diff --git a/ff_control/ff_control/wrench_ctrl.py b/ff_control/ff_control/wrench_ctrl.py
index 55c4143..60024da 100644
--- a/ff_control/ff_control/wrench_ctrl.py
+++ b/ff_control/ff_control/wrench_ctrl.py
@@ -93,7 +93,7 @@ def set_world_wrench(self, wrench_world: Wrench2D, theta: float) -> None:
 
     def clip_wrench(self, wrench: Wrench2D) -> Wrench2D:
         wrench_clipped = Wrench2D()
-        force = np.sqrt(wrench.fx**2 + wrench.fy**2)
+        force = np.sqrt(wrench.fx ** 2 + wrench.fy ** 2)
         force_scale = max(force / self.p.actuators["F_body_max"], 1.0)
         torque_scale = max(abs(wrench.tz) / self.p.actuators["M_body_max"], 1.0)
 
diff --git a/ff_sim/ff_sim/simulator_node.py b/ff_sim/ff_sim/simulator_node.py
index 7503257..fa58a11 100644
--- a/ff_sim/ff_sim/simulator_node.py
+++ b/ff_sim/ff_sim/simulator_node.py
@@ -375,7 +375,7 @@ def f_dynamics_continuous_time(self, x, u):
         f[2] = thetadot
         thetaddot = (M - F[1] * p0[0] + F[0] * p0[1]) / J
         f[3:5] = np.matmul(
-            R, (F / m - (thetaddot * np.array([-p0[1], p0[0]]) - thetadot**2 * p0))
+            R, (F / m - (thetaddot * np.array([-p0[1], p0[0]]) - thetadot ** 2 * p0))
         )
         f[5] = thetaddot