world, glm::vec3(m_x + 0.2, eyeheight - 0.4, m_z + 0.2), m_velocity);
 }
 
 bool passable(const World &world, float x, float y, float z) {